ARCAM UA

AVR600 Service manual issue 1.2 L123AY– Connection board and PSU

This PCB provides the power for the unit through CON203: +5V_STBY – 5V standby supply L118 RS232, L126 display (on in standby) +3V3 PW338 – L122 PW338 supply (on in standby) 1V8D – L122 PW338 supply (on in standby) +5V_1 – general 5V supply +6V_1 – L156 DSP, L126 Display & L119 NET supply +40V_VFD – L126 Display +15V – linear +15V supply -15V – linear -15V supply

LK100 or the thermal switch from the power amp transformer is required to pass the live mains. SW101 switches between 230V & 115V.

R101 & R102 are NTC parts to prevent inrush currents when the power amp is turned on.

CON202 takes the Clk PSU sync signal from L121, Relay SW from L122 (to turn on the main supplies) and /AC present back to L122. /AC present is generated from the standby transformer secondaries with D200.D210 & TR200. This will prevent the unit from starting if it is not low.

The standby transformer is rectified with DBR200 (GBU4K) to give UNREG_PW338 which is used for the 1V8D (REG206 – LM2670), 3V3_PW338 (REG201 – LM2670). The 12V for the relays to switch the secondaries are also generated from REG207 (LM7812) which is then regulated down to give +5V_STBY REG200 (LM7805).

When the signal Relay SW is taken high by the PW338, the secondaries of the system & power amp transformer are switched in (RLY101 & RLY102). This enables +15V, -15V (REG204 & REG205) & +5V_1 & +6V_1 (REG202 & REG203). L113AY Component Input – Output board

This PCB selects between one of five component video inputs & also provides the output connector for Zone 3 audio.

IC100, IC101 & IC104 (LT1675CGN video buffers) require +5V & -5V. The +5V comes direct from L123 & -5V is generated locally from the -15V supply (from L123).

Selection of the five inputs is via IC102 (74HCT595D serial to parallel converter, controlled via SPI Clk, Data & Vcomp latch) and IC100, IC101, IC104. IC102 generates a /ENx signal which tri-states the output when high and enables the output when low. When low the input is selected with the SELx signal, high for input1, low for input2.

Truth table: EN0 SEL0 EN1 SEL1 EN2 SEL2 0 0 1 X 1 x SAT 0 1 1 X 1 x AV 1 x 0 0 1 x VCR 1 x 0 1 1 x DVD 1 x 1 x 0 1 PVR 1 x 1 x 1 x BLANK* *When component input is not used, BLANK should be selected.

SKT101 provides zone 3 audio output. L114AY – Video input – output

This PCB selects between one of five s-video & composite video inputs for the main input & zone 2 video. It also controls the volume control for Zone 2 & 3.

The main input video is selected using IC200 (LA73031V video mux) under the control of IC205 & IC208 (74HC595 serial to parallel converters, controlled by SPI Clk, Data & Vid IO Mux Latch). Inputs are selected using INSEL1, INSEL2, INSEL3 (Z2 INSEL1, Z2INSEL2, Z2INSEL3 for Zone 2 via IC203 – LA73031V video mux).

As there is only one sync separator within each LA73031V, it is necessary to select if this is used for S-video or composite (this means that once composite video is selected as the source, it is not possible to autodetect S-video) - SYNC CTL selects, low = Svideo, high = composite.

There are two buffered (IC201 & IC202 – BA7623F video buffers) tape outputs, VCR & PVR which can be muted with VCR Mute & PVR Mute respectively through a transistor network. Each output is muted when that input is selected to prevent feedback, otherwise the output is a copy of the composite or S-video signal going to the main zone.

Zone 2 video is buffered through IC204 (BA7623F video buffer) and can also be mute, if required using the signal Z2Vid Mute & a transistor network.

When S-video or composite inputs are not used, V MUX STBY should be asserted high. Note: this will disable both the main Zone & Zone 2 S-video & composite muxes.

Video Input Truth table: (Z2)INSEL1 (Z2)INSEL2 (Z2)INSEL3 (Z2)SYNCCTL 0 0 0 1 AV comp 0 0 1 1 SAT comp 0 1 0 1 DVD comp 0 1 1 1 PVR comp 1 0 0 1 VCR comp 0 0 0 0 AV S-vid 0 0 1 0 SAT S-vid 0 1 0 0 DVD S-vid 0 1 1 0 PVR S-vid 1 0 0 0 VCR S-vid

Volume control for Zone 2 & 3 uses IC300 & IC301 (BD3812F volume controls) via a two-wire interface (Zone SPI Clk & Zone SPI Data). IC300 has address D2, D1=1, IC301 has address D2, D1=0. The volume controls can be muted from IC208 (Serial to parallel converter) using Z2 vol mute or Z3 vol mute. The outputs are also relay controlled for powerup/down with Z2 Mute & Z3 Mute directly from the PW338 using RLY300 & RLY301 as shunt relays.

The +7VA & -7VA required for the BD3812F volume controls is derived using REG300 (LM1117) & REG301 (LM337LZ) from the +15V & -15V from L123. L115AY Digital Input – Output board

This PCB selects on of 8 external digital inputs or one of two internal digital inputs & generates BClk, WClk & MClk for the DSP (see L156) & DAC (see L117). It also generates the clocks for the ADC (see L116) when the unit is in ADC mode.

The CD, AV & DVD inputs use coaxial connector SKT100 and feed into IC200 & IC201 (DS9637ACM buffers). The Tape, SAT, VCR & PVR inputs use optical connectors RX100, RX101, RX102, RX103. The outputs are padded down to give 3v3 outputs. There is also the Aux input which can be selected (see L117), the Net input (see L119) and the HDMI SPDIF (see L122).

One of these inputs is then selected using IC202 & IC203 (74HC151 8-1 mux) under the control of IC204 (74HC595D serial to parallel converter) controlled by AN SPI Clk, AN SPI Data & Dig Mux Latch.

The selected input is fed to IC100 (WM8805 SPDIF Rx/Tx) which is controlled from the PW338 via AN SCL, AN SDA & SPDIF /RESET. IC100 generates 8805MClk, 8805BClk & 8805WClk. Also, SPDIF Out which is a de-jittered SPDIF stream which is then buffered by IC103 part A, B, C & D (parts E & F are unused) to give both the optical output (TXC100) & 75ohmcoaxial output (SKT101).

The selected input is also fed to IC205 part A (74HC123D monostable, part B unused) which gives a high output from pin 13 (SPDIF_PRESENT to the PW338) if an SPDIF signal is present.

BClk=64* WClk MClk=128*WClk (192kHz/176.4kHz), 256*WClk (96kHz/88.2kHz), 512*WClk (48kHz/44.1kHz) – this clock is used by the PSU to synchronise the switchers.

IC105 (XC95C36 Xilinx) generates a pre-delayed SPDIF stream from the HDMI clocks (only MClk & WClk used) as the HDMI SPDIF is turned off during HD audio transfer & the WM8805 does not have a zero delay PLL. IC104 (74HCT157 Quad 2-1 mux) can also be used to re-direct the clocks from the HDMI into the system.

IC100 (WM8805) can also operate in master mode to generate clocks for the ADC when processing an analogue input.

3V3D is generated locally on the PCB from 5V_1 using REG200 (LM1117). L116AY Analogue input board

This PCB selects the analogue input for the main zone & Zone 2/3 and also digitises the analogue input for processing by the DSP / transmission over SPDIF.

One of seven phono inputs (Tape, CD, AV, DVD, SAT, VCR, PVR), Aux (external) input (see L127), AM/FM & DAB(internal)/Sirius(external) inputs (see L118), Net (internal) input (see L119) and Phono (see L117).

The input for the main zone is selected using IC200, IC208, IC205, IC209 (74HC4051D 8-1 mux) under the control of IC101 & IC102 (74HC595 serial to parallel converter), controlled by AN SPI Data, AN SPI Clk & A In Mux Latch. The muxes operate on the virtual earth of IC203 part A (left channel) & IC206 part A (right channel), both NJM2114 op amps, inverting the signal. Part B of these two op amps re-invert the signal (correct phase) and this output is used by the ADC & the direct path – Main L & Main R.

IC202 (NJM2114 op amp) inverts the original output of the mux (correct phase) to provide the three tape outputs, Tape Out, PVR Out & VCR Out. Each of these has individual mutes – IC201, IC204, IC207 (DG413DY analogue mux) which mutes the output if that input is selected to prevent feedback. Otherwise, the output is the selected input. The signals for these mutes, /Tape Mute, /PVR Mute, /VCR Mute come from IC102 (74HC595 serial – parallel converter).

Selection of the Zone 2 input is very similar, using IC300, IC303, IC302, IC304 (74HC4051 8-1 muxes) and IC301 (NJM2114 op amp).

The Main L & Main R are connected to input AIN1A/AIN1B of IC100 (CS5345 ADC). Aux L & Aux R are also connected to AIN4A/AIN4B as this is configurable as the MIC input and can provide power from pin25 of IC100. the ADC is controlled from the PW338 via AN SCL & AN SDA. ADC/RESET also comes from IC102, so the ADC can be held in reset when not being used.

The ADC always operates in slave mode and will sample at the rate dictated by the incoming clocks from L115 (buffered on L122). ADC Data is sent to L115 so that it can be transmitted by the SPDIF transmitter and selected for input to the DSP.

+12VA (REG301 LM7812) & -12VA (REG304 LM7912) for the local op amps are derived from +15V & -15V from L123. +5VA (used by the ADC) is derived from the +12VA with REG302 (LM1117). +3V3D (used by the ADC) is derived from the +12VA with REG300 (LM1117). +3V3A (REG303 LM1117) & -3V3A (REG305 LM337LZ) for the muxes are derived from +5VA & -12VA. Truth table ADC MUTE Main Asel Z2 Asel /RST VCR PVR TAPE 5 4 3 2 1 0 5 4 3 2 1 0 x x x x x x x x x x 1 1 1 0 0 0 Z2 CD x x x x x x x x x x 1 1 1 0 0 1 Z2 AV x x x x x x x x x x 1 1 1 0 1 0 Z2 SAT x x x x x x x x x x 1 1 1 0 1 1 Z2 DVD x x x x x x x x x x 1 1 1 1 0 0 Z2 VCR x x x x x x x x x x 1 1 1 1 0 1 Z2 PVR x x x x x x x x x x 1 1 1 1 1 0 Z2 TAPE x x x x x x x x x x 0 0 0 1 1 1 Z2 Phono x x x x x x x x x x 0 0 1 1 1 1 Z2 Aux x x x x x x x x x x 0 1 0 1 1 1 Z2 GND x x x x x x x x x x 0 1 1 1 1 1 Z2 AM/FM x x x x x x x x x x 1 0 0 1 1 1 Z2 DAB/Sirius x x x x x x x x x x 1 0 1 1 1 1 Z2 Net x x x x x x x x x x 1 1 0 1 1 1 Z2 Spare x x x x x x x x x x 1 1 1 1 1 1 Z2 GND x x x x 1 1 1 0 0 0 x x x x x x Main CD x x x x 1 1 1 0 0 1 x x x x x x Main AV x x x x 1 1 1 0 1 0 x x x x x x Main SAT x x x x 1 1 1 0 1 1 x x x x x x Main DVD x x x x 1 1 1 1 0 0 x x x x x x Main VCR x x x x 1 1 1 1 0 1 x x x x x x Main PVR x x x x 1 1 1 1 1 0 x x x x x x Main Tape x x x x 0 0 0 1 1 1 x x x x x x Main Phono x x x x 0 0 1 1 1 1 x x x x x x Main Aux x x x x 0 1 0 1 1 1 x x x x x x Main GND x x x x 0 1 1 1 1 1 x x x x x x Main AM/FM x x x x 1 0 0 1 1 1 x x x x x x Main DAB/Sirius x x x x 1 0 1 1 1 1 x x x x x x Main Net x x x x 1 1 0 1 1 1 x x x x x x Main Spare x x x x 1 1 1 1 1 1 x x x x x x Main GND x 1 1 0 x x x x x x x x x x x x Tape out mute x 1 0 1 x x x x x x x x x x x x PVR out mute x 0 1 1 x x x x x x x x x x x x VCR out mute x 1 1 1 x x x x x x x x x x x x No loop mute 0 x x x x x x x x x x x x x x x ADC reset 1 x x x x x x x x x x x x x x x ADC running L117AY Analogue output

This PCB converts the digital audio from the DSP (see L156) to analogue audio. It also configures the use of channels 6 & 7, has the headphone amp, has the RIAA equaliser for the Phono input and handles the multi-channel analogue input.

The phono amplifier is a standard RIAA response and is intended for use with MM cartridges, 5mV (check this!) output. C128 & C129 are important to prevent the DC offset of IC100 (NJM2114 op amp) from causing problems.

IC101 forms the basis of the headphone amplifier. The output of this section goes to L127.

IC300 (CS4385 8-channel DAC) takes multichannel data (Data LR, Data CSw, Data SlSr, Data SblSbr) from the DSP (L156) in addition to clocks (DAC MClk, DAC BClk, DAC WClk) from L115 (buffered on L122). Control of the DAC is via AN SDA, AN SCL (from the PW338) and DAC /RESET (from IC212).

The balanced outputs from the DAC are filtered by IC400, IC401, IC402, IC403 (NJM2114 op amps). All channels are identical except for the subwoofer, which has 10dB (check this!) gain.

Left & right inputs to IC204 (CS3318 volume control) are multiplexed between the filtered DAC output, the Main L & Main R direct analogue inputs (from L116) and the left & right multichannel inputs (SKT200) with IC200 (74HC4052 dual 4-1 mux). This mux operates on the virtual earth of IC201 (NJM2114 op amp) and also provides the signals Mux L & Mux R.

The centre input to IC204 (CS3318 volume control) is multiplexed between the filtered DAC output and the centre multichannel inputs (SKT200) with IC203 (74HC4053 triple 2-1 mux). This mux operates on the virtual earth of IC205 part A (NJM2114 op amp).

Subwoofer, surround left & surround right inputs to IC204 (CS3318 volume control) are multiplexed between the filtered DAC output and the subwoofer, surround left & surround right multichannel inputs (SKT200) with IC214 (74HC4053 triple 2-1 mux). This mux operates on the virtual earth of IC201 (NJM2114 op amp) part A (subwoofer) & IC207 (NJM2114 op amp - Surround left & surround right).

IC213 selects between the filtered DAC output of surround back left / right, surround back right / left multichannel inputs, Z2 L / Z2R and Mux L / Mux R. This allows the use of channels 6 & 7 as either surround back left/right in the main zone, or powered Zone 2 outputs, or bi-amped left/right in the main zone. This mux operates on the virtual earth of IC209 (NJM2114 op amp).

IC204 (CS3318 volume control) is controlled by AN SCL, AN SDA (from the PW338) and VOL /RESET & VOL /MUTE from IC212. Truth table Sel0 Sel1 Sel2 Sel3 Sel4 Vol /RST Vol /Mute DAC /RST 0 0 0 0 0 1 1 1 DAC output 1 0 x x x 1 1 1 L/R analogue direct 0 1 1 1 0 1 1 1 MCH output x x x 0 1 1 1 1 Sb=Zone 2 x x x 1 1 1 1 1 Sb=L/R x x x x x 0 x x Volume control reset x x x x x 1 0 x Volume control mute x x x x x x x 0 DAC reset

The output of the volume control is buffered through IC202, IC206, IC208, IC210 to remove any DC offset before going to CON100 (connection to the power amp) and SKT100 & SKT100 phono outputs sockets. Shunt relay muting is provided for power on/off, controlled from the PW338 (Main mute & Sblr/Sbr mute). L118AY – IR – Trig – DAB/FM - RS232

This PCB handles the following functions: RS232 communication with the PW338 iPod RS232 control (compatible with rLead & rDock) Sirius satellite radio (US) Z1, Z2, Z3 12V triggers DAB AM/FM Z1, Z2, Z3 IR inputs.

CON102 & IC102 (MAX3232 RS232 converter, part1) provide the RS232 communication with the PW338 – used for RS232 control or updating. Note, the signals RS232 Tx & RS232 Rx are labelled relative to the PW338, so RS232 Tx is the Tx FROM the PW338.

CON105 & IC102 (MAX3232 RS232 converter, part2) provide the iPod RS232 communication. Pin 9 of CON105 (/iPod Present to PW338) is taken low when an rLead is connected. Note, the signals iPod Tx & iPod Rx are labelled relative to the UART (IC403, L122), so iPod Tx is the Tx FROM the UART.

SKT101 provides the Sirius RS232 communication. Note, the signals Sirius Tx 232 & Sirius Rx 232 are labelled relative to the UART (IC403, L122), so Sirius Tx 232 is the Tx FROM the UART. SKT101 also provides the +5V for the Sirius Home Connect module, so the module does not require external power. This power comes from the +5V_1 (L123) and is connected to pins 1 & 2 of SKT101 as power & host presence. Analogue audio also passes through this socket, so this is the only connection to the Sirius module.

There are three triggers, Zone1 , Zone 2, Zone 3. These give a 12V 100mA output when activated from IC101 (74HC595 serial to parallel converter). The signals Z1 Trig, Z2 Trig & Z3 Trig are active high.

DAB uses the Gyrosignal 1122 module. As this module is normally controlled via RS232, a CPLD, IC100 (XC95C36 Xilinx) is used to provide I2C control from the PW338 (DAB SCL & DAB SDA). Due to an issue with the Gyrosignal implementation of I2C within their CPLD, IC103 (SN74HC1GU04 single inverter) is required to invert the DAB SCL signal. The DAB module gives an analogue output which is buffered through a ground balancing circuit (IC301 NJM2114 op amp) – this section is also used for the Sirius analogue output. DAB /RESET comes from IC101 (74HC595).

AM/FM uses the ALPS module. Different modules are fitted depending on region – Europe (with RDS), US (no RDS), Japan (different FM range). Control is direct from the PW338, FM CE, SPI Data, SPI Clk. Also, /RDS On from IC101 (74HC595) is used to turn off the RDS chip in EU modules when the AM band is used (the RDS chip running on AM interferes with AM performance). RDS Int & Data come from the Alps module to the PW338 for EU FM transmissions carrying RDS data. VSM goes to an ADC on the PW338 and provides a signal strength indication. The AM/FM module gives an analogue output which is buffered through a ground balancing circuit (IC302 NJM2114 op amp).

IR from the front panel comes onto this board from L126 and goes through a re-modulator circuit (IC200 LMC555) as it has been demodulated on the front panel. This signal, Z1 remod, goes through SKT200 such that inserting a plug into SKT200 will stop this signal (to prevent conflicting signals if a Zone 1 external IR sensor is used) from going to LED200 and then being demodulated by RX200. Zone 2 (SKT102) & Zone 3 (SKT103) IR inputs drive LED201 & LED202 which are demodulated by RX201 & RX202. Zone 1, Zone 2 & Zone 3 are also multiplexed together to give IR Out through TR207 & SKT104.

The ground balancing circuit uses +5V_1 from L123 and generates -5V from IC303 (SP6661EN charge pump). The AM/FM module uses +9V_FM, generated with REG202 (LM317) from +15V (from L123). +12V_IR is generated from +15V (L123) using REG200 (LM7812) and runs the IR output & 12V triggers. +5V_STBY (L123) generates +3V3_STBY with REG201 (LM1117) – used by IC102 (MAX3232) so the RS232 comms are still available in standby. +3V3_D is generated from +5V_1 (L123) with REG203 and is used by the DAB module. L119AY NETWORK

This PCB handles the network connectivity & USB support. Telnet control (Ethernet to RS232 tunnelling) is also handled by this PCB.

IC102 (DM850 audio processor) does not have any internal boot code, upon being powered, it starts the BFL (First level bootloader) from the FLASH memory IC202 (S29GL064A90TFIR30). This then executes the BSL (second level bootloader) which brings up the network support. The second level bootloader then executes the application. The BFL should never need to be updated and as such will not be included in the standard upgrading application.

The FLASH memory is also used to store settings, such as the Arcam specific Cardea keys & MAC address. Note: if the FLASH device is ever changed, it is essential that the original MAC address be programmed into the unit so that the user does not lose and internet radio stations/favourites groups. The device also uses SDRAM (not until the BSL executes) – IC200 (IC42S16800-6T(G)).

Wifi connectivity is via an Edom module and plugs into CON300. Note: this module is specific to this unit and cannot be substituted, spares must come from Arcam.

Wired Ethernet uses IC400 (DM9161A MAC), L401 (TS6121C magnetics). The Ethernet connector (CON400) does not have any link or act LEDs as these were thought to be potentially annoying in an AV environment.

In addition to the SPDIF audio output, there analogue audio is generated from NET MClk, NET BClk, NET WClk & NET Data0 using IC501 (CS4345 DAC). IC500 (LM358AM op amp) buffers & filters the output of the DAC. The output can then be muted under control of the DM850 (/MUTE) and then ground balanced with IC502 (NJM2114 op amp).

The DM850 uses two switching regulators for generating the +3V3D (REG600) and 1V8 (REG601). IC601 (SP6661 charge pump) generates the - 5V used by the ground balancing circuit – IC601 has a 4V7 zener regulator circuit supplying it. L121AY – Connection board

This PCB provides the connections between all the daughter cards, plus the main PCB (L122).

IC300 & IC301 (74HC244 buffers) take the clock signals (WClk, BClk & MClk) from L115 & DSP WClk Out & DSPBClk Out from L156 and buffer them to the ADC, DSP & DAC.

IC303 (74HC4040 divider) divides the MClk down to provide Clk PSU to sync the switchers on L123. L122AY Main Board

This is the main PCB with the PW338 handling the control of the entire unit, as well as video processing. HDMI Rx & Tx functions are performed on this PCB as well as video encoding & decoding.

IC200 is main PW338 micro/video processor. On sheet 4 the microprocessor interface is shown. The PW338 has no internal boot code, so relies on code in IC401 (39VF3201 FLASH) to run. IC401 is required to be pre-programmed with at least boot code. If this part requires replacement, it *must* be programmed with at least the boot code. If the FLASH is programmed with the boot code, upon starting up, the PW338 will send out a boot loader message on the RS232 port0 (sheet 3) at 115.2k baud, 8bits, no parity. If there is a problem with the DDR memory (IC600 & IC601 sheet 6) there will be a message sent along with the boot loader message. /AC present (low) and Poweron_reset (high) from IC402 (LM809M-2.93 – resets the micro if 3V3_PW338 drops below 2.93V) are also required for the PW338 to start.

IC400 (74HC4040 divider) pre-divides the wordclock so the PW338 (EXINT0) can measure the sampling frequency of incoming digital audio sources. RDS Int (from L119) is connected to EXINT1 as the RDS data is streamed out of the ALPS AM/FM module regardless of the readiness of the PW338.

IC403 is a quad UART to provide RS232 communication with the network (L119), the Sirius satellite radio (L118) & iPod (L118). All signal labels are with respect to the PW338.

Sheet 7 shows most of the connections to the daughter PCBs as well as the I2C control busses: EDID – used for the EDID dual port EEPROM (IC909, sheet 9) AN – Analogue control bus, L116 Analogue input & L117 Analogue output HDMI_Config – SiI9135 & SiI9134 x 2 & ADV7310 (sheet 5) DAB – DAB module (L118) & system EEPROM (IC706 sheet 7)

3 x 74HC595 (IC701, IC703 & IC704) provide additional control output signals.

The remaining control signals are on sheet 2. This sheet also shows the interface between the SiI9135 HDMI receiver (IC201) and the PW338. The audio outpus of IC201 go through L121 (Connection PCB) to L115 (Digital IO).

Sheet 3 shows the analogue video inputs. There are separate inputs for composite, S-video & component. The Y signal also is taken to a Sync input on the PW338.

Sheet 5 is the video output port. The digital video port of the PW338 is connected to the ADV7310 (IC501), SiI9134 (IC502) & SiI9134 (IC503). The ADV7310 converts the digital video to analogue video outputs for component, S-video & composite (depending on the resolution – up to 1080i for component, 480i/576i only for composite & s-video). The two SiI9134 parts convert the video data to HDMI serial data. While it is possible to have all video outputs active, resolution & copy protection limits apply. Also, when displaying 408i/576i the colour space requirements of the ADV7310 & SiI9134s are incompatible, so if an HDMI display is connected the analogue outputs are muted.

The PW338 can only output one clock pulse per pixel, so for 480i & 576i resolutions, a video clock doubler is required (IC504 ICS2402MLF) to convert the 13.5MHz pixel clock (Display Clk) to 27MHz (Display Clk2) under the control of Vid_Clk_Sw.

The output of the ADV73120 is filtered by IC500 (ADA4410). Also, the S- video signals are recombined to form the composite output signal (Cvid out). The outputs of this part are series terminated with 75ohms before going to L133 (component IO) & L114 (video IO) via L121 (connection PCB).

Sheet 9 shows the 5 HDMI inputs. The serial data differential pairs are multiplexed with IC901 & IC903 (PI3HDMI413). The DDC lines are multiplexed with IC907 & IC910 (DG408LDY) for connection with the dual port EEPROM (IC909) and the HDMI receiver (IC201). The CEC line is multiplexed with IC911 (DG408DLY) The +5V line is multiplexed with IC912 (DG408DLY) Hotplug out is controlled by IC900, IC904 & IC906 (74HCT08 AND gate) which give individual hotplug control & also global control with PW338 hotplug. All these multiplexes must operate together for an HDMI input to be correctly selected.

TMDS Mux Sel3 Sel2 Sel1 Sel0 0 0 0 0 SAT 0 0 0 1 AV 0 0 1 0 DVD 0 1 1 1 PVR 1 0 1 1 VCR 1 1 1 1 Blank

DDC/CEC/+5V Mux Sel2 Sel1 Sel0 0 0 0 Blank 0 0 1 AV 0 1 0 SAT 1 1 1 DVD 0 1 1 VCR 1 1 1 PVR

Hotplug Mux SelPVR SelVCR SelDVD SelSAT SelAV 0 0 0 0 0 Blank 0 0 0 0 1 AV 0 0 0 1 0 SAT 0 0 1 0 0 DVD 0 1 0 0 0 VCR 1 0 0 0 0 PVR

Sheet 10 shows the ESD protection devices (IC1000 & IC1004 CM2020) for the two HDMI outputs. There is also provision for turning off the 5V signal to the display device through FETs M1000 & M1001.

The two 120 way connectors on sheet 11 show all the connections between the L122 PCB and L122. L124AY – Speaker board

This conducts the output signals from the power amplifiers on both L125 and L129 to the speaker terminal blocks LS100 – LS103 inclusive, via 4 double pole relays RLY100 – RLY103. The 24V dc supply from the relays is fed from L129 via CON101 pin 18, returning to ground via pin 17. The relay switching transistors are TR100 – TR 103 and the logic level signals to control these also enter via CON101 pins 19 and 20. Note that the SBL and SBR channels are switched independently from the other 5 channels, as these can be re- assigned in software to support zone 2 in stereo if required.

Zobel networks, comprising 1 uH air cored chokes in parallel with 4R7 2 Watt resistors, are in series with all outputs to isolate the power amplifiers from capacitive cable loads which might otherwise provoke instability.

L125AY – Power amp upper

This contains all the power amplifier electronics for the Centre (C), Left Surround (LS) and Right Surround (RS) channels. It also contains the power supplies for all 7 channels, which are fed directly from the secondaries of the power transformer L951TX as raw AC, via CON106, to the bridge rectifiers DBR201 and DBR202 and two reservoir capacitor banks, C206/7 plus C210/213 for Vcc/Vee, and C214/5 plus C220/1 for +Vlo and –Vlo.

The power amplifier design is Class G, which is why two sets of power rails are employed; Vcc and Vee are approximately +/- 59V off load and +Vlo and – Vlo are approximately +/- 30V off load.

The rectified and smoothed power rails are fed to the lower power amp PCB L129, along with an AC power feed for checking the mains is present, via CON100.

CON103 is used to bring in the C, LS and RS line level input signals from the rest of the AVR via L129. It also imports +/-12V supplies for the front stage op-amps and +5V for the top heatsink temperature sensor IC400. Outputs comprise this sensor’s signal and two DC offset protection lines (ERR_POS and ERR_NEG), which are returned to the system microprocessor via L129.

CON105 carries the C, LS and RS outputs to the Speaker PCB L124. It also carries the speaker ground returns for all 7 channels back to the star ground point on L125.

All 7 power amplifiers are identical, except for the Centre channel where only one half of its set of the various dual driver ICs is used.

Each power amplifier is topologically split into two halves – the input stage IC, LM4702 high voltage driver IC and DC servo IC comprise the driver stage (e.g. U_driver_C); the power transistors plus their drivers and protection circuitry comprise the output stage (e.g. U_PA_C), as shown in the L125 block diagram. Additionally the 3 power amplifier channels in L125 share a common pair of power MOSFET lifters (the part of the block diagram shown as U_Lifter_C) which control the amount of output voltage fed to the collectors of the power transistors in the 3 power amplifiers.

The Centre channel Driver Stage starts with the balanced to unbalanced converter IC700B (one half of an NJM2114) which rejects common mode noise on the input when grounded to AGND_FF via the handbag link CON700. Its output feeds one half of the stereo high voltage driver IC (LM4702C - IC701) via the low pass network R706 and C704. The LM4702 is used in a non-inverting configuration and provides all the voltage gain of the system, set by R713 and R704. Pins 11 and 12 of IC701 feed the inputs of the negative and positive halves of the Output Stage. The dominant pole compensation is set by C705, C713/R714 provides some second order feedback in the audio band to provide a higher open loop gain at high audio frequencies and thus reduce hf distortion. R715 and R716 (without TR700 which is a “no fit”) provide some extra voltage to IC701’s negative supply at high negative output voltages via a bootstrap arrangement in the output stage to prevent premature clipping of the negative half of the output. Note that the heatsink of IC701 is connected to its negative rail – this must NOT be accidentally shorted to ground!

Good power supplying decoupling of IC701 is essential and is provided by C701, C708, C709, C712 and C714.

Note that the amplifier is DC coupled throughout. IC702B (one half of a TL072) has a very high input impedance and forms a ground referenced inverting integrator with R712 and C711; their time constant is approximately 1.5 seconds. Its output is fed back to the positive input IC701 via the attenuator R711 and R706 to keep the DC output of the amplifier close to zero. It can also correct moderate DC offsets appearing at the input of IC700B. Should these become excessive, or should a circuit fault cause significant DC at the loudspeaker output, then the error voltage at the output of IC702B will feed through to the system microprocessor via D700 (which works in conjunction with the similar diodes in the other power amplifier channels as a wired OR gate) to generate a system shut down signal.

NB. R702 will also mute the power amplifier electronically in the absence of the +/- 12V supply.

The Centre channel Output Stage comprises complementary triples in a classic emitter follower configuration, with enhancements to ensure near class A operation at power levels of up to about 10 watts. Both the positive and negative halves are essentially identical.

The pre-driver and driver transistors are connected to the high voltage rails Vcc and Vee (approx +/-59V). However because this is a Class G design the output transistors TR406A and TR409A normally run at half these voltages (+Vlift and –Vlift, approx +/- 30V) connecting to the +Vlo and –Vlo supplies via Shottky power diodes D100 and D101 shown on the main block diagram. When the amplifier is required to deliver more than about +/- 25V peak (equivalent to about 30Watts rms into 8 ohms) then the lifters (fed from Vcc and Vee) are progressively powered on to maintain a constant 5V or so across the collector-emitter junctions of the output transistors.

Note that on L125 the lifter outputs are shared between all three power amplifiers for reasons of economy and space – whereas the lifters on the other 4 channels on L129 are only shared between two power amplifiers each. Since the worst thermal stress on the lifters occurs at output powers somewhat above 30W rms equivalent into 8 ohms, we do not recommend testing the amplifier for extended times with continuous signals in the 30 - 50 Watts range with all three channels (C, SL and SR) running simultaneously and driving into low impedances. This is especially true of square wave signals! The thermal sensor IC400 is located close to the lifter MOSFETs in order to monitor this condition.

The power transistors TR406A and TR409A have built in thermal compensation diodes (TR406B and TR409B) which form part of the biasing network. The thermal sense biasing transistors TR401 and TR416 are thus mounted adjacent to (and ideally in intimate contact with) the driver transistors TR403 and TR414 so that as they warm up the bias remains relatively stable. (In practice it rises somewhat, but predictably so, as the drivers warm up). The pre-drivers, TR400 and TR415, are in a DC feedback loop with TR401 and TR416, so no thermal drift in bias occurs from these. Bias is set by RV400; D403 and R421 ensure that no catastrophic increase in bias will take place if RV400 fails open circuit.

Optimum bias at quiescent operating temperature is measured across the two 0.1 ohm emitter resistors forming R408 – it is typically 15mV at the pins of C400. When setting up from cold a good starting point to achieve this is to first turn RV400 to minimum (i.e. fully anticlockwise) and then slowly turn it up to 6mV.

The transistors TR405A and B and their associated networks provide comprehensive two slope safe operating area (SOA) protection for the output devices. When the prescribed combination of voltage and current across TR406A or TR409A is exceeded, the relevant protection transistor conducts and shorts out the base drive to the associated pre-driver, thus limiting the dissipation in the output device. The output of each channel of the LM4702 is current limited to about 5-10mA so no damage can occur to it under these conditions. Note that if an output device fails short circuit then the 7 Amp fuse in its collector will fail – the driver transistors TR403 and TR414 will then try to take over and so are protected by 1 ohm fusible resistors in their collectors. Note that the heatsinks of the drivers TR403 and TR414 are “live” – an accidental short to ground here with a test probe will probably blow the associated 1 ohm fusible resistor.

Diodes D402 and D405 protect the output transistors from being reverse biased in the presence of inductive load “spikes”. Diodes D401A/B form part of a wired OR gate system with the other power amplifier channels on L124 and are used to drive the lifters connected to the collectors of TR406A and TR409A. R439 and C411 are part of a bootstrap network for the negative rail of IC701 and its associated pre-driver transistor TR415. R417 and C406 are a Zobel network (sometimes called a Boucherot cell) to help compensate for inductive loads at high frequencies.

The Class G Lifters are in two complimentary halves – TR600, TR601 and TR602 plus p-channel power MOSFET M601 for the positive half, and TR603, TR604 and TR605 plus n-channel power MOSFET M603 for the negative half. They are arranged as CFPs (complementary feedback pairs) rather than plain emitter (source) followers so that the MOSFETs can be fully turned on without needing power supplies that exceed Vcc and Vee.

The two halves operate identically – we will examine the positive (top half) lifter to see how it works. With only small signals coming from the power amplifier, node PLD_C remains biased at about +20V (via the network R614, D600, R602., R603, R605) whilst node +VLIFT_C is held at approximately +30V (i.e. +Vlo less the 0.2V or so dropped across the Shottky power diode D100). The emitter of TR602 meanwhile is at about +24.5V, so TR602 is turned hard off. Thus the base of TR600 is connected via R600 to Vcc and the emitter is at Vcc – 0.6V. Vgs of M601 is thus -0.6V which is well under the approx -2.5V required to turn on M601.

When the voltage at node PLD_C exceeds approximately +25V this is enough to turn on TR602. When about 3V is developed across R600 this is enough to turn on M601 which conducts until the voltage at the emitter of TR602 has risen enough to stabilise the system. The output voltage then can rapidly track the input (plus about 5V) as required, reverse biasing the Shottky power diode D100 and drawing the collector current for TR406A via M600 and the +Vcc supply. The complementary emitter follower TR600, TR601 ensured the gate capacitance of the MOSFET can be both charged and discharged very quickly. C605 provides fast local decoupling to minimise switching transients. L129AY – Power Amp lower

This contains the power amplifier electronics for the Left (L), Right (R), Surround Back Left (SBL) and Surround Back Right (SBR) channels. It also contains housekeeping logic for the amplifier protection system and power drive circuits for the protection relays and cooling fans.

The power amplifiers are essentially identical to those in L125, except that the lifter circuits are only shared between pairs of power amplifiers (L and SBL, R and SBR respectively) rather than all three channels in L125. They receive their raw DC power voltages from L125 via CON100. Please refer to the description of the Centre Channel (C) power amplifier (in L125) for a detailed understanding of the circuitry of the power amplifiers in L129.

CON102 carries the L, R, SBL and SBR output signals to the speaker board L124. It also delivers +24V DC power and logic level switching signals to the 4 speaker relays on L124. NB - the ground returns shown on CON102 do not carry L129’s main speaker currents back to the star point (which is located on L125) but are merely used for the L, R, SBL and SBR amplifiers’ optional extra Boucherot networks located on L124.

Note that it is L129 which communicates with the rest of the receiver, via two ribbon cables connected to CON101 and CON 103. CON 101 receives 7 line level input signals, and low voltage supplies (+12V, -12V and +5V) from L117. CON101 also inputs the speaker relay mute signals for L124. CON103 supports temperature and DC offset monitoring for L125 and L129, plus a fan drive signal, sent to and from the system microprocessor on L122, via L121. The heatsink temperature monitors on L129 are IC800 and IC900; these are located between the relevant pairs of lifter power MOSFETs.

TR102 provides nominal +24V power to the output relays on L124, via the unregulated +30V supply on L125. The 27V zener diode DZ102 prevents excessive voltage being applied to the relays in the event of high mains voltages.

REG 101 is not normally used as links CON109 and CON110 are omitted in production. It provides +5V for the on board logic and temperature sensors if no +5V line is present (e.g. during development testing).

TR1003A/B and TR1001 together make a fan driver with a DC gain of 10, so it can be triggered with a 3V3 microprocessor signal. Power comes from the unregulated +Vlo supply (approx +30V). The fans are two 12V DC units connected in series fed from CON107 and CON108.

IC1000 is a triple 3-input NAND gate. To switch on (i.e. unmute) the speaker relays, all 3 inputs on IC1000B (for LSB and RSB channels) and/or IC1000C (for the other 5 channels) must be high. The 3 inputs come from: (a) the AC present detector based around TR1002 and IC1000A, (b) the ERR_NEG and ERR_POS detector, based around TR1004A/B, which detects excessive DC offsets on any one or more of the 7 power amplifier channels and (c) the ~MUTE_SB and ~MUTE_REST lines under the control of the system microprocessor. L126AY – Front Panel

This PCB handles the VFD, keyboard scan, IR reception for the front panel & power LEDs.

The micro is an Atmel AT91SAM7S32 (IC101) which must be initially programmed via the Atmel/Segger debugger via CON101. Subsequently, the micro can be reprogrammed from the PW338 using the Arcam upgrader utility over RS232. The bootloader should never need to be updated and as such will not be included in the standard upgrading application.

Communication with the PW338 is via RS232 – IC101 sends information on keypresses to the PW338 & receives information to display & brightness commands from the PW338 – FP_TX & FP_RX. Note these signals are labelled with respect to the PW338.

IC101 uses +3V3_PW338 so is powered in standby. It has an internal 1V8 regulator which generates VDD_OUT (1V8, pin 8) which is decoupled & powers the core & PLL of IC101 (pins 18, 41 & 48).

The VFD (DISP100) is driven from serial data SIN from IC101 (AT91SAM7S32 micro). The serial data is gated through IC102 (74HC08 quad NAND gate, parts C & D unused) controlled by SIN1_CTL & SIN2_CTL from IC101 to provide dimming of the display. The output data from IC102 is clocked into the display with the signal CLK from IC101 and is latched into the display during the blanking period (LAT & BLK).

The VFD filament drive is synchronous with the display update. Signals FClock1 & FClock2 are 180deg out of phase and drive IC100 (AD8532 op amp) to give a 6V oscillating drive to the two ends of the filament (from +6V_1 – L123). The HT is provided direct from L123 (+40V_VFD). +6V_1 & +40V_VFD are not present in standby.

IR decoding (RX100) is powered by +5V_STBY, allowing IR reception when in standby. The signal pass through L121 (Connection) to L118 (Trigger) before going to L122 (Main PCB).

The power LEDs are fitted to a small snap-off PCB that is connected via a 3 wire lead. Green LED when the unit is on, Red when in standby, both during power on. L127AY Front Input

This PCB handles the auxiliary input & headphone output.

SKT101 carries the headphone output from L117 (Analogue output). There is also a switch to sense the headphones being inserted. The pullup resistor for this is on L122, so if L127 PCB is not fitted or the cable not fitted, the unit will sense the headphones are permanently inserted.

SKT100 is the microphone, auxillary input (to L116 Analogue input) & also has an optical input for digital sources (Aux SPDIF to L115 Digital input) using a 3.5mm optical lead.

L156AY – DSP board

This PCB handles the audio decoding of digital inputs & processing of digitised analogue sources.

IC100 (ADSP-21366 DSP) handles the main decoding, including the new HD formats. Data is either from I2S Data (SPDIF/ADC data from L115) or MCH Data0, MCH Data1, MCH Data2, MCH Data3 from L122 (Main PCB). In both cases, the clocks DSP WClk, DSPBClk & DSP MClk are required.

The code for IC100 is held in IC103 (S29AL016D FLASH). The DSP also requires SRAM (IC101, IC104 71V424S SRAM). The address/data bus is multiplexed through IC102 & IC106 (74LVC573 buffers) controlled by ALE. Additional memory decoding is handled by IC105 (74LVC139 2-4 decoder).

R121 & R103 (0R0) should be fitted to allow the DSP to boot in SPI mode.

R117 (4k7) sets the internal clock multiplier to 16:1 (16*20MHz = 320MHz).

IC201 (ADSP-21367 DSP) handles the post-processing & room EQ. Data is sent in multichannel format regardless of the input between IC100 & IC201 (DSP2 LR, DSP2 LsRs, DSP2 CSw, DSP2 SblSbr). The data is clocked in using DSP2 BClk & DSP2 WClk, generated by IC100 & DSP MClk from L121.

Data is then clocked out to the DACs (Data LR, Data SlSr, Data CSw, Data SblSbr) with clocks DSP BClk Out, DSPWClk Out which are buffered on L121 before going to L117 (Analogue Out).

Communication with the PW338 is via a single SPI bus: DSP Clk - clock DSP MISO – data from PW338 DSP MOSI – data to the PW338 DSP1 /CS – select DSP1 DSP2 /CS – select DSP2 DSP1 FLAG0 – signal back to PW338 DSP2 FLAG0 – signal back to the PW338 Note: DSP reset is by asserting both /CS lins low simultaneously (IC107 74LV1G32 single Or gate). Power for the DSPs comes from two regulators 3V3 (REG300), further regulated to 1V2 (REG301). Both are heatsinked. 50V C100 PCB100 1 L113PB Blank AVR600 Component IO PCB X7R 10N D100 FID100 FID101 +15V C101 50V SKT100 2U2 YK +5V_1 TOOL100 TOOL101 GOLD 50V -15V SKT101 D3c C102 C140 Z3 L 3c

D C145 A A2b X7R 10N TOOL102 TOOL103 100UF 100N BAV99W R C103 Pr 10V 16V A/D1a C104 50V 100P 2U2 YK YXF X7R 50V 2b E3c D101 NPO E

B B2b 50V C105 VGND C146 C147 +15V X7R 10N B 100UF 100N AGND Pb B/E1a 10V 16V C106 50V JYE TAI SAT IN AV IN YXF

X7R -15V 1a F3c 2U2 YK +5V_1 Z3 R F

C C2b -5V AGND 50V C107 BAV99W G Y 16 C108 C/F1a X7R 10N IC100 100P LT1675CGN 50V

R100 R101 R102 R103 R104 R105 C109 50V 1 V+ +5V_1 +15V RED1 NPO JYE TAI 2U2 YK 2 CON100 GREEN1 GOLD 3 -15V 1 BLUE1 R106 AGND 50V C110 15 P116 Pr in 2 VOUT_RED X7R 10N 6 3 RED2 R107 7 14 P105 Y in 4 75R GREEN2VOUT_GREEN VGND C111 50V 8 SPI Clk 5 0W063 BLUE2 R108 2U2 YK 13 P106 Pb in 6 VOUT_BLUE /EN0 9 SPI Data 7 ENABLE* 68R BAV99W 50V 10N SEL0 10 8 SELECT 0W063 D102 X7R C112 Vcomp latch 9 +5V_1 10 C113 R112 R113 R114 R115 R116 R117 Y ADV7312 11 2U2 4 12 GND C114 25V -5V 50V 5 Pb ADV7312 13 GND Y Out 470UF YK YK 14

V- V- CON102 Pr ADV7312 15 VGND C115 1 16 47K 10P C116 2

50V C117 VGND 11 12 17 0W063 50V BAV99W X7R 10N 18 NPO D103 HARWINVGND -5V 19 +5V_1 M20-973 100N 20 C118 50V +5V_1 VGND 16V NF - Fit for AudioControl SKT102 2U2 YK X7R MOLEX C119 25V -5V VGND DGND D3c 50V C120 C148 C149 Pb Out 470UF YK 100UF CON101

D 100N A A2b X7R 10N CON103 1 10V 16V C121 1 Pr R 2 A/D1a C122 50V YXF X7R 10P C123 2 3 2U2 YK 50V BAV99W 4 E3c VGND NPO D104 HARWINVGND C150 C151 5 E

B B2b 50V C124 +5V_1 M20-973 100UF 100N 100N 6 X7R 10N VGND NF - Fit for AudioControl B 10V 16V 16V 7 Pb B/E1a VCR IN DVD IN YXF X7R X7R 8 C126 50V C125 25V -5V 9 F3c 2U2 YK +5V_1 Pr Out 470UF YK -5V Y in 10 F

C C2b CON104 11 50V 10N C127 1 G Y 16 Pb in 12 C/F1a X7R C128 IC101 10P C129 2 13 0W063 LT1675CGN 50V Pr in 14

R121 R122 R123 R124 R125 R126 C130 50V 1 V+ NPO HARWIN VGND RED1 15 JYE TAI 2U2 YK 2 M20-973 GREEN1 100N 16 GOLD 3 VGND NF - Fit for AudioControl BLUE1 R127 16V Z3 L 17 50V 10N 15 P108 VOUT_RED X7R 18 X7R C131 6 IC102A RED2 R128 Z3 R 19 7 14 P109 /EN0 P139 15 14 SPI Data 75R GREEN2VOUT_GREEN Q0 DS 20 VGND C132 50V 8 SEL0 P140 1 0W063 BLUE2 R129 Q1 2U2 YK 13 P110 /EN1 P142 2 11 SPI Clk VOUT_BLUE Q2 SHCP MOLEX /EN1 9 SEL1 P143 3 12 Vcomp latch VGND AGND ENABLE* 68R Q3 STCP 50V 10N SEL1 10 /EN2 P144 4 +5V_1 SELECT 0W063 Q4 X7R C133 SEL2 P146 5 10 +5V_1 Q5 MR 6 13 FIX100 Q6 OE C134 R130 R131 R132 R133 R134 R135 7 Q7 2U2 4 9 4 1 C152 C153 GND Q7'/DO 50V 5 DGND 100UF 100N GND YK 10V 74HCT595D

16V V- V- R144 3 2 YXF X7RVGND 47K VGND 0W063 1 0R0

VGND 11 12 0W063 VGND C154 C155 0W063 100UF R136 FIX101 100N -5V 360R 10V 16V R145 YXF 0W063 SKT103 +5V_1 X7R EN0 SEL0 EN1 SEL1 EN2 SEL2 0W063 50V 10N 0 0 1 x 1 x SAT P148 0R0 D3c X7R C135 -5V 0 1 1 x 1 x AV P147 C137 0W063 16 C138 R137 D A A2b Pr Out IC104 1 x 0 0 1 x VCR 1uF 120R 470UF DGND C136 50V LT1675CGN 1 x 0 1 1 x DVD 1 Pr R 25V 0W063 10V IC102B +5V_1

A/D1a 2U2 YK 1 V+ 1 x 1 x 0 1 PVR RED1 X7R CK 16

2 1 x 1 x 1 x BLANK ADJ VCC GREEN1 E3c 50V 10N 3 BLUE1 P117 R138 -15V -5V C141 E

B B2b Pb Out X7R C139 15 VOUT_RED REG100 LM337MP 100N R109 R110 R111 6 B RED2 R139 16V Pb B/E1a C142 50V 7 14 P119 136mA (1.36W) GREEN2VOUT_GREEN 8 X7R PVR IN OUT 2U2 YK 8 GND BLUE2 R140 D105 F3c 13 P120 VOUT_BLUE S1D 74HCT595D DGND F

C C2b Y Out 50V 10N /EN2 9 ENABLE* 68R 0W063 X7R C143 SEL2 10 1A Y G 47K SELECT C/F1a VGND DRAWING TITLE 0W063 C144 50V R141 R142 R143 2U2 YK Component IO - Mux 08_E122 PK 15/05/08 PCB change only D.0 JYE TAI VGND 4 GND GOLD 5 Filename: L113 C1 Component IO_D0.SchDoc 08_E011 PK 18/01/08 Layout change only C.0 GND

V- V- Notes: 07_E165 PK 24/9/07 75R output R removed,Y Pb Pr corrected B.0 VGND ARCAM 75R VGND

0W063 11 12 A & R Cambridge Ltd. ECO 982 NC 25/10/06 INITIAL RELEASE A.0.2 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE -5V Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet11 of A3 DRAWING NO. L113CT Video Mux L114_C2_Video Mux_D0.SchDoc SKT100 CON100 SKT101 BAV99W BAV99W BAV99W S 1 3 P100 AV Y D100 D101 D102 Z2 R 2 JYE TAI AV Y +5V_1 +5V_1 +5V_1 T AGND 3 RJ R100 1 C123 Z2 L 4 75R 10V 10P VGND +15V 5 0W063 470UF 50V VGND VGND VGND 4 6 10V NPO 7 5 P103 VCR Cvid out C101 CK VCR Cvid out 2 8 VGND P106 AV C C vid out -15V 9 AV C P104 VCR S-vid Cout C102 470UF VCR S-vid Cout 10 10V 2 S-vid C out 11 P107 AV Cvid P105 VCR S-vid Yout C104 CK 5 0W063 AV Cvid VCR S-vid Yout 12 4 75R S-vid Y out 13 C124 C125 470UF 14 R103 10P 10P 10V 1 C vid in 15 50V T VGND 50V CK 16 NPO NPO 3 S-vid Y in 17 R108 S 18 75R VGND VGND C103 C105 C100 JYE TAI S-vid C in 19 0W063 SKT102 10P 10P 10P RJ 20 P109 3 SAT Y 50V 50V 50V VGND SAT Y NPO NPO NPO MOLEX R109 SKT103 VGND C129 CON101 1 75R BAV99W BAV99W BAV99W S 10P VGND VGND 1 0W063 D103 D104 D105 50V Vid IO Mux Latch 2 +5V_1 +5V_1 +5V_1 T NPO 3 5 10V SPI Data 4 P111 SAT C SAT C 470UF 5 VGND VGND VGND VGND 4 10V SPI Clk 6 P114 SAT CVid SAT Cvid P113 PVR Cvid out C108 CK 7 2 PVR Cvid out 2 0W063 470UF Z3 L 8 C130 75R C131 P115 PVR S-vid Cout C110 10V 9 4 10P 10P CK Z3 R 10 R110 50V PVR S-vid Cout 50V P116 PVR S-vid Yout C112 AGND 11 NPO 5 T VGND NPO Zone SPI Clk 12 13 R112 470UF VGND PVR S-vid Yout Zone SPI data 14 S 75R 10V C107 C109 C106 1 VGND 15 SKT104 0W063 CK 10P 10P 10P Z2 /Mute 16 JYE TAI 3 P117 DVD Y 50V 50V 50V 3 RJ DVD Y NPO NPO NPO 17 R118 C vid in Z3 /Mute 18 1 C132 C vid in JYE TAI 75R +5V_1 19 10P VGND S-vid C in RJ 50V 0W063 S-vid C in VGND 20 S-vid Y in VGND NPO P122 DVD C S-vid Y in 5 DVD C MOLEX DGND VGND P123 DVD Cvid DVD Cvid BAV99W BAV99W BAV99W 2 C133 C134 D106 D107 D108 0W063 10P 10P +5V_1 +5V_1 +5V_1 4 75R 50V 50V SKT105 NPO 10V S R119 NPO 470UF VGND VGND VGND T VGND 10V T VGND C vid out C115 CK R120 S 470UF 75R VGND S-vid C out C116 10V 4 0W063 JYE TAI CK SKT106 RJ S-vid Y out 2 3 P130 VCR Y VCR Y 470UF R127 10V 1 C135 C118 75R CK 10P VGND 0W063 5 50V P131 NPO VCR C 5 VCR C P132 VCR Cvid 1 VGND VCR Cvid C113 C114 C111 C136 C137 3 2 10P 10P 10P 10P 10P 0W063 50V 50V 50V 50V 50V JYE TAI 4 75R NPO NPO NPO NPO NPO RJ R128 VGND T VGND VGND VGND BAV99W BAV99W BAV99W RJ R129 D109 D110 D111 SKT107 S 75R +5V_1 +5V_1 +5V_1 S VGND SKT108 0W063 FIX101 JYE TAI 3 P133 PVR Y T RJ PVR Y 10V R113 VGND VGND VGND P141 R130 470UF 1 C138 75R Z2 C vid Out P135 C128 10V 0R0 10P VGND Z2 C vid Out 4 50V 0W063 CK 470UF 0W063 P139 PVR C Z2 S-vid C Out P137 C127 10V DGND NPO PVR C Z2 S-vid C Out 2 5 CK 1 FIX100 P140 PVR Cvid Z2 S-vid Y Out P138 C126 VGND PVR Cvid Z2 S-vid Y Out R111 4 1 C139 2 C140 Vid IO Mux Latch 470UF 5 10P Vid IO Mux Latch 0R0 75R 10P SPI Data 10V 50V SPI Data 0W063 4 0W063 50V SPI Clk CK 3 2 NPO SPI Clk C119 C122 C117 DGND NPO 1 R137 10P 10P 10P 1 50V 50V 50V T VGND VGND NPO NPO NPO 3 R138 Z2 Vol Mute S JYE TAI RJ 75R Z3 Vol Mute VGND VGND VGND 0W063 JYE TAI PCB100 1 L114PB Blank AVR600 Video IO PCB Zone 2 Volume & PSU RJ VGND L114_C3_zone_vol_PSU_D0.SchDoc DRAWING TITLE Z2 /Mute Z2 /Mute Z2 Vol Mute Z3 /Mute TOOL100 TOOL101 Z3 /Mute Z3 Vol Mute Video IO - Connectors 08_E123 PK13/05/08 None to this sheet D.0 FID100 FID102 Z3 L Z3 L Z3 R Z3 R Filename: L114_C1_Video IO_D0.SchDoc 08_E012 PK18/12/07 PCB change only C.0 Z2 L TOOL102 TOOL103 FID101 FID103 Z2 L Z2 R Z2 R Notes: 07_E159 NC11/06/07 Sync control added, C/S-vid mutes removed B.0 Zone SPI data ARCAM Zone SPI data Zone SPI Clk Zone SPI Clk A & R Cambridge Ltd. NC 25/10/06 INITIAL RELEASE A.0.2 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet13 of A3 DRAWING NO. L114CT S-vid C in +5V_1 R249 S-vid C in +5V_1 S-vid Y in AV Cvid C211 P206 R248 S-vid Y in AV Cvid C vid in R247 C vid in SAT Cvid C213 P207 41 30 35 11 SAT Cvid IC200 +5V_1 C203 C204 75R DVD Cvid C214 P208 40 38 LA73031V 47UF 22N DVD Cvid CVBS IN1 CVBS OUT,Cb OUT 0W063 IC201 C219 42 35V 50V PVR Cvid P209 CVBS IN2 5 BA7623F PVR Cvid 44 29 YK X7R CVBS IN3 VCC1 VCC2 VCC3 VCC4 Y OUT VCR Cvid C225 P210 1 31 VCR Cvid CVBS IN4 COUT,Cr OUT P212 3 +5V_1 VGND AV Y C226 CVBS IN5 P253 10K 39R 36R AV Y 36 P200 2 VCC 8 P211 VSYNC OUT R200 IN1 OUT1 R201 R202 VCR Cvid out SAT Y C227 P213 18 43 SAT Y Y IN1 VDET OUT R250 10K 39R36R 0W063 0W063 20 39 P298 +5V_1 P201 3 7 VCR S-vid Yout DVD Y C228 P215 Y IN2 VDET FILT R204 IN2 OUT2 R203 R208 VCR S-vid Yout DVD Y 22 34 P214 P216 Y IN3 CSYNC OUT R209 R210 P217 0W063 0W063 PVR Y C229 P218 24 33 P202 4 6 VCR S-vid Cout PVR Y Y IN4 VDET IN P219 10K IN3 OUT3 VCR S-vid Cout P220 26 +5V_1 VCR Y C230 Y IN5 10K 0W063 0W063 P221 39R 36R VCR Y 8 28

C IN1,Cr IN LPF CTL R206 C200 C201 R205 GND 0W063 0W063 VCR Cvid out AV C C231 10 2 P222 P223 AV C C IN2 V DET CTL P274 1uF 220P 10K P225 12 7 P224 TR202 SAT C C232 CIN 3 GAIN CTL R252 25V 50V 0W063 1 TR200 SAT C 14 9 BC849B CIN 4 YOUT SEL X7R NPO P226 BC849B DVD C C233 P227 16 4 P321 SOT-23 TR201 DVD C CIN 5 COMPONENT R214 SOT-23 R215 6 VGND R216 BC849B PVR C C234 P228 Cb IN C202 +5V_1 PVR C 17 INSEL1 VGND SOT-23 INSEL1 470P 220R P230 220R P229 VCR C C235 P231 19 INSEL2 220R P232 VCR C INSEL2 SYNC CTL 50V 0W063 0W063 15 21 INSEL3 0W063 P233 REG INSEL3 NPO TR206 TR204 P234 R220 P238 TR205 TR203 100N VCR Mute BC849B BC849B C205 23 V MUX STBY BC849B R217 P235 BC849B R218 P236 16V STANDBY VGND SOT-23 R219 P237 SOT-23 470UF 25 1K0 SOT-23 220R SOT-23 220R X7R TEST MODE CTL 220R 10V 5 0W063 0W063 0W063

GND1 GND2 GND3 GND4 NC +5V_1 0W063 CK VGND VGND VGND VGND

VGND 37 27 32 13 +5V_1 C206 C207 P239 47UF 22N VGND 35V 50V C221 C218 C223 C224 C251 +5V_1 YK X7R 100UF 100N 100N 100N 100N IC202 25V 16V 16V 16V 16V 5 BA7623F VGND +5V_1 YK C236 P240 VGND 39R 36R VCC C237 P241 41 30 35 11 2 8 IC203 IN1 OUT1 R221 R222 PVR Cvid out C238 P243 40 38 LA73031V P242 39R36R 0W063 0W063 CVBS IN1 CVBS OUT,Cb OUT 3 7 PVR S-vid Yout 42 IN2 OUT2 R223 R224 PVR S-vid Yout C239 P244 CVBS IN2 44 29 R225 R226 P245 0W063 0W063 CVBS IN3 VCC1 VCC2 VCC3 VCC4 Y OUT 4 6 PVR S-vid Cout C240 P246 1 31 IN3 OUT3 PVR S-vid Cout CVBS IN4 COUT,Cr OUT 3 +5V_1 P247 39R 36R C241 CVBS IN5 P277 0W063

36 GND 0W063 0W063 PVR Cvid out P248 VSYNC OUT R207 10K 0W063 R211 P249 P250 C242 P251 18 43 P252 Y IN1 VDET OUT R251 10K TR207

20 39 P307 P278 +5V_1 1 TR209 C243 P254 Y IN2 VDET FILT 0W063 BC849B 22 34 P255 BC849B Y IN3 CSYNC OUT SOT-23 TR208 C244 P256 24 33 P257 SOT-23 R227 R228 Y IN4 VDET IN VGND R229 BC849B P258 26 +5V_1 R212 +5V_1 C245 Y IN5 10K 0W063 SOT-23 8 28 10K 220R P259 220R P260 P262 C IN1,Cr IN LPF CTL R213 C208 C209 220R P261 C246 10 2 0W063 0W063 0W063 C IN2 V DET CTL P288 1uF 220P 0W063 12 7 TR213 TR210 C247 CIN 3 GAIN CTL R253 25V 50V R233 TR211 14 9 PVR Mute BC849B TR212 BC849B P263 CIN 4 YOUT SEL X7R NPO P264 R230 P265 P266 BC849B C248 16 4 P322 SOT-23 R232 P267 BC849B SOT-23 R231 CIN 5 COMPONENT 1K0 220R SOT-23 P269 6 P268 220R SOT-23 220R C249 Cb IN C210 0W063 0W063 17 Z2INSEL1 VGND 0W063 0W063 P270 INSEL1 470P C250 19 Z2INSEL2 VGND VGND INSEL2 Z2SYNC CTL 50V VGND 15 21 Z2INSEL3 P271 REG INSEL3 NPO 100N P272 P273 16V C212 23 V MUX STBY STANDBY VGND X7R 470UF 25 TEST MODE CTL 10V 5 +5V_1

GND1 GND2 GND3 GND4 NC CK VGND C215

VGND 37 27 32 13 C216 +5V_1 47UF 22N IC204 Pin4 low = Svid/CVBS (high=component) VGND 35V 50V BA7623F Pin7 (low = 0dB gain), high = 6dB gain +5V_1 YK X7R 5 Pin9 low = Svid, high = CVBS Pin23 low = on, high = standby VGND Pin28 (low = LPF off), high = LPF on C222 C252 C253 C254 C255 39R 36R P203 2 VCC 8 100UF 100N 100N 100N 100N IN1 OUT1 R234 R235 Z2 C vid out 25V 16V 16V 16V 16V P280 39R36R 0W063 0W063 P204 3 7 Z2 S-vid Y Out YK IN2 OUT2 R236 R237 Z2 S-vid Y Out 39R0W063 36RP283 0W063 0W063 P205 4 6 Z2 S-vid C Out VGND IN3 OUT3 R238 R239 Z2 S-vid C Out P286 0W063

GND Z2 C vid out IC205A P289 P290 INSEL1 P275 15 14 SPI Data TR216 TR214

Q0 DS SPI Data 1 INSEL2 P276 1 BC849B BC849B Q1 P292 INSEL3 P279 2 11 SPI Clk SOT-23 SOT-23 TR215 Q2 SHCP SPI Clk R240 R241 Z2INSEL1 P281 3 12 Vid IO Mux Latch VGND R242 BC849B Q3 STCP Vid IO Mux Latch +5V_1 Z2INSEL2 P282 4 +5V_1 SOT-23 Q4 220R P294 220R P295 Z2INSEL3 P284 5 10 220R P297 Q5 MR 0W063 0W063 SYNC CTL P285 6 13 0W063 Q6 OE TR220 TR217 Z2SYNC CTL P287 7 R246 P314 TR219 TR218 Q7 Z2 Vid Mute BC849B BC849B 9 BC849B R243 P310 P311 BC849B Q7'/DO SOT-23 R245 P313 SOT-23 R244 DGND 1K0 SOT-23 220R SOT-23 220R 220R 74HCT595D 0W063 0W063 P291 0W063 0W063 VGND VGND VGND IC208A V MUX STBY P296 15 14 P316 Q0 DS VCR Mute P299 1 Q1 PVR Mute P308 2 11 Q2 SHCP Z2 Vid Mute P309 3 12 Q3 STCP Z2 Vol Mute P312 4 +5V_1 +5V_1 +5V_1 Z2 Vol Mute Q4 Z3 Vol Mute P315 5 10 16 16 Video IO - Video Mux 08_E123 PK13/05/08 None to this sheet D.0 Z3 Vol Mute Q5 MR VCC VCC 6 13 Q6 OE 7 C220 C217 Filename: L114_C2_Video Mux_D0.SchDoc 08_E012 PK18/12/07 PCB change only C.0 Q7 9 100N 100N Q7'/DO DGND 16V 16V ARCAM Notes: 07_E159 NC11/06/07 Sync control added B.0 74HCT595D 8 X7R 8 X7R GND GND A & R Cambridge Ltd. NC 25/10/06 INITIAL RELEASE A.0.2 IC208B DGND IC205B DGND Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE 74HCT595D 74HCT595D Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet23 of A3 DRAWING NO. L114CT +7VA BAV99W D301 C300 C305 +7VA 47UF 100N 35V 100V C318 -7VA YK X7R R300 7 AGND IC300 47R C306 C303 BD3812F-E2 0W125 100UF GOLD P302 100P Z2 L 50V 1 14 25V SKT300 Z2 L IN1 OUT1 YK RLY300B BAV99W 50V C304 VCC P300 3c NEC D300 NPO Z2 R 3 13 P301 Z2 R 10UF IN2 OUT2 +7VA P317 AGND SM 10UF +7VA 2b D2, D1 = 1 50V C301 -7VA 12 R301 SM SEL AGND Zone SPI Clk 8 Zone SPI Clk CL Zone SPI Data 9 47R Zone SPI data DA C302 Z2 Vol Mute 10 0W125 100UF Z2 Vol Mute MUTE 25V 100P JYE TAI YK RLY300A 50V 1a NEC NPO AGND C307 C319AGND DGND AGND1 AGND2 AGND3 VEE 47UF 100N AGND 35V 100V

2 4 6 5 YK

11 X7R AGND DGND AGND -7VA

+7VA

C308 C320 47UF 100N 35V 100V C309 YK X7R R302 Z3 L 7 AGND IC301 47R C310 BD3812F-E2 0W125 100UF P318 Z2 L 50V 1 14 25V IN1 OUT1 P319 YK RLY301A C311 VCC NEC Z2 R 3 13 10UF IN2 OUT2 P303 P320 SM 10UF 50V C312 12 R303 SM SEL AGND Zone SPI Clk 8 Z3 R CL Zone SPI Data 9 47R DA 10 0W125 100UF MUTE 25V D2, D1 = 0 YK RLY301B -7VA NEC C313 C321 AGND Z3 Vol Mute DGND AGND1 AGND2 AGND3 VEE 47UF 100N Z3 Vol Mute 35V 100V

2 4 6 5 YK

11 X7R AGND DGND AGND -7VA

22mA (0.154W) LM1117MPX-ADJ/NOPB +15V REG300 +7VA 50V 0W063 10V P304 EB2-5NU EB2-5NU C314 R304 C315 +5V_1 +5V_1 10UF ADJ 240R 470UF 50V 0W063 10V SM 0W063 CK D302 + RLY300C D303 + RLY301C BAS16 NEC BAS16 NEC P323 - - R305 P305 P306 1K1 0W063

TR300 TR301 AGND Z2 /Mute MMUN2211LT1 Z3 /Mute MMUN2211LT1 Z2 /Mute Z3 /Mute

AGND DGND DGND

R306 1K1 0W063 DRAWING TITLE C316 R307 C317 Video IO - Zone Volume & PSU 10UF 240R 470UF 08_E123 PK13/05/08 SKT300 connections swapped D.0 50V 0W063 10V

SM ADJ CK Filename: L114_C3_zone_vol_PSU_D0.SchDoc 08_E012 PK18/12/07 PCB change only C.0

Notes: 07_E159 NC11/06/07 Sync control added B.0 -15V REG301 -7VA ARCAM LM337LZ A & R Cambridge Ltd. NC 25/10/06 INITIAL RELEASE A.0.2 22mA (0.154W) Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet33 of A3 DRAWING NO. L114CT PCB100 1 L115PB Blank AVR002 Digital IO PCB BAV99W BAV99W BAV99W +3V3D D100 +3V3D D101 +3V3D D102 TOOL100 FID100 FID101

RJ TOOL101 SKT100 Rx0 not used - see errata C1a Digital input Mux 1uF DGND DGND DGND 512Fs MClk for 44.1 (22.579MHz),48kHz (24.576MHz) L115_C2_Mux_E0.SchDoc 25V C100 +3V3D +3V3D C101 100N CD SPDIF in 256Fs MClk for 88.2 (22.579MHz),96kHz (24.576MHz) TOOL102 C2b CD In X7R 16V CD In R148 128Fs MClk for 176.4 (22.579MHz), 192kHz (24.576MHz) DGND X7R 1 B1a DGND 11 DGND IC100 0R0 TOOL103 NF WM8805GEDS AV SPDIF in NF 0W063 B2b AV In C107 3 AV In R106 RX0 Mux Out P134 P132 2 0W063 Mux Out RX1 PVDD+ A1a 27 DVDD+ 17 100R ADC Data 6K2 RX2 DIN R103 10N 26 16 P123 SPDIF I2S Data

DVD SPDIF in ABC 0W063 RX3 DOUT R104 A2b DVD In 1K2 50V 25 Fit If no Mux DVD In RX4/GPO3 P114 0W063 X7R 24 20 P120 NF 8805 MClk P102 NF RX5/GPO4 MCLK R138 R145 +3V3D JYE TAI NF 23 19 P136 8805 WClk P109 NF C109 C130 C131 RX6/GPO5 LRCLK R112 R146 DGND 22 18 P137 8805 BClk P115 NF 100P 100P 100P RX7/GPO6 BCLK R114 R147 DGND 50V 50V 50V 0W063 0R0 R139 MAIN PCB 21 SPDIF Out TX0 0W063 10K 5 13 P138 15P GPO0/SWIFMODE CLKOUT R109 0W063 CON100 6 C10450V DGND GPO1 100R0W063 SPDIF /RESET 1 NPO 50V SPDIF_Present 2 SPDIF /RESET 10 15 P100 10UF RESETB XIN 3 AN SCL 4 X100 DGND C108 50V SCLK 4 AN SDA 7 11.2896MHz YK SDIN/HWMODE HDMI BCLK 5 8 14 HC-49 SDOUT/GPO7 XOP NET SPDIF 6 +5V_1 9 C106 15P R105 CSB/GPO2 Fit Mux Required HDMI MCLK 7 P101 50V 0W063 HDMI WCLK 8 NPO 1 0W063 2R2 PGND DGND IC104A P118 100R 9 C110 10N DGND +3V3D P139 8805 MClk 2 4 HDMI SPDIF 10 50V P126 1I0 1Y R142 5V to 3V3 pad HDMI MCLK 3 11

X7R 12 28 1I1 0W063 R108 P119 AUX SPDIF 12 VCC 3 P103 Tape In R126 100R Tape Optical in O/P Tape In 8805 BClk 5 7 13 R123 DGND DGND 10K 2I0 2Y R143 1K0 R122 HDMI BCLK 6 14 RX100 R110 SAT In 10K 0W063 2I1 0W063

GND 0W063 SAT In 10K P121 15 OC-0805R*007 2K2 0W063 100R 0W063 8805 WClk 11 9 AN SDA 16 0W063 P104 VCR In AN SDA 3I0 3Y R144

2 VCR In HDMI WCLK 10 17 3I1 C114 10UF Software control mode AN SCL 18 SWIF mode = 2 wire Device address = 0111010 +3V3D 50V PVR In DGND DGND 14 12 19 DGND DGND 4I0 4Y YK P105 13 20 +5V_1 4I1 R116 NET SPDIF low=8805, high=HDMI NET SPDIF 15 35 26 CLK Sel P116 1 MOLEX 10N HDMI MCH SPDIF IC105 S 0W063 2R2 1 C115 HDMI MCH SPDIF 15 DGND 50V DGND XC9536XL-10VQ44C EN HDMI SPDIF X7R HDMI SPDIF 5V to 3V3 pad DGND 74HCT157D CON101 AUX SPDIF R117 AUX SPDIF +3V3D 1 VCCIO SAT Optical in VCC 3 HDMI WCLK 2 27 74HCT125D O/P I/O VCCINT VCCINT I/O MClk 2 3 28 P117 HDMI MCH SPDIF IC102A 1K0 I/O I/O 3 R118 AN SPI Data 5 29

GND RX101 0W063 AN SPI Data I/O I/O R119ADC Data 2 3 BClk 4 2K2 6 30 OC-0805R*007 AN SPI Clk I/O I/O 10K 5 0W063 AN SPI Clk 7 31

2 I/O I/O 0W063 WClk 6

Dig Mux Latch 8 32 1 C116 10UF Dig Mux Latch I/O I/O P108 7 12 33 R120 0W063 50V I/O I/O/GSR I2S Data 8 DGND DGND 13 34 P107 YK I/O I/O/GTS2 low=SPDIF, high=ADC TR100 9 +5V_1 14 36 100R R121 I2S Data Sel I/O I/O/GTS1 I2S Data Sel P125 MMUN2211LT1 74HCT125D ADC Data 10 I2S Data Sel 16 37 0W063 CLK Sel I/O I/O IC102B 11 CLK Sel 18 38 0W063 2R2 1 C117 10N I/O I/O +5V_1 12 DGND SPDIF_Present 19 39 SPDIF I2S Data 5 6 50V SPDIF_Present I/O I/O 13 20 40 X7R 5V to 3V3 pad I/O I/O 14 21 41

R124 I/O I/O DGND 4 AN SPI Data 15 VCC 3 P106 NF 22 42 VCR Optical In O/P +3V3D I/O I/O 16 CON103 23 1K0 I/O AN SPI Clk 17 R125 1 TMS

GND RX102 0W063 18 2K2 2 HDMI MCLK 43 OC-0805R*007 I/O/GCLK1 Dig Mux Latch 19 0W063 3 TDI HDMI BCLK 44

2 I/O/GCLK2 20 10UF 4 1 C118 I/O/GCLK3 +3V3D 50V 5 MOLEX DGND YK DGND 6 TCK 11 TCK DGND +5V_1 7 TDO TDI 9 R127 TDI C125 C126 C128 8 TDO 24 TDO 100N 100N 100N 9 TMS 10 0W063 2R2 1 C119 10N TMS 16V 16V 16V DGND 10 50V X7R X7R X7R 11 TCK X7R 5V to 3V3 pad 12

R128 GND GND GND DGND VCC 3 PVR In 13 O/P PVR Optical in 14

1K0 4 FIX100

R129 15 17 25

GND RX103 0W063 2K2 16 OC-0805R*007 4 1 0W063 17 2 18 DGND 74HCT125D C120 10UF 19 IC102C R136 50V 3 2 DGND DGND 20 R140 YK 9 8 +5V_1 1 0R0 R130 SAMTEC 0R0 P142 0W063 DGND DGND +3V3D C121 SSQ 0W063 IC102E +3V3D IC103E +5V_1 IC104B +3V3D FIX101 2 0W063 2R2 10 10N 50V X7R DGND IC103B 14 14 16 IC103C VCC VCC VCC R137 OC-0805T*001 74HCT125D 74HCT125D 74HCT125D TX100 C122 C123 C124 R132 R131 IC102D P141 0R0 Optical Digital Out VCC 1 P111 8 9 6 5 P135 P112 SPDIF Out 100N 100N 100N I/P R141 0W063 12 11 16V 16V 16V 100R NF - Fit for AudioControl 100R DGND 7 X7R 7 X7R 8 X7R 1

GND 0W063 CON102 4 0W063 0R0 P143 GND GND GND

D103 10 DGND +3V3D 1 0W063

+5V_1 13 74HCT125D DGND 74HCT125D DGND 74HCT157DDGND

3 BAV99W 2 DGND DGND DGND 3V3 to 5V translation HARWIN R133 DRAWING TITLE DGND P127 11 12 M20-973 IC103D SKT101 DGND 680R 74HCT125D Digital IO 08_E125 PK 15/05/08 R148 added for CMOS input option on 8805, CON103 changed to socket E.0 2b 0W063 13 Filename: L115_C1_Digital IO_E0.schDoc 08_E034 NC 31/1/08 CPLD & Mux added fro HBR audio D.0 SPDIF Digital Out 1a C127 22N R135 R134 16V 100R 3 2 DGND C129 Notes: 08_E013 PK 07/12/07 X100 changed to SMT C.0 JYE TAI X7R 0W063 ARCAM 100P 680R P129 IC103A P113

50V 0W063 1 74HCT125D A & R Cambridge Ltd. 07_E092 NC 02/03/07 Mux & SPDIF detection added B.0 NPO Pembroke Avenue DGND DGND ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach DGND Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet12 of A3 DRAWING NO. L115CT +5V_1

C203 5V to 3V3 Pads 100N 16V R200 X7R P215 1K0 P208 IC200 R201 C200 10N 0W063 CD In 8 1 DGND 2K2 CD In IN A + VCC 50V 7 2 0W063 P211 IN A- OUT A X7R 6 3 IN B+ OUT B C201 10N 5 4 AV In IN B- GND AV In DGND 50V R202 P212 DS9637ACM X7R DGND IC202A IC201 +5V_1 P216 1K0 P209 4 C202 10N R203 I0 DVD In 8 1 0W063 3 DVD In IN A + VCC 2K2 I1 50V 7 2 2 P213 IN A- OUT A 0W063 I2 X7R 6 3 1 IN B+ OUT B I3 R206 R207 R208 5 4 HDMI SPDIF 15 5 P214 IN B- GND HDMI SPDIF I4 Y 75R 75R 75R R209 AUX SPDIF 14 DGND AUX SPDIF I5 P207 0W063 0W063 0W063 0R0 DS9637ACM C204 R204 NET SPDIF 13 6 NET SPDIF I6 !Y 0W063 DGND DGND 100N 12 16V I7 +5V_1 P217 1K0 R205 P210 DGND DGND DGND X7R 0W063 S0 DGND 11 2K2 S0 S1 10 0W063 S1 DGND S2 9 S2 7 E DGND 74HC151D

IC203A 4 I0 HDMI MCH SPDIF3 HDMI MCH SPDIF I1 2 I2 Tape In 1 Tape In I3 +3V3D SAT In 15 5 SAT In I4 Y Mux Out VCR In 14 IC205A VCR In I5 P200 PVR In 13 6 Mux Out 1 PVR In I6 !Y A 12 2 13 SPDIF_Present I7 +3V3D B Q SPDIF_Present 3 RST S3 DGND 11 S0 S4 10 15 S1 R210 Rext/Cext S5 9 4 S2 100K Q 7 14 E 0W063 Cext 74HC151D 74HC123D C210P218 100N S7 S6 S5 S4 S3 S2 S1 S0 16V x x 0 0 0 0 0 0 CD In X7R IC204A x x 0 0 0 0 0 1 AV In S0 P201 15 14 AN SPI Data P219 x x 0 0 0 0 1 0 DVD In Q0 DS AN SPI Data S1 P202 1 x x 0 0 0 0 1 1 Not used Q1 IC205B S2 P203 2 11 AN SPI Clk x x 0 0 0 1 0 0 HDMI SPDIF Q2 SHCP AN SPI Clk 9 S3 P204 3 12 Dig Mux Latch A x x 0 0 0 1 0 1 AUX SPDIF Q3 STCP Dig Mux Latch 10 5 S4 P205 4 +3V3D B Q x x 0 0 1 1 1 0 NET SPDIF Q4 11 S5 P206 5 10 RST x x 0 0 1 1 1 1 HDMI MCH SPDIF Q5 MR I2S Data Sel 6 13 x x 0 1 0 1 1 1 Not used I2S Data Sel Q6 OE 7 CLK Sel 7 Rext/Cext x x 0 1 1 1 1 1 Tape In CLK Sel Q7 12 9 Q x x 1 0 0 1 1 1 SAT In Q7'/DO 6 DGND Cext x x 1 0 1 1 1 1 VCR In 74HC595D x x 1 1 0 1 1 1 VCR In 74HC123D x x 1 1 1 1 1 1 NONE x 1 x x x x x x ADC Data DGND x 0 x x x x x x SPDIF Data 0 x x x x x x x 8805 CLK 1 x x x x x x x HDMI Clk

IC202B +3V3D IC203B +3V3D IC204B +3V3D IC205C +3V3D 16 16 16 16 VCC VCC VCC VCC C205 C206 C211 C207 30mA (0.051W) 100N 100N 100N 100N 16V 16V 16V LM1117MPX-3.3/NOPB DRAWING TITLE 16V +5V_1 REG200 +3V3D 8 X7R 8 X7R 8 X7R P110 8 X7R GND GND GND Input Mux 08_E125 PK 15/05/08 None to this sheet E.0 GND +3V3 DGND 74HC151D DGND 74HC595D DGND 74HC123D DGND 74HC151D C208 C209 Filename: L115_C2_Mux_E0.SchDoc 08_E034 NC 31/1/08 CPLD & Mux added fro HBR audio D.0 10uF 470UF 10V 10V ARCAM Notes: 08_E013 PK 07/12/07 IC202,203 footprint change for GPE C.0 X5R CK A & R Cambridge Ltd. 07_E092 NC 02/03/07 Mux & SPDIF detection added B.0 DGND Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet22 of A3 DRAWING NO. L115CT SKT100 3c Tape L Main Zone & Tape L116_C2_Main Zone Tape_D1.schdoc /Tape Mute CON103 +15V +3V3D 2b Tape R /Tape Mute CD L /PVR Mute 1 CD L /PVR Mute NF AV L /VCR Mute 2 AV L /VCR Mute SAT L 3 AN SCL SAT L DVD L Tape Out L 4 AN SDA JYE TAI DVD L Tape Out L VCR L Tape Out R 5

GOLD 1a VCR L Tape Out R PVR L PVR Out L PVR L PVR Out L TAPE L PVR OUT R JST DGND AGND TAPE L PVR Out R Phono L VCR Out L PH SKT101 Phono L VCR Out L AUX L VCR Out R AUX L VCR Out R iPod L C/F1a iPod L AM/FM L Main A Sel0 AM/FM L Main A Sel0 r

w DAB/Sirius L Main A Sel1 C2b CD R DAB/Sirius L Main A Sel1 NET L Main A Sel2 +5VA +3V3D +3V3D F3c CD L NET L Main A Sel2 CON100 Main A Sel3 Main A Sel3 1 Main A Sel4 B/E1a Main A Sel4 Z2 L 2 CD R Main A Sel5 C100 C101 C102 C103 C104 C108 CD R Main A Sel5 3 r

w AV R 10uF 100N 100N 100N 10uF 100N B2b AV R AV R Z2 R 4 SAT R 10V 16V 16V 16V 10V 16V

EF E3c AV L SAT R Main L 5 DVD R X5R X7R X7R X7R X5R X7R DVD R Aux L 6 VCR R Main R A/D1a VCR R 7 PVR R C105 DGND R115 PVR R R100 Aux R 8 r

w TAPE R AGND DGND A2b DVD R TAPE R 9 Phono R ABC

D D3c DVD L 0R0 Phono R 100R 10 AGND AUX R R101 C106 IC100 Was iPod L 0W063 AUX R 0W063 10UF 11 iPod R 100K 50V 1N5 CS5345 30 14 R116 iPod R 46 12 AM/FM R 0W063 100V Was iPod R JYE TAI AM/FM R Main L YK 13 DAB/Sirius R FKP2 36 SKT102 0R0 DAB/Sirius R Main R VLS DAB/Sirius L 14 VA VA

NET R C109 28 VD 0W063 NET R Spare L Spare R PGAOUTA 15 R102 AGND 10UF C107 29 44 ADC MClk C/F1a CON104 PGAOUTB MCLK DAB/Sirius R 16 100K 50V 1N5 42 ADC BClk 1 SCLK 17 r

w NF 0W063 YK 100V 11 43 ADC WClk C2b SAT R 2 iPod R R103 AIN1A LRCLK 33R NET L 18 FKP2 12 41 ADC Data F3c SAT L 3 AIN1B SDOUT R114 19 P138 4 iPod L 100R 0W063 0W063 NET R 20 9 47 P135 B/E1a 5 AIN2A INT Spare R C110 10 48 P136 R104 AIN2B OVFL MOLEX r

w 6 ADC /RESET B2b VCR R JST Spare L /RESET CON101 7 2 AN SCL AGND

EF E3c VCR L PH AGND 100R AIN3A SCL,CCLK 1 Aux L R105 C111 8 1 AN SDA 0W063 10UF AIN3B SDA,CDOUT Phono L 2 100K 1N5 4 A/D1a CON105 50V AD1,CDIN 3 0W063 100V 21 3 1 YK AIN4A,MICIN1 AD0,/CS Phono R 4 r

w Aux R 50V FKP2 22 +3V3D A2b PVR R 2 Spare R AIN4B,MICIN2 5 C114 5 P114 P115 ABC

D D3c PVR L 3 VLC AM/FM L 6 NF R106 AGND 10UF C112 23 4 Spare L AIN5A 7 100K 50V 1N5 24 33 C113 R107 R108 5 AIN5B NC AM/FM R 8 0W063 YK 100V 34 100N 470R 470R JYE TAI R109 NC 9 FKP2 26 38 16V 0W063 0W063 JST AIN6A NC Main L 10 SKT103 27 39 X7R PH AGND 100R 0W063 AIN6B NC 11 CD L 40 R117 CD L R110 NC Main R 12 C/F1a AV L 25 AV L MICBIAS 13 SAT L 37 DGND r

w 0R0 SAT L 12K P117 TSTI +15V 14 C2b VCR Out R AGND DVD L 18 Spare L 0W063 DVD L Spare R 0W063 TSTO 15 F3c VCR Out L VCR L AGND 20 AGND R118 VCR L 12k gives 1.5V for AOM4542PR mic TSTO 16 PVR L 35 PVR L TSTO 17 B/E1a TAPE L P105 15 0R0 TAPE L AFILTA P112 18 Phono L 16 17 r

w 0W063 Phono L AFILTB VQ -15V 19 B2b PVR Out R AUX L 19 AUX L C115 C116 P107 FILT+ P110 20 EF E3c PVR Out L iPod L

iPod L C117 DGND AGND AGND AGND AM/FM L 22uF 2N2 C118 C119 C120 C121 AM/FM L 2N2 MOLEX A/D1a DAB/Sirius L 6.3V 50V 100N 22uF 100N 10uF AGND DAB/Sirius L 50V CON102

NET L X5R X7R 45 32 31 13 16V 6.3V 16V 10V r

w NET L X7R 1 A2b Tape Out R X7R X5R X7R X5R ADC WClk 2 ABC

D D3c Tape Out L DGND AGND 3 CD R AGND CD R IC101A ADC BClk 4 AV R AGND AV R Z2 A Sel0 P118 15 14 AN SPI Data 5 JYE TAI SAT R Q0 DS AGND SAT R Z2 A Sel1 P119 1 ADC MClk 6 DVD R Q1 DVD R Z2 A Sel2 P120 2 11 AN SPI Clk IC101B +3V3D 7 VCR R Q2 SHCP VCR R Z2 A Sel3 P121 3 12 A In Mux Latch 16 ADC Data 8 PVR R Q3 STCP VCC PVR R Z2 A Sel4 P122 4 +3V3D 9 TAPE R Q4 TAPE R Z2 A Sel5 P123 5 10 C122 AN SPI Data 10 Phono R Z2 L Q5 MR Phono R Z2 L Main A Sel0 P124 6 13 100N 11 AUX R Z2 R Q6 OE AUX R Z2 R Main A Sel1 P125 7 16V AN SPI Clk 12 iPod R Q7 iPod R 9 8 X7R 13 AM/FM R Z2 A Sel0 Q7'/DO GND AM/FM R Z2 A Sel0 DGND A In Mux Latch 14 DAB/Sirius R Z2 A Sel1 DAB/Sirius R Z2 A Sel1 74HC595D 74HC595D DGND 15 NET R Z2 A Sel2 NET R Z2 A Sel2 AN SCL 16 Z2 A Sel3 P126 Z2 A Sel3 17 Z2 A Sel4 Z2 A Sel4 IC102A AN SDA 18 Z2 A Sel5 Z2 A Sel5 Main A Sel2 P128 15 14 19 Q0 DS Main A Sel3 P127 1 IC102B +3V3D 20 Zone 2 Q1 Main A Sel4 P129 2 11 16 L116_C3_Zone 2 & PSU_D1.schdoc Q2 SHCP VCC Main A Sel5 P130 3 12 R113 MOLEX FIX100 Q3 STCP DGND /Tape Mute P131 4 +3V3D C123 100R Q4 /PVR Mute P132 5 10 100N 0W063 NF 4 1 Q5 MR TOOL100 /VCR Mute P133 6 13 16V FID100 Q6 OE ADC /RESET P134 7 8 X7R Q7 GND AGND DGND R111 9 3 2 TOOL101 Q7'/DO FID101 DGND 74HC595D DGND 1 0R0 74HC595D 0W063 TOOL102 PCB100 1 L116PB Blank AVR002 Analogue In PCB FIX101 P137 R112 TOOL103 DRAWING TITLE 08_E158 NC 25/07/08 Mux gain change D.1

0R0 Analogue Input - ADC 08_E126 PK 15/05/08 PCB change only D.0 0W063 DGND Filename: L116_C1_Analogue Input_D1.SchDoc 08_E014 PK 16/01/08 Layout change only C.0 1 ARCAM Notes: 07_E160 PK 02/03/07 PCB clearence rule update, R110 > 12k (mic bias), IP conns added B.0 A & R Cambridge Ltd. ECO984 PK 26/09/06 INITIAL RELEASE A.0.2 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 18/08/2008 Sheet13 of A3 DRAWING NO. L116CT D200 +12VA IC200A 0W063 CD L 10K P201 13 3 CD L R200 Y0 Z AV L 10K P215 14 C200 IC201A -12VA AV L R201 Y1 R202 SAT L 10K P216 15 3 2 Tape Out L SAT L R203 Y2 Tape Out L DVD L 10K P217 12 BAV99W DVD L R204 Y3 47R 15 VCR L 10K P218 1 C201 VCR L R205 Y4 0W125 100UF PVR L 10K P219 5 25V YK IC201D 100P

PVR L R206 Y5 1 TAPE L 10K P220 2 /Tape Mute 16 DG413DY 50V TAPE L R207 Y6 /Tape Mute 10K P221 4 NPO R208 Y7 DG413DY C266 11 AGND S0 AGND R209

AGND 10 14 D201 S1 0R0 C202 C203 C204 C205 C206 C207 C208 9 +12VA S2 0W063 100P 100P 100P 100P 100P 100P 100P 47P +12VA AGND 50V 50V 50V 50V 50V 50V 50V 6 50V E R210 NPO NPO NPO NPO NPO NPO NPO P202 P222 IC202A C209 IC204A -12VA 8 R211 74HC4051D 3 NJM2114M 3 2 PVR Out L 10K 0W063 P200 PVR Out L Main A Sel0 AGND 1 BAV99W Main A Sel0 R212 47R 15 AGND Main A Sel1 +12VA 2 C210 Main A Sel1 0W125 100UF Main A Sel2 25V YK IC204D 100P

Main A Sel2 10K 4 1 IC208A IC203A /PVR Mute 16 DG413DY 50V 0W063 8 0W063 /PVR Mute Phono L 10K P223 13 3 3 NJM2114M NPO Phono L R213 Y0 Z DG413DY AUX L 10K P224 14 1 -12VA AUX L R214 Y1 iPod L IP 10K P225 15 2 AGND iPod L R215 Y2 R216

AM/FM L 10K P226 12 R217 14 D202

AM/FM L R218 Y3 NF 4 P207 Main L DAB/Sirius L 10K P227 1 P208 +12VA DAB/Sirius L R219 Y4 P203 10K NET L 10K P228 5 C211 R220 3K9 AGND NET L R221 Y5 0W063 Spare L 10K P229 2 10UF 0R0 -12VA 0W063 Spare L R222 Y6 10K P230 4 50V 0W063 IC203B C212 IC207A -12VA R223 Y7 R224 R225 YK 6 3 2 VCR Out L VCR Out L 11 7 BAV99W S0 10K 0W063 Main L 47R 15 AGND 10 AGND 5 C213 S1 0W125 100UF C214 C215 C216 C217 C218 C219 C220 9 25V YK IC207D 100P

S2 NF 1 100P 100P 100P 100P 100P 100P 100P NJM2114M /VCR Mute16 DG413DY 50V C221 /VCR Mute 50V 50V 50V 50V 50V 50V 50V 6 R226 DG413DY NPO NPO NPO NPO NPO NPO NPO NPO E 10UF 0R0 74HC4051D 50V 0W063 AGND YK

AGND 14 Main A Sel3 AGND Main A Sel3 D203 Main A Sel4 Main A Sel4 AGND AGND+12VA Main A Sel5 Main A Sel5

C222 IC201B -12VA R227 7 6 Tape Out R Tape Out R IC205A BAV99W 0W063 R228 47R 11 CD R 10K P231 13 3 Main R C223 CD R R229 Y0 Z 0W125 100UF AV R 10K P232 14 25V YK IC201C 100P

AV R R230 Y1 P210 3K9 8 SAT R 10K P233 15 /Tape Mute 9 DG413DY 50V SAT R R231 Y2 0W063 DVD R 10K P234 12 NPO DVD R R232 Y3 IC206B DG413DY VCR R 10K P235 1 R233 VCR R R234 Y4 6 PVR R 10K P236 5 AGND PVR R R235 Y5 7

TAPE R 10K P237 2 10K 0W063 Main R 10 D204 TAPE R R236 Y6 5 10K P238 4 +12VA R237 Y7 C267 NF AGND P204 Main A Sel0 11 NJM2114M S0 C224 R238 AGND Main A Sel1 10 C225 IC204B -12VA S1 10UF 0R0 R239 C226 C227 C228 C229 C230 C231 C232 Main A Sel2 9 7 6 PVR Out R S2 47P 50V 0W063 AGND R240 PVR Out R 100P 100P 100P 100P 100P 100P 100P 50V YK BAV99W 0R0 47R 11 50V 50V 50V 50V 50V 50V 50V 6 R241 C233 E P206 0W063 0W125 100UF NPO NPO NPO NPO NPO NPO NPO 25V YK IC204C 100P

AGND 8 74HC4051D 10K /PVR Mute 9 DG413DY 50V AGND 0W063 P214 IC202B DG413DY NPO AGND +12VA 5 NJM2114M 7 P205 AGND 0W063 IC206A R242

IC209A 6 10 10K 8 NJM2114M Phono R P239 13 3 3 Phono R R243 Y0 Z 10K AUX R P240 14 1 AGND D205 AUX R R244 Y1 0W063 iPod R P241 15 2 +12VA iPod R R245 Y2 AM/FM R P242 12

AM/FM R R246 Y3 NF 4 DAB/Sirius R P243 1 R247 DAB/Sirius R R248 Y4 NET R P244 5 C234 R249 C235 IC207B -12VA NET R R250 Y5 P212 R251 Spare R P245 2 10UF 0R0 -12VA 10K 7 6 VCR Out R Spare R R252 Y6 50V VCR Out R P246 4 0W063 0W063 BAV99W R253 Y7 YK 47R 11 C236 0W125 100UF Main A Sel3 11 25V YK IC207C 100P

S0 8 AGND Main A Sel4 10 AGND IC204E +12VA IC201E +12VA /VCR Mute 9 DG413DY 50V S1 IC207E +12VA C237 C238 C239 C240 C241 C242 C243 Main A Sel5 9 13 13 NPO S2 V+ V+ 13 +12VA DG413DY 100P 100P 100P 100P 100P 100P 100P 74HC4051D +3V3A +3V3A V+ +3V3A 50V 50V 50V 50V 50V 50V 50V 6 12 12 AGND E VL VL 12

NPO NPO NPO NPO NPO NPO NPO 10 C250 C260 VL C244 C261 100N 100N 470UF 100N AGND 16V 16V 16V AGND 16V AGND X7R X7R YXF 5 5 X7R GND GND 5 GND C245 C262 C263 AGND AGND AGND C264 470UF 100N 100N AGND 100N 16V 16V 16V IC200B +3V3A IC205B +3V3A IC208B +3V3A IC209B +3V3A +12VA +12VA +12VA 16V YXF 16 16 16 16 16V 4 X7R 4 X7R VCC VCC VCC VCC V- V- 4 X7R V- -12VA C246 C247 C248 C249 C265 C251 C252 DG413DY -12VA DG413DY -12VA 100N 100N 100N 100N 100N 100N 100N DG413DY -12VA 16V 16V 16V 16V 16V 16V 16V 8 X7R 8 X7R 8 X7R 8 X7R X7R X7R 16V X7R GND GND GND GND DRAWING TITLE 08_E158 NC 25/07/08 R217, R228 > 3k9, +ve opamp input 4k7s > 0R, C > NF D.1 AGND AGND AGND AGND AGND AGND AGND Analogue Input - Mux & Tape Outs 08_E126 PK 15/05/08 PCB change only D.0 C256 C257 C258 C259 C253 C254 C255 100N 100N 100N 100N 100N 100N 100N Filename: L116_C2_Main Zone Tape_D1.SchDoc 08_E014 PK 16/01/08 Layout change only C.0 7 16V 7 16V 7 16V 7 16V 16V 16V 16V VEE VEE VEE VEE X7R X7R X7R X7R X7R X7R X7R Notes: 07_E160 PK 02/03/07 PCB clearence rule update B.0 74HC4051D -3V3A 74HC4051D -3V3A 74HC4051D -3V3A 74HC4051D -3V3A -12VA -12VA -12VA ARCAM A & R Cambridge Ltd. ECO984 PK 26/09/06 INITIAL RELEASE A.0.2 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 18/08/2008 Sheet23 of A3 DRAWING NO. L116CT IC300A 0W063 38mA (0.3306W) 10K P303 13 3 CD L R300 Y0 Z 10K P304 14 LM1117MPX-3.3/NOPB AV L R301 Y1 10K P305 15 +12VA REG300 +3V3D SAT L R302 Y2 10K P306 12 DVD L R303 Y3 +3V3 10K P307 1 VCR L R304 Y4 10K P308 5 C300 C301 PVR L R305 Y5 10K P309 2 10UF 470UF TAPE L R306 Y6 10K P310 4 50V 10V R307 Y7 SM CK AGND Z2 A Sel011 Z2 A Sel0 S0 Z2 A Sel110 AGND Z2 A Sel1 S1 Z2 A Sel2 9 78mA (0.546W) 18mA (0.0486W) Z2 A Sel2 S2 180mA (0.54W) P337 AGND R308 LM1117MPX-5.0/NOPB P336 LM1117MPX-3.3/NOPB 6 E 0R0 +15V REG301 +12VA +12VA REG302 +5VA +5VA REG303 +3V3A 0W063 74HC4051D +12 +5 +3V3 AGND C307 C302 C303 C304 C305 C306 +12VA IC301A P329 1uF 1000UF 10UF 470UF 10UF 470UF NJM2114M 25V 25V 50V 10V 50V 10V IC303A YK SM CK SM CK 0W063 8 X7R Phono L 10K P311 13 3 3 Phono L R309 Y0 Z R338 AUX L 10K P312 14 1 Z2 L L7812CV AUX L R310 Y1 Z2 L AGND AGND AGND iPod L 10K P313 15 P301 2 iPod L R311 Y2 47R AM/FM L 10K P314 12

AM/FM L R312 Y3 4 0W063 DAB/Sirius L 10K P315 1 DAB/Sirius L R313 Y4 NET L 10K P316 5 NET L R314 Y5 Spare L 10K P317 2 -12VA P340 Spare L R315 Y6 AGND 10K P318 4 R316 AGND R317 Y7 C322 C308 R323 AGND Z2 A Sel311 3K9 C309 10UF Z2 A Sel3 S0 1000UF 390R Z2 A Sel410 0W063 1uF 50V Z2 A Sel4 S1 25V 25V 0W063 Z2 A Sel5 9 C323 YK Z2 A Sel5 S2 X7R YK -12 6 E C311 R327 C310 -15V REG304 -12VA 470UF 47P 100N 240R 74HC4051D L7912CV 10V 50V 16V

AGND ADJ 0W063 82mA (0.246W) X7R CK

-12VA REG305 -3V3A LM337LZ D300

IC302A 0W063 CD R 10K P319 13 3 S1D CD R R318 Y0 Z AV R 10K P320 14 1A AV R R319 Y1 SAT R 10K P321 15 18mA (0.1566W) SAT R R320 Y2 DVD R 10K P322 12 DVD R R321 Y3 VCR R 10K P323 1 VCR R R322 Y4 PVR R 10K P324 5 ADC Mute Main ASel Z2 Asel PVR R R324 Y5 TAPE R 10K P325 2 /RST VCR PVR TAPE 5 4 3 2 1 0 5 4 3 2 1 0 TAPE R R325 Y6 10K P326 4 x x x x x x x x x x 1 1 1 0 0 0 Zone2 Input CD R326 Y7 x x x x x x x x x x 1 1 1 0 0 1 Zone2 Input AV Z2 A Sel0 11 x x x x x x x x x x 1 1 1 0 1 0 Zone2 Input SAT S0 AGND Z2 A Sel1 10 x x x x x x x x x x 1 1 1 0 1 1 Zone2 Input DVD S1 Z2 A Sel2 9 x x x x x x x x x x 1 1 1 1 0 0 Zone2 Input VCR S2 x x x x x x x x x x 1 1 1 1 0 1 Zone2 Input PVR 6 x x x x x x x x x x 1 1 1 1 1 0 Zone2 Input TAPE E AGND R328 x x x x x x x x x x 0 0 0 1 1 1 Zone2 Input Phono 74HC4051D 0R0 x x x x x x x x x x 0 0 1 1 1 1 Zone2 Input AUX AGND 0W063 x x x x x x x x x x 0 1 0 1 1 1 GND (was Zone2 Input iPod) x x x x x x x x x x 0 1 1 1 1 1 Zone2 Input AM/FM x x x x x x x x x x 1 0 0 1 1 1 Zone2 Input DAB P300 IC301B IC304A x x x x x x x x x x 1 0 1 1 1 1 Zone2 Input NET 0W063 NJM2114M Phono R 10K P327 13 3 5 x x x x x x x x x x 1 1 0 1 1 1 Zone2 Input SPARE Phono R R329 Y0 Z R339 AUX R 10K P328 14 7 Z2 R x x x x x x x x x x 1 1 1 1 1 1 Zone2 Input GND AUX R R330 Y1 Z2 R iPod R 10K P330 15 P302 6 x x x x 1 1 1 0 0 0 x x x x x x Main Input CD iPod R R331 Y2 47R AM/FM R 10K P331 12 x x x x 1 1 1 0 0 1 x x x x x x Main Input AV AM/FM R R332 Y3 0W063 DAB/Sirius R 10K P332 1 x x x x 1 1 1 0 1 0 x x x x x x Main Input SAT DAB/Sirius R R333 Y4 P341 NET R 10K P333 5 R334 x x x x 1 1 1 0 1 1 x x x x x x Main Input DVD NET R R335 Y5 Spare R 10K P334 2 x x x x 1 1 1 1 0 0 x x x x x x Main Input VCR Spare R R336 Y6 10K P335 4 3K9 x x x x 1 1 1 1 0 1 x x x x x x Main Input PVR R337 Y7 0W063 x x x x 1 1 1 1 1 0 x x x x x x Main Input TAPE Z2 A Sel3 11 x x x x 0 0 0 1 1 1 x x x x x x Main Input Phono S0 C324 AGND Z2 A Sel4 10 x x x x 0 0 1 1 1 1 x x x x x x Main Input AUX S1 Z2 A Sel5 9 x x x x 0 1 0 1 1 1 x x x x x x GND (was Main Input iPod) S2 x x x x 0 1 1 1 1 1 x x x x x x Main Input AM/FM 6 47P x x x x 1 0 0 1 1 1 x x x x x x Main Input DAB E 50V x x x x 1 0 1 1 1 1 x x x x x x Main Input NET 74HC4051D x x x x 1 1 0 1 1 1 x x x x x x Main Input SPARE AGND x x x x 1 1 1 1 1 1 x x x x x x Main Input GND x 1 1 0 x x x x x x x x x x x x TAPE Out Mute x 1 0 1 x x x x x x x x x x x x PVR Out Mute x 0 1 1 x x x x x x x x x x x x VCR Out Mute x 1 1 1 x x x x x x x x x x x x No Tape/VCR/PVR Mute 0 x x x x x x x x x x x x x x x ADC Reset IC300B +3V3A IC303B +3V3A IC302B +3V3A IC304B +3V3A +12VA 1 x x x x x x x x x x x x x x x ADC Running 16 16 16 16 VCC VCC VCC VCC C312 C313 C314 C315 C316 100N 100N 100N 100N 100N 16V 16V 16V 16V 16V 8 X7R 8 X7R 8 X7R 8 X7R X7R GND GND GND GND DRAWING TITLE 08_E158 NC 25/07/08 R316, R334 > 3k9, R308, R328 > 0R D.1 AGND AGND AGND AGND AGND C317 C318 C319 C320 C321 Analogue Input - Z2 Mux & PSU 08_E126 PK 15/05/08 PCB change only D.0 100N 100N 100N 100N 100N 7 16V 7 16V 7 16V 7 16V 16V Filename: L116_C3_Zone 2 & PSU_D1.SchDoc 08_E014 PK 16/01/08 Layout change only C.0 VEE VEE VEE VEE X7R X7R X7R X7R X7R 74HC4051D -3V3A 74HC4051D -3V3A 74HC4051D -3V3A 74HC4051D -3V3A -12VA ARCAM Notes: 07_E160 PK 02/03/07 PCB clearence rule update B.0 A & R Cambridge Ltd. ECO984 PK 26/09/06 INITIAL RELEASE A.0.2 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 18/08/2008 Sheet33 of A3 DRAWING NO. L116CT D100 50V 50V +12VA XLR / Amplifier PCB 52806 AGND C125 C126 CON100 MOLEX 100P 100P Con 1.00MM Vertical FFC 22WAY 52806 Series -12VA GOLD R119 50V 50V 50V SKT100 EB2-5NU NPO NPO 100R BAV99W C100 C/F1a

9 8 7 6 5 4 3 2 1 0W125

22 21 20 19 18 17 16 15 14 13 12 11 10 100P r DACs Name RLY100A 50V MCH Sbr C2b w L117_C3_DACs_E1.SchDoc L117_C2_Mux Vol_E1.SchDoc +12VA NEC D101 NPO MCH Sbl F3c +12VA AGND AGND B/E1a DAC Left DAC Left VOL Left r

DAC Right DAC Right VOL Right -12VA w -12VA B2b DAC Centre DAC Centre VOL Centre +5VRLY R120 50V

AGND E3c EF DAC Sw DAC Sw VOL Sw EB2-5NU DAC Sl DAC Sl VOL Sl 100R BAV99W /Main Mute C101 A/D1a DAC Sr DAC Sr VOL Sr 0W125 Data LR 100P r

Data LR DAC Sbl DAC Sbl VOL Sbl /Sbl/Sbr Mute w Data CSw RLY100B 50V A2b Data CSw DAC Sbr DAC Sbr VOL Sbr ABC

Data SlSr NEC D102 NPO D3c D Data SlSr Data SblSbr +12VA Data SblSbr DAC MClk AGND DAC MClk DAC BClk MCH Sbl AGND JYE TAI DAC BClk MCH Sbl DAC WClk MCH SBr -12VA GOLD DAC WClk MCH Sbr R121 AGND 50V SKT101 Z2 L EB2-5NU Z2 L 100R BAV99W Z2 R C102 C/F1a DAC /RESET DAC /RESET Z2 R 0W125 100P r

AN SCL AN SCL Main L w Main L RLY103B 50V C2b AN SDA AN SDA Main R Main R NEC D103 NPO F3c AN SPI Clk H Vol L +12VA AN SPI Data H Vol L H Vol R AGND B/E1a A Out Mux Latch H Vol R r -12VA B2b w R122 50V

AGND E3c EF EB2-5NU 100R BAV99W C103 A/D1a 0W125 100P r RLY103A 50V A2b w AN SCL AN SDA AN SPI Clk AN SPI Data AOutMuxLatch ABC

+12VA NEC D104 NPO D3c D +12VA IC100A IC100B AGND 50V 0W063 3 8 NJM2114M 50V 0W063 5 AGND JYE TAI 1 Phono R7 Phono L -12VA R123 C104 R100 2 C105 R101 6 AGND 50V 100P 47K 100P 47K EB2-5NU BAV99W 4 100R MAIN PCB NPO 0W063 50V 0W063 C106 0W063NJM2114M 0W125 50V NPO 100P +15V CON101 R102 -12VA 0W063 RLY101A 50V 1 0W063 0W063 NEC D105 NPO 2 470K AGND AGND R104 +12VA 3 R103 470K 0W063 R105 470R 100V AGND Phono L -15V 4 0W063 0W063 470R 100V 0W063 C107 5 GOLD 0W063 R106 0W063 C108 -12VA Phono R 6 SKT102 R107 P100 R124 AGND 50V 7 3c P101 68K C128 EB2-5NU Headphone L 8 68K 0W063 4N7 100R BAV99W C129 4N7 10uF FKP2 C109 9 0W063 0W125 10uF FKP2 10V 100V 100V 100P Headphone R 10 10V 100V 100V C110 RLY101B 50V 11 2b C111 FKP2 NEC D106 NPO Z2 L 12 JYE TAI 100V AGND +12VA 13 AGND 1N0 AGND Z2 R 14 0W25 FKP2 15 +5VA 1N0 R108 16V 16V 100V -12VA Main L 16 1a R125 AGND 50V 17 2R2 EB2-5NU Main R 18 AGND C113 C112 100R BAV99W 0W25 C114 19 Phono Input 100N 220UF 0W125 16V 100P /Main Mute 20 16V YK RLY102A 50V X7R

8 NEC 50V IC101 D107 NPO MOLEX C115 +12VA AGND LM4880M CON102 33P R109 AGND R110 16V 0W063 Headphone L DAC WClk 1 NF 75K C116 2 0W063 4R7 -12VA 50V 0W063 1 R111 R126 DAC MClk 3 P119 R112 1W AGND 50V H VOL L C117 2 16V 47K EB2-5NU 4 YK 0W063 100R BAV99W DAC BClk 5 100K 1UF 220UF C118 0W063 0W125 6 0W063 50V YK 100P 3 16V FIX100 Data LR 7 RLY102B 50V C119 R113 8 0W063 50V NEC NPO 7 AGND 47K 4 1 Data CSw 9 R114 C120 H VOL R P120 50V 6 16V 0W063 10 R115 AGND 50V YK Headphone R PSU Data SlSr 11 100K 1UF 220UF R117 R116 3 2 L117_C5_PSU_E1.SchDoc 12 0W063 50V NF 4R7 C121 75K Data SblSbr 13 YK C122 1W 1 0R0 AGND 10UF 0W063 AN SCL 14

50V 33P 4 5 0W063 AN SDA 15 YK FIX101 FID100 TOOL100 TOOL102 AN SPI Data 16 P126 R118 AN SPI Clk 17 FID101 C127 A Out Mux Latch 18 R127 0R0 TOOL101 TOOL103 19 AGND 0W063 /Sbl/Sbr Mute 20 0R0 +5VRLY EB2-5NU EB2-5NU EB2-5NU EB2-5NU DGND AGND 0W063 DGND 100N RLY102C 1 MOLEX +12VA 16V 16V NEC D108 + RLY100C D109 + RLY101C D110 + RLY103C D111 + PCB100 1 L117PB Blank AVR002 Analogue Out PCB BAS16 NEC BAS16 NEC BAS16 NEC BAS16 C123 - - - - DRAWING TITLE 08_E159 NC 25/07/08 No changes to this sheet E.1 100N P122 P123 P124 P125 16V Analogue Output - Relays 08_E150 PK 22/07/08 C115 C122 set to NFR109, 115 changed to 4R7 E.0 X7R 16V TR100 TR101 TR102 TR103 Filename: L117_C1_Analogue Output_E1.SchDoc 08_E127 PK 27/05/08 PCB change only D.0 /Main Mute MMUN2211LT1 MMUN2211LT1 MMUN2211LT1 MMUN2211LT1 AGND Notes: 08_E015 PK 18/12/07 None to this sheet C.0 C124 ARCAM 100N A & R Cambridge Ltd. 07_E161 NC 19/9/07 AN SPI data/clk corrected, H/phone Rf = 75k, Phono AC coupled B.0 16V Pembroke Avenue X7R ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE DGnd DGnd DGnd /Sbl/Sbr Mute DGnd Waterbeach -12VA Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 18/08/2008 Sheet15 of A3 DRAWING NO. L117CT IC200A 10K 12 13 P258 H Vol L DAC Left R200 1Y0 1Z +12VA 10K P221 14 Main L R201 1Y1 P290 MCH Left 10K P201 15 R202 1Y2 IC201A +12VA P203 11 R203 8 0W063 1Y3 3 NJM2114M C200 47R 0R0 1 P257 Mux L IC202A AGND 0R0 0W063 R205 R204 0W063 8 AGND 2 3 NJM2114M C260 10K 1 3 0W125 P272 DAC Right R207 2Y0 2Z C201 R210 100UF P249 1

10K P204 5 4 R206 VOL Left Main R R208 2Y1 33P 1M0 AGND 2 MCH Right 10K P211 2 16V R211 47R R209 2Y2 NPO 0W063 NONP C261 R216 100UF

P213 4 4K7 4 0W125 0W063 2Y3 -12VA 50V 33P 1M0 R213 0W063 16V IC201B NPO 0W063 C202 C203 AGND 6 R212 P291 10K H Vol R P273 NONP E 5 NJM2114M C262 -12VA 50V 100P 100P P275 47R 0R0 R223 7 Mux R 50V 50V DGnd 10 0R0 0W063 R232 R214 0W063 4K7 S0 AGND 6 5 C204 9 0W125 0W063 S1 C263 R240 P250 7 P259 100UF R215 VOL Right 33P 1M0 AGND 6 AGnd A Out Sel0 74HC4052D 16V R218 47R NPO 0W063 C205 R217 A Out Sel1 IC203A P288 NONP 4K7 IC202B 0W125 100UF 50V +9V_VOL +3V3A 33P 1M0 SKT200 12 R251 0W063 NJM2114M 16V 1Y0 +12VA NPO 0W063 14 10K NONP 1Z 50V 45 35 25 15 C/F1a AGND 13 10 R219 1Y1 P292 IC205A IC204 +12VA R220 8 P260 4K7 r

w 3 NJM2114M C264 CS3318 C2b 2 AGND P276 47R 0R0 0W063 2Y0 1 IC206A 8 VA+ VA+ VA+ VA+

F3c 15 0R0 0W063 R260 VD+ R221 0W063 2Z 2 47 3 NJM2114M C206 1 0W125 OUT1 P261 2Y1 C265 R267 100UF 1 48 P251 1

B/E1a 4 IN1 REFO1 R222 VOL Centre 33P 1M0 2 AGND 2 10K 5 16V REFI1 47R r

w DAC Centre R224 3Y0 NPO 0W063 NONP 44 C207 R225 100UF

B2b P218 4 P287 OUT2 4 0W125 0W063 3Z -12VA 50V 42 43 33P 1M0 16V

EF E3c MCH Centre 10K 3 R283 IN2 REFO2 4K7 R226 3Y1 IC205B 41 NPO 0W063 P220 R227 P293 10K REFI2 R228 0W063 P262 NONP 0W063 5 NJM2114M C266 37 P208 -12VA 50V A/D1a A Out Sel2 11 P277 47R OUT3 R229 S1 7 39 38 10 0R0 0W063 R284 IN3 REFO3 R230 4K7 r

w S2 AGND 6 40 5 C209 A2b C208 9 0W125 REFI3 P263 0W063 S3 C267 R285 100UF 34 P210 0R0 P252 7 ABC

D D3c 100P OUT4 R231 VOL Sw 33P 1M0 32 33 AGND 0W063 6 50V 6 16V IN4 REFO4 R234 47R E NPO 0W063 31 IC206B C210 R233 P286 NONP REFI4 4K7 0W125 100UF 50V 27 P212 NJM2114M 33P 1M0 JYE TAI 74HCT4053D R286 OUT5 0W063 16V AGND +12VA 29 28 NPO 0W063 AGND DGND 10K IN5 REFO5 NONP 30 50V REFI5 R235 IC207A 24 P214 +12VA R236 P294 8 OUT6 P264 4K7 IC214A 3 NJM2114M C268 22 23 0W063 10K P278 47R IN6 REFO6 0W063 12 1 21 0R0 IC208A DAC Sw R237 1Y0 0R0 R287 REFI6 R238 8 P222 14 AGND 2 17 P215 0W063 3 NJM2114M C211 0W063 10K 1Z 0W063 0W125 OUT7 P265 MCH Sw 13 C269 R288 100UF 19 18 P253 1

R241 1Y1 4 IN7 REFO7 R239 VOL Sl P223 33P 1M0 20 AGND 2 0W063 10K 16V REFI7 R244 47R 2 NPO 0W063 NONP 14 P216 C212 R242 100UF

DAC Sl R243 2Y0 P285 OUT8 4K7 4 0W125 P224 15 -12VA 50V 12 13 33P 1M0 0W063 10K 2Z R289 IN8 REFO8 0W063 16V MCH Sl 1 IC207B 11 NPO 0W063 R245 2Y1 R246 P295 10K REFI8 NONP P225 5 NJM2114M C270 -12VA 50V 0W063 10K P279 47R R247 5 7 AGND 0R0

DAC Sr R248 3Y0 0R0 0W063 R290 VA- VA- VA- VA- /RESET SDA,MOSI SCL,CCLK AD0,/CS /MUTE ENOut DGND R249 P266 4K7 P226 4 6 AGND 0W063 5 C213 0W063 10K 3Z 0W125 P274 0W063 MCH Sr 3 C271 R291 100UF P254 7

R252 3Y1 3 6 5 7 4 8 9 R250 VOL Sr

P227 33P 1M0 46 36 26 16 AGND 6 16V R254 47R A Out Sel2 11 AGND NPO 0W063 C214 R253 S1 P284 NONP 4K7 IC208B 0W125 100UF 10 50V -9V_VOL DGND 33P 1M0 C215 C216 C217 S2 R292 0W063 NJM2114M 16V 9 NPO 0W063 100P 100P 100P S3 10K NONP +12VA R256 50V 50V 50V 50V R255 6 10K E P267 4K7 IC209A +12VA AN SDA AN SCL VOL /MUTE R257 P296 8 0W063 74HCT4053D 3 NJM2114M C272 P280 47R DGND 1 P228 +3V3A IC210A VOL /RESET AGND 0R0 R293 R258 8 AGND 2 DGND 3 NJM2114M C218 0W063 0W125 P268 C273 R294 100UF P255 1

4 0R0 R259 VOL Sbl 33P 1M0 R299 C219 AGND 2 16V 0W063 47R NPO 0W063 NONP 470R 100N C220 R261 100UF

P283 4 0W125 -12VA 50V 33P 1M0 R295 4K7 16V IC209B NPO 0W063 R262 P297 10K R263 0W063 P269 NONP 5 NJM2114M C274 -12VA 50V P281 47R R264 7 DGND DGND 0R0 R296 R265 0R0 0W063 4K7 AGND 6 5 C221 +12VA IC213A 0W063 0W125 P270 0W063 0R0 C275 R297 P256 7 IC211A 10K P229 12 13 100UF R266 VOL Sbr 0W063 DAC Sbl R268 1Y0 1Z 33P 1M0 AGND 6 NJM2114M 10K P230 14 16V R271 47R R2100 P200 8 MCH Sbl R269 1Y1 NPO 0W063 C222 R270 AGND 3 10K P231 15 P282 NONP 4K7 IC210B 0W125 100UF Z2 L R272 1Y2 50V 33P 1M0 1 10K P232 11 R298 0W063 NJM2114M 16V R274 1Y3 NPO 0W063 Mux L 2 10K +9V_VOL Place as pairs next to each VA/VA- pair NONP R273 P233 0W063 50V R275

10K 4 10K P234 1 3 P271 4K7 DAC Sbr R276 2Y0 2Z C223 C224 C225 C226 P235 10K P236 5 C227 C228 C229 C230 0W063 MCH Sbr R277 2Y1 10UF 10UF 10UF 10UF -12VA 10K P237 2 100N 100N 100N 100N Z2 R R279 2Y2 50V 50V 50V 50V 10K P238 4 R278 R280 2Y3 YK YK YK YK +12VA 0R0 10K 0W063 0W063 6 0 1 2 3 4 Vol /Rst Vol /Mute Dac /Rst 0W063 E IC211B 0 0 0 0 0 1 1 1 DAC Output R2101 P202 C231 C232 C233 C234 AGND 5 A Out Sel3 DGND10 1 0 x x x 1 1 1 L/R Analogue Pass through -9V_VOL S0 100N 100N 100N 100N 7 A Out Sel4 9 0 1 1 1 0 1 1 1 MCH Output IC212A S1 Mux R 6 x x x 0 1 1 1 1 Surround Back = Zone 2 IC212B +3V3D 14 15 P239 A Out Sel0 R281 P240 AN SPI Data DS Q0 74HC4052D x x x 1 1 1 1 1 Surround Back = L/R 16 1 P241 A Out Sel1 10K VCC Q1 P242 x x x x x 0 x 1 Volume Reset 11 2 P243 A Out Sel2 NJM2114M AN SPI Clk SHCP Q2 AGND x x x x x 1 0 1 Volume Mute C236 12 3 P244 A Out Sel3 A Out Mux Latch STCP Q3 C237 C238 C239 C240 x x x x x x x 0 DAC Reset 100N +3V3D 4 P245 A Out Sel4 R282 Q4 100N 100N 100N 100N 10 5 P246 VOL /RESET 10K 0W063 MR Q5 8 13 6 P247 VOL /MUTE +12VA GND OE Q6 7 P248 IC200B +3V3A IC203B +3V3A IC214B +3V3A IC213B +3V3A Q7 DAC /RESET 74HC595D DGND 9 16 16 16 16 Q7'/DO VCC VCC VCC VCC DGND C242 C243 C244 C245 C246 -12VA C247 C248 C249 C250 100N 100N 100N 100N 100N 74HC595D 100N 100N 100N 100N 16V 16V 16V 16V 16V 16V 16V 16V 16V DRAWING TITLE 08_E159 NC 25/07/08 Noise reduction changes E.1 8 8 8 8 GND GND GND GND Analogue Output - Vol Ctrl & MCH 08_E150 PK 22/07/08 PCB change only E.0 AGND AGND AGND AGND AGND C251 C252 C253 C254 C255 Filename: L117_C2_Mux Vol_E1.SchDoc 08_E127 PK 27/05/08 PCB change only D.0 C258 C259 C256 C257 100N 100N 100N 100N 100N 100N 100N 100N 100N 16V 16V 16V 16V 16V Notes: 08_E015 PK 18/12/07 MCH Centre and Sub swapped C.0 7 16V 7 16V 7 16V 7 16V ARCAM VEE VEE VEE VEE A & R Cambridge Ltd. 07_E161NC 19/9/07 AN SPI data/clk corrected, H/phone Rf = 75k, Phono AC coupled B.0 -3V3A -3V3A -3V3A -3V3A Pembroke Avenue 74HC4052D 74HCT4053D 74HCT4053D 74HC4052D -12VA ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 18/08/2008 Sheet25 of A3 DRAWING NO. L117CT IC300 C302 C300 C301 C304 +2.5V +5VA C303 C305 100N 1uF 10UF CS4385 10UF 1uF 100N 50V 16V 25V 50V 25V 16V Filters 32 4 YK YK L117_C4_Filters_E1.SchDoc DGND 6 DAC MClk MClk VA

7 VD 39 AGND DAC WClk LRClk AOUTA1+ DAC Left+ 9 40 DAC BClk SClk AOUTA1- DAC Left- 8 38 Data LR SDIn1 AOUTB1+ DAC Right+ 11 37 Data CSw SDIn2 AOUTB1- DAC Right- 13 35 DAC Left DAC Left Data SlSr SDIn3 AOUTA2+ DAC Centre+ 14 36 DAC Right DAC Right Data SblSbr SDIn4 AOUTA2- DAC Centre- +3V3D 34 DAC Centre DAC Centre AOUTB2+ DAC Sw+ 43 33 DAC Sw DAC Sw VLS AOUTB2- DAC Sw- 29 DAC Sl DAC Sl 470R 0W063 AOUTA3+ DAC Sl+ C306 P300 3 30 DAC Sr DAC Sr R300 DSDA1 AOUTA3- DAC Sl- 100N P301 2 28 DAC Sbl DAC Sbl R301 DSDB1 AOUTB3+ DAC Sr+ 16V P302 1 27 DAC Sbr DAC Sbr R302 DSDA2 AOUTB3- DAC Sr- P303 48 25 R303 DSDB2 AOUTA4+ DAC Sbl+ P304 47 26 R304 DSDA3 AOUTA4- DAC Sbl- DGND P305 46 24 R305 DSDB3 AOUTB4+ DAC Sbr+ P306 45 23 R306 DSDA4 AOUTB4- DAC Sbr- P307 44 R307 DSDB4 P308 42 41 R308 DSDSClk MUTEC1 P311 22 MUTEC234 P312 DGND 19 DAC /RESET /RST 15 AN SCL M2,SCL,CClk 16 20 AN SDA M1,SDA,CDIn FILT+ +3V3D 17 21 M0,AD0,/CS VQ 18 R309 VLC GND GND M4,TST0 M3,TST1 C307 C308 C309 C310 C311 10K C312 100N 1uF 10UF 100N 47UF

5 50V 35V

0W063 100N DGND 31 10 12 16V 25V 16V 16V YK YK AGND AGND AGND DGND R310 NF

0R0 0W063 DGND AGND

DRAWING TITLE 08_E159 NC 25/07/08 No changes to this sheet E.1

Analogue Output - DAC & Filter 08_E150 PK 22/07/08 PCB change only E.0

Filename: L117_C3_DACs_E1.SchDoc 08_E127 PK 27/05/08 PCB change only D.0 ARCAM Notes: 08_E015 PK 18/12/07 None to this sheet C.0 A & R Cambridge Ltd. 07_E161NC 19/9/07 AN SPI data/clk corrected, H/phone Rf = 75k, Phono AC coupled B.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 18/08/2008 Sheet35 of A3 DRAWING NO. L117CT +12VA

IC400A

R403 R404 8 3 NJM2114M DAC Left+ 1 3K3 680R DAC Left C403 R405 C404 2 0W063 2N2 3K3 0W063 680P C405 100V 0W063 100V 4 0W063 0W063 IC400B 330P FKP2 FKP2 R400 R401 100V 0W063 100V 5 NJM2114M 100V -12VA DAC Right+ FKP2 7 AGND C407 3K3 680R DAC Right R408 R409 C400 R402 C401 6 0W063 0W063 DAC Left- 2N2 3K3 680P C402 100V 0W063 100V 3K3 C409 680R 680P 330P FKP2 FKP2 0W063 2N2 0W063 R411 100V 100V 100V 100V FKP2 0W063 0W063 FKP2 AGND C406 FKP2 R406 R407 3K3 100V DAC Right- 0W063 AGND 3K3 680R C408 680P 0W063 2N2 0W063 0W063 R410 100V 100V FKP2 +12VA FKP2 3K3 0W063 IC401A AGND R414 R415 8 3 NJM2114M DAC Centre+ 1 3K3 680R DAC Centre C412 R417 C413 2 0W063 2N2 3K3 0W063 680P C415 100V 0W063 100V 4 330P FKP2 FKP2 100V -12VA IC401B FKP2 R412 R413 AGND C417 5 NJM2114M R420 R421 DAC Sw+ 7 DAC Centre- 2K2 820R DAC Sw C410 R416 C411 6 3K3 680R 0W063 0W063 C419 680P 470N 6K8 47N 0W063 2N2 0W063 C414 100V 0W063 100V R423 100V 100V FKP2 330P MKS2 MKS2 FKP2 100V 3K3 FKP2 AGND C416 0W063 R418 R419 AGND DAC Sw- 2K2 820R C418 47N 0W063 470N 0W063 R422 100V 100V MKS2 +12VA MKS2 6K8 0W063 0W063 0W063 IC402A AGND R426 R427 8 100V 0W063 100V 3 NJM2114M DAC Sl+ 1 3K3 680R DAC Sl C422 R429 C423 2 0W063 2N2 3K3 0W063 680P C425 100V 0W063 100V 4 330P FKP2 FKP2 0W063 0W063 100V 100V-12VA IC402B FKP2 0W063 0W063 R424 R425 AGND C427 100V 0W063 100V 5 NJM2114M R432 R433 DAC Sr+ 100V 7 DAC Sl- 3K3 680R DAC Sr C420 R428 C421 6 3K3 680R 0W063 0W063 C429 680P 2N2 3K3 680P 0W063 2N2 0W063 0W063 C424 100V 0W063 100V R435 100V 100V FKP2 330P FKP2 FKP2 FKP2 100V 100V 3K3 FKP2 0W063 0W063 AGND C426 0W063 R430 R431 AGND 100V DAC Sr- 3K3 680R C428 680P 0W063 2N2 0W063 0W063 R434 100V 100V FKP2 +12VA FKP2 3K3 0W063 0W063 IC403A 0W063 R439 R440 8 AGND 100V 0W063 100V 3 NJM2114M DAC Sbl+ 1 3K3 680R DAC Sbl C433 R441 C434 2 0W063 2N2 3K3 0W063 680P 0W063 0W063 IC403B

4 R436 R437 C436 100V 0W063 100V 100V 0W063 100V 5 NJM2114M DAC Sbr+ 330P FKP2 FKP2 7 3K3 680R DAC Sbr 100V 100V-12VA C430 R438 C431 6 FKP2 0W063 0W063 0W063 0W063 AGND C438 2N2 3K3 680P R444 100V R445 C432 100V 0W063 100V DAC Sbl- 330P FKP2 FKP2 3K3 C439 680R 100V 100V 0W063 0W063 0W063 680P FKP2 0W063 0W063 2N2 AGND C435 R447 100V R442 R443 100V FKP2 100V FKP2 DAC Sbr- 3K3 3K3 C437 680R 0W063 0W063 0W063 0W063 680P AGND 2N2 R446 100V 100V FKP2 FKP2 3K3 +12VA 0W063 AGND

C440 C441 C442 C443 100N 100N 100N 100N 16V 16V 16V 16V

DRAWING TITLE 08_E159 NC 25/07/08 No changes to this sheet E.1 AGND C449 C445 C446 C447 Analogue out - Filters 100N 100N 100N 100N 08_E150 PK 22/07/08 PCB change only E.0 16V 16V 16V 16V Filename: L117_C4_Filters_E1.SchDoc 08_E127 PK 27/05/08 PCB change only D.0

Notes: 08_E015 PK 18/12/07 None to this sheet C.0 -12VA ARCAM A & R Cambridge Ltd. 07_E161NC 19/9/07 AN SPI data/clk corrected, H/phone Rf = 75k, Phono AC coupled B.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 18/08/2008 Sheet45 of A3 DRAWING NO. L117CT 11mA (0.0187W)

LM1117MPX-ADJ/NOPB +5VA REG500 +3V3D P51710V

C501 R500 C500 10uF ADJ 240R 470UF 10V 0W063 10V P510

R501 390R 0W063

AGND

266mA (0.798W) 16mA (0.0272W) 36mA (0.09W) D500 D501 D502

426mA (1.278W) S1D HS502A LM317T S1D S1D REG501 1A 6043PB 79mA (0.316W) REG502 1A 1A L7812CV 23C/W L7805CV LM1117MPX-ADJ/NOPB LM1117MPX-ADJ/NOPB +15V +12VA +12VA +9V_VOL +9V_VOL REG503 +5VA +12VA REG504 +3V3A +5VA REG505 +2.5V 16V 50V 50V P516 10V 10V +12 +5 C507 C502 R503 C503 C508 C504 C509 R502 C505 C510 R504 C506

ADJ 10UF ADJ 470UF ADJ 470UF 1uF 470UF C511 240R 470UF 470UF 10uF 240R 10uF 390R 16V 50V 10V 10V 25V 10UF 0W063 25V 25V 10V 0W063 10V 0W063 +15V 50V 50V 50V 50V 25V HS501A R512 R505 C522 R506 C524 R507 C525 AGND 6043PB C512 3K0 3K0 10UF AGND 390R 10UF 390R 10UF 1000UF 23C/W 0W063 0W063 50V 0W063 50V 0W063 50V 25V 25V AGND AGND AGND AGND C513 1000UF 25V 150mA (0.6W) AGND 50V AGND 50V L7805CV +9V_VOL REG509 +5VRLY -15V R513 R508 C523 R509 C526 HS506A 50V 10V 3K0 3K0 10UF +5 390R 10UF 6043PB 0W063 0W063 50V C520 C521 0W063 50V 23C/W AGND 16V 10UF 470UF 10V 50V 10V C517 C514 C518 R510 C515 C519 R511 C516 1uF 470UF 1uF 240R 470UF 1uF 240R 470UF 25V 16V 25V 0W063 25V 25V 0W063 10V ADJ ADJ -12 AGND -15V -12VA -12VA REG507 -9V_VOL REG508 -3V3A -12VA REG506 LM337LZ LM337LZD503 L7912CV D504 339mA (1.017W) S1D S1D 1A 1A 16mA (0.0912W) 37mA (0.111W)

DRAWING TITLE 08_E159 NC 25/07/08 No changes to this sheet E.1

Analogue Output - PSU 08_E150 PK 22/07/08 PCB change only E.0

Filename: L117_C5_PSU_E1.SchDoc 08_E127 PK 27/05/08 PCB change only D.0 ARCAM Notes: 08_E015 PK 18/12/07 None to this sheet C.0 A & R Cambridge Ltd. 07_E161 NC 19/9/07 R500,502,505,508 Corrected B.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 18/08/2008 Sheet55 of A3 DRAWING NO. L117CT SD-87720 +3V3D Audio output MOLEX L118_C3_GND balancing_E0.SchDoc 7 SKT101 6 DAB/Sirius L In CON100 Sirius Tx 232 8 MOD100 1 Was iPod L Sirius Rx 232 5 3 DAB/Sirius R In GyroSignal 2 DGND 120R@100MHz 57 58 59 60 +5V_1 4 +5V_1 CON106 Gyro-1122 CON107 AM/FM L In AM/FM L 3 L101 AM/FM L In AM/FM L Was iPod R +5V_1 2 1 L100 1 1 42 1 AM/FM R In AM/FM R 4 3V3RF_In FM_ROUT AM/FM R In AM/FM R 2 2 41 2 Dab/Sirius L In DAB/Sirius L 5 iPod Rx 232 iPod Tx 232 DAB/Sirius L In DAB/Sirius R In Sirius Tx 232 Sirius Rx 232 RF_GND AGND DAB/Sirius L In DAB/Sirius L C131 120R@100MHz 3 3 40 3 Dab/Sirius R In DAB/Sirius R 6 DGND C107 C108 3V3 In FM_LOUT DAB/Sirius R In DAB/Sirius R C135 C136 C143 C144 C145 C146 C147 100UF 4 4 39 4 7 1uF 1uF DGND AGND SCRN1 SCRN3

22P 22P 22P 22P 22P 22P 22P SCRN2 25V 5 5 38 5 DAB/Sirius R In 8 25V 25V PI_IR/INT3L DAB_ROUT 50V 50V 50V 50V 50V 50V 50V YK 6 6 37 6 9 X7R X7R PI_INT1L AGND NPO NPO NPO NPO NPO NPO NPO DGND 7 7 36 7 DAB/Sirius L In 10 PI_INT0L DAB_LOUT 8 8 35 8 11 DGND DGND AGND DGND DGND DGND DGND DGND DGND DGND HPI_D7 9 9 34 9 12 R100 PO_HD7/LCD7 PO_MPX HPI_D6 10 10 33 10 13 D100 R101 PO_HD6/LCD6 I2C_SCL_M NF Was iPod S-vid Y HPI_D5 11 11 32 11 14 +5V_1 R102 PO_HD5/LCD5 I2C_SDA_M R128 Was VGnd HPI_D4 12 12 31 12 15 CON105 R104 PO_HD4/LCD4 DGND Was iPod S-vid C HPI_D3 13 13 30 13 R109 R111 16 R105 PO_HD3/LCD3 BI_BSFSX0 0R0 Was VGnd HPI_D2 14 14 29 14 100K 100K AGND DGND 17 DGND R106 PO_HD2/LCD2 FPO_IO3 0W063 Was iPod C vid L107 120R@100MHz HPI_D1 15 15 28 15 0W063 0W063 18 5 R123 BAV99W R107 PO_HD1/LCD1 PI_BDR1 Was VGnd HPI_D0 16 16 27 16 /iPod Present 19 9 47K SOT-323 R108 PO_HD0/LCD0 DGND 17 17 26 17 20 4 DGND 0W063 330R PO_LCD_RS PI_INTL2 18 18 25 18 8 /iPod Present 0W063 PO_LCD_E PI_BDR2/FPO_IO6 19 19 24 19 MOLEX 3 iPod Tx 232 DGND BI_BCLKLR2/FPO_IO5 IC103B +3V3D 20 20 23 20 DGND AGND 7 C140 FPO_BACKLIGHT PO_XF_MUTE 5 CON101 21 21 22 21 VCC 2 iPod Rx 232 47P +3V3_STBY /RST_DSP FPO_CD_AUX VSM 1 C149 6 50V 2 1 C103 C104 C105 C109 C110 C111 C113 C117 SAMTECH SAMTECH 100N RDS Int 3 DGND C125 C126 100P 100P 100P 100P 100P 100P 100P 100P SQT SQT 50V 4 DGND DGND DGND 100UF 100N 50V 50V 50V 50V 50V 50V 50V 50V 3 RDS Data 5 GND 25V 16V MAX3232ECWE DAB /RESET 6 SM R103 NELTRON C106 X7R IC102 DGND FM Data Out 7 16 P131 10K 10N C129 R112 C102 SN74AHC1GU04DBVR 8 5504 0W063 50V C127 100N DGND 1 100N 22K 1N0 SPI Clk 9 C1+ SN74AHC1GU04DBVR

50V 2 50V 5V to 3V3 Pad 0W063 50V DGND(A1) HPI_HCNTL0(A2) MPI_IR(A3) HPI_HCNTL1(A4) HPI_HASL(A5) HPI_HBIL(A6) HPI_HRWL(A7) HPI_HCSL(A8) HPI_HRDY(A9) HPI_HDS1L(A10) FPO_CD_AUX(A11) FPO_IO4(A12) HPIENA(A13) FPO_IO1(A14) 10 V+ P110 IC103A VCC 3 X7R SPI Data 11 P125 C1- DGND C128 100N P117 DAB SCL 4 2 12 43 44 45 46 47 48 49 50 51 52 53 54 55 56 +3V3D 50V 6 4 DGND DGND FM CE 13 V- C2+ C130 P127 CON102 P126 P118 100N CON109 IC100 14 5 SAMTEC L188FW 15 C2- 50V 15 35 120R@100MHz SO16 WIDE SQT 26 XC9536XL-10VQ44C 16 DGND P119 +5V_STBY +5V_1 +15V L102 STATIC PROTECTED DAB SDA 17 5 14 11 RS232 Tx 18 9 T1OUT T1IN FIX101 19

4 DGND NF 1 2 3 4 5 6 7 8 9

iPod Tx 232 7 10 iPod Tx 10 11 12 13 14 20 8 T2OUT T2IN R116 +3V3D 2 VCCIO 27 HRW P130 R117 I/O VCCINT VCCINT I/O 3 RS232 Tx 232 3 28 HAS 13 12 RS232 Rx I/O I/O MOLEX 7 R1IN R1OUT 0R0 DGND 5 29 DGND 1K0 I/O I/O 2 RS232 Rx 232 0W063 6 30 HBI CON103 iPod Rx 232 8 9 iPod Rx HCNT0 HCNT1 HAS HBI HRW HCS HRDY HDS1 0W063 I/O I/O 6 R2IN R2OUT DGND 7 31 P102 HPI_D6 RS232 Tx 1 I/O I/O 1 1 FIX100 HPI_D3 P105 8 32 HDS1 2 I/O I/O C112 C148 4 1 HPI_D2 P106 12 33 DAB /RESET RS232 Rx 3 I/O I/O/GSR

22P 22P GND 13 34 4 NF I/O I/O/GTS2 50V 50V 14 36 HCS Sirius Tx 232 5 R115 NF I/O I/O/GTS1 NELTRON C118 NPO NPO 3 2 +3V3D 16 37 HCNT1 6

15 CON108 I/O I/O 10N 18 38 HCNT0 Sirius Rx 232 7 5504 1 0R0 1 TMS I/O I/O 50V DGND DGND HPI_D0 P108 19 39 P103 HPI_D5 8 DGND 0W063 2 I/O I/O HRDY 20 40 P104 HPI_D4 iPod Tx 9 3 TDI I/O I/O 21 41 P101 HPI_D7 10 4 I/O I/O DGND DGND C114 C115 22 42 iPod Rx 11 IR Demod Trig Drive 5 I/O I/O 22P 22P HPI_D1 P107 23 12 L118_C2_IR Demod Trig Drive_E0.SchDoc 6 I/O HSJ 50V 50V Z1 Demod Out 13 7 TDO P109 DGND SKT102 NPO NPO DAB SCL 43 Z2 Demod Out 14 Z1 Trig Out 8 R121 I/O/GCLK1 Z1 Trig Out DAB SDA 44 Z3 Demod out 15 Z1 Trigger NC1 9 R122 I/O/GCLK2 +3V3D L103 1 IR in 16 IR In 10 47R P113 I/O/GCLK3 IR In IRTrig Mux Latch 17 11 TCK 0W063 120R@100MHz TCK 11 C134 18 DGND Z2 IR In 12 TCK C137 C138 C139 Z2 IR In TDI 9 100UF 19 NC2 13 TDI 100N 100N 100N Was DAB SPDIF Z2 IR In TDO 24 25V 20 Z2 IR In Gnd 14 TDO 50V 50V 50V Z2 IR In Gnd TMS 10 YK 15 TMS MOLEX HOSIDEN 16 DGND C100 C101 Z1 Demod Out 17 DGND DGND Z1 Demod Out 22P 22P DGND FM/AM Module

18 GND GND GND 50V 50V 19 CON104

20 4 FM CE 1

Z2 Demod Out 17 25 DGND C119 C120 Z2 Demod Out SPI Data 2 22P 22P SAMTEC SPI Clk 3 DGND HSJ 50V 50V SSQ FM Data Out0W063 4 DGND SKT103 NPO NPO Z3 Demod Out 5 Z2 Trig Out Z3 Demod Out IC101A Z2 Trig Out R110 +9V_FM AM/FM L In 6 Z2 Trigger NC1 DAB /RESET 15 14 SPI Data L106 Q0 DS 10K 7 /RDS On 1 VSM Q1 0W063 AM/FM R In 8 Z1 Trig 2 11 SPI Clk 120R@100MHz Q2 SHCP +3V3D 9 DGND Z3 IR In Z2 Trig 3 12 IRTrig Mux Latch IC101B +5V_1 +9V_FM R113 R114 Z3 IR In Q3 STCP 10 Z3 IR In NC2 Z3 Trig 4 16 100K 47K +5V_1 Q4 +5V_1 VCC +3V3D 11 Z3 IR In Gnd 5 10 0W063 0W063 Z3 IR In Gnd Q5 MR C121 C122 R124 12 6 13 C116 C132 C133 Q6 OE 47UF 22N 100K /RDS On 13 HOSIDEN 7 100N 47UF 22N RV100 R119 Q7 35V 16V 0W063 RDS Int 14 9 16V 35V 16V 100K 10K Q7'/DO DGND YK X7R RDS Data 15 8 X7R YK X7R LIN 0W063 GND 74HCT595D DGND C123 C124 P111 DGND Z1 Trig 74HCT595D DGND DGND DGND MOLEX 22P 22P DGND 52045 HSJ 50V 50V +5V_1 SKT104 NPO NPO ITEM100 1 F042 Cable Tie 285MM Z3 Trig Out P112 Z3 Trigger Z3 Trig Out R118 NC1 L104 Z2 Trig PCB100 1 L118PB Blank AVR002 IR/RS232/TRIG PCB 10K D types changed to NELTRON part, CON108 changed to socket 0W063 DRAWING TITLE 08_E128 PK 11/03/08 E.0 120R@100MHz VSM adjustment added DGND IR Out P100 IR Out Z3 Trig IR OUT NC2 Trig / RS232 / IR - Connectors 08_E016 NC 23/01/08 /RDS On added, 9way skts updated to 8K9009M D.0 +5V_1 Filename: L118_C1_Trig IR RS232_E0.SchDoc 07_E213 PK 15/08/07 Sirius socket corrected, DAB SCL inverter added C.0 120R@100MHz TOOL100 TOOL102 R120 L105 FID100 10K ARCAM Notes: 07_E128 PK 02/03/07 Updated 9 way D type footprint,i Pod removed B.0 HOSIDEN 0W063 A & R Cambridge Ltd. 07_E009 NC 25/10/06 INITIAL RELEASE A.0.2 DGND TOOL101 TOOL103 Pembroke Avenue FID101 ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet13 of A3 DRAWING NO. L118CT Place LED under IR Rx +5V_STBY R232 P204 +5V_STBY Z1 LED

8 R233 150R LED200 C201 C220 6K8 0W25 SM 100N 10UF +5V_STBY 2 0W063 RED 50V TRIG 16V VCC X7R YK 5 7 P205 RX200 Vcont D CHG 0W063 R200 DGND KSM-902TM1N R206 P202 DGND 10K 6 3 Z1 Remod Z1 IR In THR HLD OP SKT200 1 0W063 330R 5 Z1 Remod P200 4

C204 LED203 +5V R205 RESET 0W063 Z1 Demod Out 4 Z1 LED

220P SM O/P Z1 Demod Out GND L 3 Z1 IR In TR200 50V RED 10K R208 Z1 IR In R 2 Z1 IR Gnd IR In MMUN2211LT1 IC200 GND 1 R201 Z1 IR Gnd 0W063 22K IR In LMC555CM 16K 0W063 0W063 WTJ-035-16CB C223 R209 DGND 22P 750R 50V P201 0W063 DGND DGND DGND C200 NPO Astable f=37.1kHz, 40:60 L:H duty cycle P218 1N0 50V DGND +12V_IR

1 6 X7R OPTO200 TLP181 R202 TR201 R203 DGND 10R BC859B 4K7 0W063 SOT-23 0W063 3 4

DGND TR202 Place LED under IR Rx BD180 R204 +5V_STBY TO-126 4K7 0W063

C206 C221 P206 100N 10UF Z1 Trig Out 0W063 TR203 X7R 50V Z1 Trig Out R216 P208 +5V_1 +12V_IR MMUN2211LT1 Z2 IR In 16V YK Z2 IR In C203 C202 R207 /Z1 Trig 10UF Z1 Trig

+5V 1N0 10K C207 330R LED201 R218 DGND Z2 Demod Out R215 R212 R227 50V 50V 0W063 220P 0W063 SM O/P Z2 Demod Out 4K7 2K2 2K2 X7R YK 50V RED 10K R219

GND 0W063 0W125 0W125 0W063 22K Z2 IR In Gnd IR Out DGND 0W063 IR Out +12V_IR TR207 C205 MMUN2211LT1 100P R210 R213 TR204 R214 DGND DGND P217 50V 750R RX201 10R BC859B 4K7 0W063 KSM-902TM1N 0W063 SOT-23 0W063 P219 DGND

1 6 DGND OPTO201 TR205 TLP181 BD180 R217 TO-126 4K7 0W063 Z2 IR In Gnd 3 4 P212 DGND Z2 Trig Out TR206 Place LED under IR Rx Z2 Trig Out MMUN2211LT1 C210 C208 R221 /Z2 Trig +5V_STBY 1N0 10UF 10K Z2 Trig 50V 50V 0W063 X7R YK C219 C222 0W063 100N 10UF DGND R220 P214 16V 50V Z3 IR In Z3 IR In X7R YK +12V_IR 330R

C209 LED202 +5V R224 220P 0W063 SM DGND Z3 Demod Out O/P Z3 Demod Out R228 TR208 R229 50V RED 10K R225 10R BC859B 4K7

GND 0W063 Z3 IR In Gnd 22K 0W063 SOT-23 0W063 0W063 R211 750R TR209 0W063 DGND DGND RX202 BD180 R230 KSM-902TM1N TO-126 4K7 P221 0W063

1 6 P203 OPTO202 TR210 TLP181 20mA (0.034W) Z3 Trig Out Z3 Trig Out MMUN2211LT1 LM1117MPX-3.3/NOPB C225 C224 R231 /Z3 Trig +5V_STBY REG201 +3V3_STBY 10UF Z3 Trig

3 4 1N0 10K Z3 IR In Gnd +3V3 50V 50V 0W063 P220 X7R YK DGND C213 C214 325mA (0.65W) 65mA (0.39W) 10UF 470UF 50V 10V DGND LM317T LM317T SM CK +15V REG202 +9V_FM +5V_1 REG203 +3V3D DGND C215 R222 C216 C218 R234 C217 210mA (0.63W) 100N ADJ 240R 470UF 100N ADJ 240R 470UF DRAWING TITLE 08_E128 PK 11/03/08 None on this sheet E.0 50V 0W063 25V 50V 0W063 25V L7812CV +15V REG200 +12V_IR Trig / IR / RS232 - IR Demod 08_E016 NC 23/01/08 None on this sheet D.0 +12 R223 R226 Filename: L118_C2_IR Demod Trig Drive_E0.SchDoc 07_E213 PK 15/08/07 None to this sheet C.0 C212 C211 1K5 390R 1uF 470UF 0W25 0W25 ARCAM Notes: 07_E128 PK 02/03/07 Updated 9 way D type footprint B.0 25V 16V X7R YXF A & R Cambridge Ltd. 07_E009 NC 25/10/06 INITIAL RELEASE A.0.2 Pembroke Avenue DGND DGND ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE DGND Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet23 of A3 DRAWING NO. L118CT +5V_1 R311 P300 DAB/Sirius L In C306 10K C307 R314 100N R312 P304 0W063 100P 10K 16V DAB/Sirius R In 50V 0W063 10K C308 R315 0W063 100P 10K IC301A DGND 50V 0W063 8 NJM2114M AGND 3 C324 1 IC301B R316 DAB/Sirius L P301 2 AGND 5 C325 100UF 7

10K 4 R317 DAB/Sirius R DGND C309 R318 25V P302 6 0W063 100P 10K 10K 100UF 50V 0W063 -5V C310 DGND C311 R319 NJM2114M 25V 100N 0W063 100P 10K 16V 50V 0W063

DGND

FL300 4 +5V_1 C300 Sagami / XYM-2AA R300 R321 6 3 P305 AM/FM L In C312 2K7 10K C313 R324 100N 0W063 22UF 0W063 63V 100P 10K 16V 50V 0W063

2 1 IC302A DGND 8 NJM2114M C301 AGND 3 C326 1 R326 AM/FM L P307 2 100UF

DGND 10K 4 2N7 DGND C316 R328 0W063 25V 50V 100P 10K 50V 0W063 -5V C318 100N 16V

DGND

FL301 4 C302 Sagami / XYM-2AA R301 R322 6 3 P306 AM/FM R In 2K7 10K C315 +5V_1 C314 R325 0W063 22UF 0W063 63V 100P 10K 50V 0W063 100N 16V 2 1 IC302B C319 C303 AGND 5 C327 +5V_1 7 R327 AM/FM R P308 6 R330 22UF 100UF DGND 10K C317 R329 0R0 63V 2N7 DGND NJM2114M 25V 0W063 100P 10K 0W063 50V IC303 50V 0W063 1 8 FC V+ P303 2 7 CAP+ OSC DRAWING TITLE 08_E128 PK 11/03/08 Pilot tone filter added to AM/FM ground balancing circuit E.0 C320 3 6 22UF GND LV C321 Ground Balancing 08_E016 NC 23/01/08 None on this sheet D.0 63V 4 5 CAP- VOUT Filename: L118_C3_GND balancing_E0.SchDoc 07_E213 PK 15/08/07 None to this sheet C.0 SP6661EN-L -5V 22UF 63V ARCAM Notes: 07_E128 PK 02/03/07 Updated 9 way D type footprint B.0 A & R Cambridge Ltd. 07_E009 NC 25/10/06 INITIAL RELEASE A.0.2 DGND Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet33 of A3 DRAWING NO. L118CT +5V_1 +6V_1 CON100 Memory Ethernet Audio Power 1 L119_C2_Memory_G0.schdoc L119_C4_Ethernet_G0.schdoc L119_C5_Audio_G0.schdoc L119_C6_Power_G0.schdoc 2 3 /WL REG ETH /RESET NET WClk NET MClk /WL REG ETH /RESET NET WClk NET Mclk 4 WL IRQ NET BClk WL IRQ NET BClk 5 WL RESET NET MClk WL RESET NET MClk NET SPDIF 6 NET Data0 NET Data0 7 Mute Mute 8 NET L 9 NET L NET R 10 NET R Net C vid 11 12 Net S-vid C 13 DEV. USE - NF FOR PRODUCTION 14 +3V3D 47K Net S-vid Y 15 +5V_1 CON101 CON102 16 NET L 17 NET Data0 4 5 18 AMP AMP RP103D NET Data1 5 4 NET R 19

R101 4 3 2 1 4 3 2 1 +3V3D RP105D NET Data2 10K 10K 10K 10K 20 47K NET Data3 0W063 M100 MOLEX R161 R162 R163 R164 0W063 P107 P108 P109 P110 R111 VGND DGND AGND CON103 FDN340P +3V3D DGND DM850 100R 47K 1 IC102D 0R0 NET MISO 2 NET UART0 Tx 63 4 4 5 4 5 DGnd VGnd RXD0 AV0DATA0 RP100D RP106D 0W063 3 NET UART0 Rx 65 5 3 6 3 6 P105 TXD0 AV0DATA1 RP100C RP106C NET MOSI 4 NET Tx 79 6 2 7 2 7 RXD1 AV0DATA2 RP100B RP106B 5 0W0630W0630W0630W0630W0630W0630W063 P106 FS100 CON104 0W063 NET Rx 80 7 1 8 1 8 R102R103R104 10K R105 10K R106 10K R107 10K R108 10K R109 10K 10K 10K TXD1 AV0DATA3 RP100A RP106A NET SPI Clk 6 T750mA Tyco 0W063 7 292303 84 2 P120 56R 0W063 TMS AV0CLK R110 R160 NET /CS 8 120R@100MHz 85 196 56R 0W063 5 TCK AV0CTRL0 R112 R113 9 93 197 56R 0W063 L100 TDI AV0CTRL1 R114 R115 NET MODE HOST 10 1 94 TDO 47K 11 USB VBUS USB D- 2 161 8 1 DGND P163 AV1DATA0 RP104A NET POWER DOWN 12 C102 USB D+ 3 NET MISO 146 162 7 2 47K P116 NET BClk SPIMISO AV1DATA1 RP104B 13 100UF 4 NET MOSI 147 163 6 3 P136 NET WClk SPIMOSI AV1DATA2 RP104C NET /RESET 14 25V NET SPI Clk 141 164 5 4 P119 NET MClk TR100 SPICLK AV1DATA3 RP104D 15

R121 L101 6 R116 NET NIREQ HOST 16 USB DRV BC846BW C103 NET /CS 143 12 56R NET SPDIF SPINCS0 AV2DATA0 17 100N DGND P124 142 13 0W063 10K P104 SPINCS1 AV2DATA1 R117 47K NET Rx 18 R122 16V 120R@100MHz 14 0W063 AV2DATA2 R118 0W063 19 47K X7R DGND 67 SYNC,AV0CTRL2 NET Tx 20 0W063 198 8 1 R120 P158 AV2CLK RP105A 47K 193 199 7 2 VCO0 AV2CTRL0 RP105B MOLEX 194 200 6 3 DGND R123 P135 47K PDOUT0 AV2CTRL1 RP105C 0W063 R124 P159 R125 P102 184 39 NET SPDIF2 390K VCO1 AV3DATA0 R127 185 40 47K 0W063 47K PDOUT1 AV3DATA1 R126 56R DGND 470R DGND 44 47K 0W063 AV3DATA2 R128 0W063 X100 0W063 NET Xtal In 203 46 47K XTALI AV3DATA3,/CS3 R129 204 P138 XTALO 0W063 NET C vid +3V3D PERIPHERALS 33 3 6 P100 P134 AV3CLK RP103C NET S-vid C C100 C101 30 34 2 7 47K P101 24.576MHz CLKOUT AV3CTRL0,A22 RP103B NET S-vid Y 33P 33P 35 1 8 P103 HC-49 SM AV3CTRL1,A23 RP103A 0603 0603 R100 90 NC1 NPO NPO 1K0 92 21 4 5 NC2 AV4DATA0 RP102D 50V 50V 0W063 22 3 6 AV4DATA1 RP102C 47K DGND DGND NET /RESET 190 23 2 7 /RESET AV4DATA2 RP102B 24 1 8 AV4DATA3 RP102A 187 NET POWER DOWN /TEST2 148 195 P121 47K NET MODE HOST /TEST3 AV4CLK R133 149 167 P122 47K NET NIREQ HOST /TEST4 AV4CTRL0 R134 91 168 P123 47K WL RESET TEST5 AV4CTRL1 R135 186 /WL REG TEST1 0W063 DGND WL IRQ

P144 P145 P146 P147 P148 FIX102 R141 R142 R143 R144 R145 IC102E 0W063 0R0 10K 10K 10K 0R0 47K 99 4 1 R136 USB_D11,GPIO15 +3V3D 0W063 0W063 0W063 0W063 0W063 +3V3D 47K 100 R137 USB_D10,GPIO14 R119 10K 101 R138 USB_D9,GPIO13 0W063 47K 102 3 2 R139 USB_D8,GPIO12 0R0 DGND DGND 47K 10K 10 R140 USB_D7,GPIO11 1 P149 11 R146 USB_D6,GPIO10 FIX100 P150 19 R147 USB_D5,GPIO9 P151 20 R148 USB_D4,GPIO8 4 1 10K DGND 47K 0W063 9 0W063 R149 USB_CLK,GPIO6 R183 3 2 ETH /RESET 62 USB_STOP,GPIO3 GPIO PORT/ULPI IC102F DM850 47K 0W063 P152 66 1 0R0 R150 USB_NEXT,GPIO2 48 USB D+ 10K 0W063 P153 64 USBD+ R151 R152 USB_DIR,GPIO1 49 USB D- FIX101 USBD- P166 10K 0W063 8 R153 R154 USB_PCLK,GPIO0 P162 R184 37 USB DRV USBBUSDRV 56R Mute DM850 P137 R155 0W063 0R0 51 USB VBUS R USB VBUS DGND USBVBUS P160 P154 100R P111 DGND 52 1 USBID 0W063 P155 53 USB INTERFACE USBREF TOOL100 FID100 P156 59 R156 USBXTALI P157 390R DRAWING TITLE 08_E143 PK 17/07/08 PCB mechanics change for GPE panel G.0 60 FID101 USBXTALO R157 R158 C104 TOOL101 NET - GPIO 1K0 0R0 100N 08_E129 PK 15/05/08 PCB change, make CON101, 102 NF, /Mute changed to Mute F.0 P161 0W063 0W063 0603 FID102 Removed CON105 and re-allocated signals TOOL102 Filename: L119_C1_DM850_G0.SchDoc 08_E054 PK 20/02/08 E.0 R159 X7R USB socket moved from front input PCB 5K1 16V FID103 ARCAM Notes: 08_E022 PK 07/12/07 UART1 connected to PW338, X100 changed to SMT D.0 TOOL103 A & R Cambridge Ltd. 07_E166 PK 25/9/07 Changed power plane through lead connect style to thermal relief,+5V_2>+6V_1C.0 Pembroke Avenue DGND ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 17/07/2008 Sheet16 of A3 DRAWING NO. L119CT +3V3D 1 14 27 3 9 43 49 IC200 IC42S16800-6T(G) VDD VDD VDD

MEMCKE37 VDDQ VDDQ VDDQ VDDQ 2 D0 +3V3D CKE DQ0 22R DM850 22R MEMCLK MEMCLK 38 4 D1 CLK DQ1 0W063 IC102B 0W063 5 D2 DQ2 A0 152 118 D0 R200 /WE 16 7 D3 C200 C201 C202 C203 C204 C205 C206 R216 A0 D0 R217 WE* DQ3 A1 153 119 D1 56R A14,/CAS 17 8 D4 100N 100N 100N 100N 100N 100N 100N R218 A1 D1 R219 CAS* DQ4 A2 154 120 D2 0W063 A13,/RAS 18 10 D5 16V 16V 16V 16V 16V 16V 16V R220 A2 D2 R221 RAS* DQ5 A3 155 121 D3 SDRAM /CS P200 19 11 D6 X7R X7R X7R X7R X7R X7R X7R R222 A3 D3 R223 P201 CS* DQ6 A4 156 122 D4 13 D7 R224 A4 D4 R225 DQ7 A5 159 123 D5 C207 A15,BA0 20 42 D8 DGND R226 A5 D5 R227 BA0 DQ8 A6 160 126 D6 10P A16,BA1 21 44 D9 R228 A6 D6 R229 BA1 DQ9 A7 165 127 D7 50V 45 D10 R230 A7 D7 R231 DQ10 A8 166 130 D8 NPO A11 35 47 D11 R232 A8 D8 R233 A11 DQ11 A9 169 131 D9 A10 22 48 D12 R234 A9 D9 R235 A10 DQ12 A10 170 132 D10 DGND A9 34 50 D13 R236 A10 D10 R237 A9 DQ13 A11 171 MEMORY 133 D11 A8 33 51 D14 R238 A11 D11 R239 A8 DQ14 A12 172 134 D12 A7 32 53 D15 R240 A12 D12 R241 A7 DQ15 A13,/RAS 177 138 D13 +3V3D A6 31 R242 A13,RAS D13 R243 A6 A14,/CAS 178 139 D14 FLASH /CS 4K7 A5 30 R244 A14,CAS D14 R245 R201 A5 A15,BA0 179 140 D15 SDRAM /CS 4K7 A4 29 R246 A15,BA0 D15 R202 R203 A4 A16,BA1 180 /CS WL 4K7 A3 26 R247 A16,BA1 R205 A3 A17,LDQM 181 111 FLASH /CS /OE 4K7 A2 25 R248 A17,DQM0 /CS0 R204 A2 A18,UDQM 182 110 SDRAM /CS /WE 4K7 A1 24 R249 A18,DQM1 /CS1 R208 A1 A19 105 109 /CS WL /WAIT 4K7 A0 23 R250 A19 /CS2 R206 A0 A20 106 MEMCKE 4K7 R251 A20 P252 R207 A21 107 115 /OE A17,LDQM 15 R252 A21 /OE R209 0W063 LDQM P202 108 /WE A18,UDQM 39 /WE R253 UDQM MEMCLK P203 135 R254 MEMCLK 183 /WAIT /WAIT MEMCKE P205 117

MEMCKE VSS VSS VSS VSSQ VSSQ VSSQ VSSQ 6 28 41 54 12 46 52 WiFi module connector L119_C3_Wifi_G0.SchDoc DGND A0 D0 A0 D0 A1 D1 +3V3D A1 D1 A2 D2 A2 D2 A3 D3 47 A3 D3 37 A4 D4 IC202 A4 D4 A5 D5 A0 P206 25 S29GL064A90TFIR30 A5 D5 A0 A6 D6 A1 P207 24 A6 D6 A1 A7 D7 A2 P208 23 VDD

A7 D7 A2 BYTE* A8 D8 A3 P209 22 A8 D8 A3 A9 D9 A4 P210 21 29 D0 P211 A9 D9 A4 DQ0 A10 D10 A5 P212 20 31 D1 P213 A10 D10 A5 DQ1 A11 D11 A6 P214 19 33 D2 P215 A11 D11 A6 DQ2 A12 D12 A7 P216 18 35 D3 P217 A12 D12 A7 DQ3 A13,/RAS D13 38 D4 P218 A13,/RAS D13 DQ4 D14 40 D5 P219 D14 DQ5 D15 A8 P220 8 42 D6 P221 D15 A8 DQ6 /WL REG A9 P222 7 44 D7 P223 /WL REG /WL REG A9 DQ7 /WAIT /CS WL A10 P224 6 /WAIT /CS WL A10 WL IRQ /OE A11 P225 5 WL IRQ WL IRQ /OE A11 WL RESET /WE A12 P226 4 30 D8 P227 WL RESET WL RESET /WE A12 DQ8 A13,/RAS P228 3 32 D9 P229 A13 DQ9 A14,/CAS P230 2 34 D10 P231 A14 DQ10 A15,BA0 P232 1 36 D11 P233 P251 A15 DQ11 39 D12 P234 DQ12 41 D13 P235 DQ13 A21 A16,BA1 P236 48 43 D14 P237 R215 A16 DQ14 +3V3D +3V3D A17,LDQM P238 17 45 D15 P239 0R0 0W063 A17 DQ15/A-1 A18,UDQM P240 16 NF A18 A19 P241 9 R210 A19 R212 R213 15 +3V3D R211 RY/BY* 4K7 4K7 A20 P243 NF 10 A20 0W063 0W063 0R00R0 0W063 P250 /RESET_FLASH /RESET_FLASH P244 12 C208 C209 RST* /WE P245 11 100N 100N WE* /WP /WP P246 14 16V 16V WP* X7R X7R FLASH /CS P247 26 CE* /OE P248 28 DGND OE* +3V3D P249 A21 13

R214 A21 VSS VSS 0R0 NF S29GL064xxxTFIR3x 8M fit R210 & R255, do not fit R211, R214 & R215 0W063 AMD29LV641DH 8M fit R211 & R215, do not fit R210, R214 & R255 27 46 R255 ST39VF6401B 8M fit R210 & R255, do not fit R211, R214 & R215 0R0 DGND 0W063

DRAWING TITLE 08_E143 PK 17/07/08 R255 changed to fitted, PCB mechanics change for GPE panel G.0

NET - Memory 08_E129 PK 15/05/08 PCB change only F.0

Filename: L119_C2_Memory_G0.SchDoc 08_E054PK 20/02/08 None to this sheet E.0 ARCAM Notes: 08_E022 PK 07/12/07 No changes on this sheet D.0 A & R Cambridge Ltd. 07_E166 PK 25/9/07 Changed power plane through lead connect style to thermal relief C.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 17/07/2008 Sheet26 of A3 DRAWING NO. L119CT AMP P309 CON300 /CS WL 1 2 /CS WL TIP RING 3 4 8PMJ-3 8PMJ-1 IC300A 5 6 1 8PMJ-6 8PMJ-2 7 8 3 P300 /OE WL 8PMJ-7 8PMJ-4 9 10 2 8PMJ-8 8PMJ-5 /OE 11 12 LED1-P LED2-P 13 14 74HC32D LED1-N LED2-N 15 16 +3V3D CHSGND R +3V3D 17 18 INTB 5V IC300B 19 20 P301 4 3V3 INTA WL IRQ 21 22 6 P302 /WE WL R R 23 24 5 GND 3V3_AUX /WE 25 26 P303 CLK RST WL RESET 27 28 74HC32D GND 3V3 29 30 /WE WL REQ GNT 31 32 3V3 GND 33 34 D10 AD31 PME 35 36 D1 AD29 R 37 38 GND AD30 D9 39 40 D0 AD27 3V3 41 42 A0 AD25 AD28 D8 43 44 R AD26 P304 45 46 /WL REG C_,_BE3 AD24 A1 47 48 A2 AD23 IDSEL 49 50 GND GND 51 52 A4 AD21 AD22 A3 53 54 AD19 AD20 A5 55 56 GND PAR A12 57 58 AD17 AD18 A6 59 60 A11 C_,_BE2 AD16 61 62 0R0 IRDY GND NF 63 64 P308 A13,/RAS R301 3V3 FRAME D2 65 66 NF 0W063 CLKRUN TRDY R302 P305 67 68 /WAIT SERR STOP D14 69 70 47K 0W063 GND 3V3 P307 P306 71 72 NF R300 PERR DEVSEL R303 73 74 A7 C_,_BE1 GND 0R0 75 76 DGND DGND A8 AD14 AD15 0W063 77 78 GND AD13 79 80 /OE WL A10 AD12 AD11 /CS WL 81 82 AD10 GND 83 84 GND AD9 A9 85 86 /CS WL D15 AD8 C_,_BE0 87 88 D7 AD7 3V3 89 90 3V3 AD6 D13 91 92 D6 ADS AD4 D12 93 94 R AD2 D11 95 96 D5 AD3 AD0 D3 97 98 5V R_WIP 99 100 D4 AD1 R_WIP 101 102 GND GND 103 104 SYNC M66EN 105 106 SD-IN SD-0 107 108 BIT-CLK C-ID0 109 110 COD-ID1 RESET 111 112 MOD-A-MON R 113 114 A-G GND 115 116 S-A-O S-A-I 117 118 S-A-O-G S-A-I-G 119 120 A-G A-G 121 122 R MPIACT 123 124

VCC5VA GND GND GND GND 3V3_AUX IC300C 9 DGND DGND 8 125 126 127 128 10 DGND 74HC32D IC300D 12 11 13

74HC32D DGND IC300E +3V3D 14 VCC +3V3D C300 100N 16V C301 C302 C303 C304 C305 C306 C307 DRAWING TITLE 08_E143 PK 17/07/08 PCB mechanics change for GPE panel G.0 7 X7R 100N 100N 100N 100N 100N 100N 100N GND 16V 16V 16V 16V 16V 16V 16V NET - Wifi Connector 08_E129 PK 15/05/08 PCB change only F.0 74HC32DDGND X7R X7R X7R X7R X7R X7R X7R Filename: L119_C3_WiFi_G0.SchDoc 08_E054PK 20/02/08 None to this sheet E.0 DGND ARCAM Notes: 08_E022 PK 07/12/07 No changes on this sheet D.0 A & R Cambridge Ltd. 07_E166 PK 25/9/07 Changed power plane through lead connect style to thermal relief C.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 17/07/2008 Sheet36 of A3 DRAWING NO. L119CT 47K MII0 R412 47K MII1 R413 47K MII2 R414 120R@100MHz 47K MII3 R415 L400 P401 0W063 +3V3D DGND P400 C400 C401 C402 C403 C404 C405 R400 100N 100N MII17 100N 10uF 100N 10uF DGND 16V 10V 16V 10V 16V 16V 1K5 X7R P402 X7R X7R X5R X7R X5R P403 0W063 DGND +3V3D DGND R401 R402 R403 R404 47K MII15 51R 51R 51R 51R L401 R416 47K MII6 0W063 0W063 0W063 0W063 1 16 1 2 SCRN1 SCRN2 9 R417 23 30 41 47K MII13 IC400 R418 47K MII14 DM9161A 1 CON400 R419 R405 R406 2 15 2 Molex 0W063 DGND MII0 29 7 P408 3 440500001

RXD0,PHYAD0 DVDD DVDD DVDD TX+ P409 75R 75R AVDDT MII1 28 AVDDR AVDDR 8 P410 3 14 4 RXD1,PHYAD1 TX- 0W063 0W063 MII2 27 P411 6 11 5 RXD2,PHYAD2 MII3 26 3 6 RXD3,PHYAD3 RX+ R408 MII4 34 4 7 RXCLK,10BTSER RX- R407 MII5 37 7 10 8 RXDV,TESTMODE 6K2 0W063 75R MII6 38 48 P414 RXER,RXD4,RPTR BGRES R409 P415 75R 0W063 47 P416 P417 8 9 BGRESG 0W063 DM850 MII7 20 +3V3D TXD0 IC102C MII8 19 14 47K TXD1 CABLESTS,LINKSTS R420

73 MII0 P419 MII9 18 +3V3D SCRN3 SCRN4 MIIRXD0 TXD2 P420 0W063 74 MII1 P421 MII10 17 31 MIIRXD1 TXD3 LEDMODE 75 MII2 P422 MII11 22 C406 MIIRXD2 TXCLK,ISOLATE 76 MII3 P423 MII12 21 11 P424 47K 1N0 MIIRXD3 TXEN LED0,OP0 R421 MII13 16 12 P425 47K 2000V TXER,TXD LED1,OP1 R422 69 MII4 P426 13 P427 47K MIIRXCLK LED2,OP2 R423 MII14 36 COL,RMII 0W063 70 MII5 P428 MII15 35 39 DGND MIIRXDV CRS,PHYAD4 DISMDIX 68 MII6 P429 MIIRXER MII16 24 10 MDC PWRDOWN 28 MII7 P430 MII17 25 40 MIITXD0 MDIO /RESET 27 MII8 P431 32 DGND MIITXD1 /MDINTR 26 MII9 P432 43 MIITXD2 XT1 25 MII10 P433 45 42 MIITXD3 NC XT2

41 MII11 P434 AGND AGND AGND DGND DGND DGND MIITXCLK MII INTERFACE 5 6

29 MII12 P435 46 15 33 44 MIITXEN 42 MII13 P436 MIITXER DGND 98 MII14 P437 MIICOL 97 MII15 P438 MIICRS 82 MII16 P439 MIIMDC 83 MII17 P440 MIIDIO R410 81 MIIPHYCLK 56R P441 0W063

ETH /RESET P442 R411 47K

DGND

DRAWING TITLE 08_E143 PK 17/07/08 PCB mechanics change for GPE panel G.0

NET - Ethernet 08_E129 PK 15/05/08 PCB change only F.0

Filename: L119_C4_Ethernet_G0.SchDoc 08_E054PK 20/02/08 None to this sheet E.0 ARCAM Notes: 08_E022 PK 07/12/07 CON400 updated for Syspro D.0 A & R Cambridge Ltd. 07_E166 PK 25/9/07 Changed power plane through lead connect style to thermal relief C.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 17/07/2008 Sheet46 of A3 DRAWING NO. L119CT C500

+6V_1 P500 1N0 100V +6V_1 R500 R501 L502 D500 NPO5 C501 P502 R502 R519 P527 LL4148 7 P531 2K2 5K1 P501 6 C520 0W063 0W063 IC500B 120R@100MHz P503 220R 10K 10UF R503 C521 R520 100N P533 LM358AM 47K 0W063 100P 10K R504 R505 50V L500 SM 0W063 120R@100MHz P504 47K 4K7 P505 IC502A DGND P506 0W063 0W063 8 NJM2114M DGND AGND 3 C522 C503 C502 1 9 C505 5 P507 C517 C504 R521 P528 NET L C506 IC501 C507 10UF 2 10UF 100UF 470P 100N CS4345 100N 50V P508 100UF 50V 4 16V 50V 16V 10K C527 R526 VA DGND VQ SM 470P SM SM NPO X7R X7R 50V 100P 10K -5V C526 DGND L501 NPO DGND 4 7 DGND +6V_1 100N NET MClk MCLK AOUTL 120R@100MHz P526 2 NET BClk /DEM,SCLK P510 3 10 NET WClk LRCK AOUTR 1 C519 C518 NET Data0 SDIN P511 C509 100N 10UF DGND P512 6 16V FILT+ X7R SM C510 P513 C511 1N0 10UF GND 100N 100V DGND 50V 16V R506 R507 NPO 8 L503

8 3 C512 X7R SM P515 R508 R522 P529 1 P532 2K2 5K1 P514 2 DGND DGND 0W063 0W063 IC500A 120R@100MHz P516 220R 10K 10UF R509 C523 R523

4 LM358AM 0W063 50V 47K 100P 10K SM 0W063 DGND P517 R510 R511 IC502B DGND AGND 5 C524 47K 4K7 P518 7 C514 C513 R524 P530 NET R 470P 10UF 0W063 0W063 6 C515 50V 50V 100UF 10K C525 R525 NPO SM DGND NJM2114M P519 100P 10K DGND 470P 50V NPO

+6V_1

R513 10K TR500 R514 P525 BC856B

TR502P520 1K0 TR503 R515 R516 P509 BC846BW 2SC4548 Mute 10K 1K0 P523

P522 DGND TR504 R518 2SC4548 DGND R527 1K0 P524 10K

DGND

-5V

DRAWING TITLE 08_E143 PK 17/07/08 PCB mechanics change for GPE panel G.0

NET - Audio DAC 08_E129 PK 15/05/08 /Mute changed to Mute F.0

Filename: L119_C5_Audio_G0.SchDoc 08_E054PK 20/02/08 None to this sheet E.0 ARCAM Notes: 08_E022 PK 07/12/07 NoChanged changes power on this plane sheet through lead connect style to thermal relief, +5V_2 > +6V_1D.0 A & R Cambridge Ltd. 07_E166 PK 25/9/07 C.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 17/07/2008 Sheet56 of A3 DRAWING NO. L119CT +1V8D 10pF caps for plane edge emc

C656 C657 C658 C659 C660 C661 C662 C663 10P 10P 10P 10P 10P 10P 10P 10P

DGND +3V3D

C643 C644 C645 C646 C647 C648 C649 C650 C652 C653 C654 C655 C664 C665 C667 C668 10P 10P 10P 10P 10P 10P 10P 10P 10P 10P 10P 10P 10P 10P 10P 10P +3V3D IC102A 3 1 VDDIO VSSIO 16 15 VDDIO VSSIO 32 31 VDDIO VSSIO DGND 43 45 VDDIO VSSIO 61 58 VDDIO VSSIO 78 77 VDDIO VSSIO +6V_1 +3V3D 89 88 VDDIO VSSIO 103 104 VDDIO VSSIO 113 112 +3V3D VDDIO VSSIO R614 L600 125 124 VDDIO VSSIO 62R 136 137 VDDIO VSSIO 0W125 +3V3D 151 150 C602 C603 C604 C605 C606 C607 C608 C609 P601 VDDIO VSSIO 158 157 100N 100N 100N 100N 100N 100N 100N 100N VDDIO VSSIO 16V 16V 16V 16V 16V 16V 16V 16V 120R@100MHz 176 175 DZ600 C610 C611 C612 VDDIO VSSIO C600 X7R X7R X7R X7R X7R X7R X7R X7R 192 191 BZX84C 10uF 100N 100N VDDIO VSSIO 201 202 4V7 10V 16V 16V VDDIO VSSIO DGND X5R X7R X7R 55 54 VDDIOUSB VSSIOUSB 100N +3V3D DGND DGND DGND 47 50 C601 VDDUSB VSSUSB +1V8D POWER C613 C614 C615 C616 C617 C618 C619 C620 18 17 VDDC VSSC 100N 100N 100N 100N 100N 100N 100N 100N 38 36 VDDC VSSC R600 22UF 16V 16V 16V 16V 16V 16V 16V 16V 71 72 VDDC VSSC 0R0 X7R X7R X7R X7R X7R X7R X7R X7R +1V8D P602 86 87 VDDC VSSC IC601 95 96 VDDC VSSC 1 8 DGND 114 116 FC V+ +1V8D VDDC VSSC 128 129 P606 VDDC VSSC 2 7 L601 L602 L603 144 145 CAP+ OSC VDDC VSSC 174 173 C623 C624 C625 C626 C627 C628 C629 C630 C631 C632 VDDC VSSC C669 3 6 189 188 GND LV 100N 100N 100N 100N 100N 100N 100N 100N 100N 100N VDDC VSSC 22UF C670 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 4 5 120R@100MHz 120R@100MHz 120R@100MHz 56 57 CAP- VOUT X7R X7R X7R X7R X7R X7R X7R X7R X7R X7R VDDUSBPLL VSUSBPLL 205 206 P603 VDDPLL VSSPLL SP6661EN-L -5V 207 208 22UF DGND P604 VDDDCO VSSDCO P605 C633 C634 C635 209 10uF 10uF 10uF HEAT PAD 10V 10V 10V DM850 DGND X5R X5R X5R DGND

DGND DGND DGND

310mA + wifi L604 L605 REG600 15uH REG601 15uH +6V_1 TPS62050DGSRG4 +3V3D +6V_1 TPS62050DGSRG4 680mA +1V8D 1 9 VIN SW 1 9 VIN SW C622 R602 R603 R604 R605 C637 C621 8 5 P623 C640 R606 R607 R608 R609 C641 C638 10uF 130K EN FB 1M0 1M0 560K 6P8 22uF 8 5 P622 10uF 130K EN FB 1M0 1M0 390K 6P8 22uF 6 4 IC600A LBI PG 6 4 LBI PG 9 P615 P621 P620 P619 Q0 7 2 P617 P618 7 SYNC LBO 7 2 P616 Q1 DGND R610 DGND SYNC LBO P614 6 DGND R612 DGND Q2 100K R611 5 C636 100K R613 Q3 P613 100K 3 /32 PSU Sync GND PGND 150K

Q4 GND PGND 2 Q5 P624

4 100P 3 10 Q6 DGND 3

13 50V DGND 10 Q7 DGND 12 NPO PSU Sync DGND Q8 DGND PSU Sync 10 14 DGND NET Mclk CP Q9 11 15 MR Q10 1 PSU Sync = 768kHz for Mclk = 24.576MHz Q11 PSU Sync = 705.6kHz for Mclk = 22.579MHz DGND 74HC4040D PCB600 1 L119PB Blank AVR002 Network PCB

DRAWING TITLE 08_E143 PK 17/07/08 PCB mechanics change for GPE panel G.0

+3V3D NET - PSU 08_E129 PK 15/05/08 PCB change only F.0 16 VCC Filename: L119_C6_Power_G0.SchDoc 08_E054PK 20/02/08 None to this sheet E.0 C639 100N ARCAM Notes: 08_E022 PK 07/12/07 Changed power plane through lead connect style to thermal relief, +5V_2 > +6V_1D.0 8 A & R Cambridge Ltd. 07_E166 PK 25/9/07 4v7 supply added to -5V charge pump C.0 GND Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE IC600B DGND Waterbeach 74HC4040D Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 17/07/2008 Sheet66 of A3 DRAWING NO. L119CT Main PCB Daughter PCBs L121_C2_Main PCB_F0.SchDoc L121_C3_Daughter PCBs_F0.SchDoc Vcomp Latch Vcomp Latch Vcomp Latch SPI Clk SPI Clk SPI Clk SPI Data SPI Data SPI Data AN SPI Data FIX106 FIX100 FIX102 AN SPI Data AN SPI Data NF NF NF AN SPI Clk AN SPI Clk AN SPI Clk R100 R107 R109 Zone SPI Clk 1 1 1 Zone SPI Clk Zone SPI Clk Zone SPI Data Zone SPI Data Zone SPI Data P105 0R0 P106 0R0 P107 0R0 DAB SCL AGND DGND VGND DAB SCL DAB SCL 0W063 0W063 0W063 DAB SDA Dia 3.5mm Dia 3.5mm Dia 3.5mm DAB SDA DAB SDA FIX107 FIX110 FIX101 AN SCL NF NF NF AN SCL AN SCL AN SDA R101 R104 R108 AN SDA AN SDA 1 1 1 VidIO Mux Latch VidIO Mux Latch VidIO Mux Latch AIn Mux Latch P108 0R0 P109 0R0 P110 0R0 AIn Mux Latch AIn Mux Latch AGND DGND DGND AOut Mux Latch 0W063 0W063 0W063 AOut Mux Latch AOut Mux Latch Dia 3.5mm Dia 3.5mm Dia 3.5mm IRTrig Mux Latch FIX108 FIX111 FIX112 IRTrig Mux Latch IRTrig Mux Latch NF NF NF NET MISO_D NET MISO_D NET MISO_D R102 R105 R106 NET MOSI 1 1 1 NET MOSI NET MOSI NET SPI Clk NET SPI Clk NET SPI Clk P111 0R0 P112 0R0 P113 0R0 NET/CS AGND DGND DGND NET/CS NET/CS 0W063 0W063 0W063 NET Mode Host Dia 3.5mm Dia 3.5mm Dia 3.5mm NET Mode Host NET Mode Host FIX109 FIX104 FIX103 NET Power Down NF NF NF NET Power Down NET Power Down NET NIREQ Host R103 R111 R110 NET NIREQ Host NET NIREQ Host 1 1 1 DSP Clk DSP Clk DSP Clk DSP MISO P114 0R0 P115 0R0 P116 0R0 DSP MISO DSP MISO AGND DGND VGND DSP MOSI 0W063 0W063 0W063 DSP MOSI DSP MOSI Dia 3.5mm Dia 3.5mm Dia 3.5mm DSP /CS FIX105 DSP /CS DSP /CS NF DSP2 FLAG0 DSP2 FLAG0 DSP2 FLAG0 R112 DSP1 FLAG0 1 DSP1 FLAG0 DSP1 FLAG0 RDS Int RDS Int RDS Int P117 0R0 RDS Data DGND RDS Data RDS Data 0W063 FM Data Out Dia 3.5mm FM Data Out FM Data Out FM CE FM CE FM CE NET /RESET NET /RESET NET /RESET DSP2 /CS DSP2 /CS DSP2 /CS iPod /Present iPod /Present iPod /Present SPDIF /Reset SPDIF /Reset SPDIF /Reset VSM VSM VSM Z1 Demod Out Z1 Demod Out Z1 Demod Out PSU Z2 Demod Out Z2 Demod Out Z2 Demod Out Z3 Demod Out Z3 Demod Out Z3 Demod Out PSU CON100 WClk PW338 PH +5V_STBY +3V3_PW338 WClk PW338 WClk PW338 Headphone Sense CON101 7 1 Headphone Sense Headphone Sense Z2 /Mute 1 1V8D +5V_1 Z2 /Mute Z2 /Mute Z3 /Mute 2 Clk PSU 8 2 Z3 /Mute Z3 /Mute /Main Mute 3 +6V_1 /Main Mute /Main Mute /Sbl/Sbr Mute 4 Relay Sw 9 3 /Sbl/Sbr Mute /Sbl/Sbr Mute RS232 Tx 5 /AC Present +40V_VFD RS232 Tx RS232 Tx RS232 Rx 6 10 4 RS232 Rx RS232 Rx Y in +15V Y in Y in Pb In JST DGND DGND11 5 Pb In Pb In Pr In Pr In Pr In Cvid In AGND12 6 Cvid In Cvid In S-Vid Y In S-vid Y In S-vid Y In S-Vid C In VGND MOLEX -15V S-vid C In S-vid C In

NET Cvid NET Cvid NET Cvid NET S-vid C NET S-vid C NET S-vid C NET S-vid Y Amp NET S-vid Y NET S-vid Y NET Tx CON102 NET Tx NET Tx NET Rx 1 NET Rx NET Rx Sirius Tx 2 P100 FAN PWM Sirius Tx Sirius Tx Sirius Rx 3 Sirius Rx Sirius Rx iPod Tx 4 P101 Amp Fault iPod Tx iPod Tx iPod Rx 5 P102 Amp Temp1 iPod Rx iPod Rx Y ADV7312 6 P103 Amp Temp2 Y ADV7312 Y ADV7312 Pb ADV7312 7 P104 Amp Temp3 Pb ADV7312 Pb ADV7312 Pr ADV7312 8 Pr ADV7312 Pr ADV7312 Cvid Out Cvid Out Cvid Out S-vid Y Out DGND S-vid Y Out S-vid Y Out MOLEX S-vid C Out S-vid C out S-vid C out Clk PSU 52806 HDMI Data0 Clk PSU HDMI Data0 HDMI Data0 HDMI Data1 HDMI Data1 HDMI Data1 HDMI Data2 HDMI Data2 HDMI Data2 HDMI Data3 HDMI Data3 HDMI Data3 HDMI SPDIF HDMI SPDIF HDMI SPDIF HDMI WClk HDMI WClk HDMI WClk HDMI BClk HDMI BClk HDMI BClk HDMI MClk HDMI MClk HDMI MClk TOOL100 TOOL101 TOOL102 TOOL103 Dig Mux Latch Dig Mux Latch Dig Mux Latch FP int FP int FP Int FP_TX FP_TX FP_TX FD100FD101FD102FD103 FP_RX FP_RX FP_RX SPDIF_Present SPDIF_Present SPDIF_Present

/AC Present /AC Present Relay Sw Relay Sw PCB100 1 L121PB Blank AVR002 Connection PCB FAN PWM FAN PWM Amp Temp1 Amp Temp1 DRAWING TITLE 08_E130 PK 15/05/08 PCB change only F.0 Amp Temp2 Amp Temp2 Amp Temp3 Amp Temp3 Connection PCB 08_E055PK 20/02/08 None to this sheet E.0 Amp Fault Amp Fault Filename: L121_C1_Motherboard_F0.SchDoc 08_E035NC 08/02/08 CON317 connections altered, HDMI Clks added D.0 ARCAM Notes: 08_E017 PK 02/08/07 Rename DSP signals for AD DSP, correct backwards bottom silk C.0 A & R Cambridge Ltd. 07_E126 PK 02/03/07 Changed power plane connect style to direct, iPod removed, +5V_2 > +6V_1 B.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet13 of A3 DRAWING NO. L121CT +3V3_PW338 +3V3_PW338 +5V_STBY 1V8D +5V_1

CON201 CON200 2 1 2 1 Y ADV7312 DSP2 FLAG0 Z3 /Mute 4 3 4 3 Amp Fault Z2 /Mute 6 5 6 5 Pb ADV7312 VSM 8 7 8 7 /Sbl/Sbr Mute 10 9 10 9 Pr ADV7312 RS232 Tx /Main Mute 12 11 12 11 Z2 Demod Out 14 13 14 13 S-vid Y Out Z1 Demod Out SPDIF /Reset 16 15 16 15 18 17 18 17 S-vid C out Z3 Demod Out NET /RESET 20 19 20 19 RS232 Rx 22 21 22 21 Cvid Out /AC Present DSP2 /CS 24 23 24 23 26 25 26 25 HDMI SPDIF 28 27 28 27 30 29 30 29 32 31 32 31 34 33 34 33 36 35 36 35 38 37 38 37 40 39 40 39 42 41 42 41 44 43 44 43 46 45 46 45 48 47 48 47 SPDIF_Present 50 49 50 49 FAN PWM 52 51 52 51 FP_TX 54 53 54 53 56 55 56 55 DAB SCL 58 57 58 57 Zone SPI Data 60 59 60 59 62 61 62 61 AN SCL 64 63 64 63 AN SDA 66 65 66 65 Sirius Rx AN SPI Clk 68 67 68 67 NET Rx 70 69 70 69 NET MISO_D Zone SPI Clk 72 71 72 71 iPod Rx NET Power Down FM Data Out 74 73 74 73 iPod Tx RDS Data 76 75 76 75 NET Tx FP_RX 78 77 78 77 DAB SDA WClk PW338 80 79 80 79 HDMI MClk Sirius Tx SPI Clk Was I2S mux 82 81 82 81 HDMI BClk HDMI WClk Vcomp Latch 84 83 84 83 HDMI Data3 SPI Data 86 85 86 85 AN SPI Data VidIO Mux Latch 88 87 88 87 HDMI Data2 RDS Int 90 89 90 89 HDMI Data1 AIn Mux Latch 92 91 92 91 HDMI Data0 iPod /Present 94 93 94 93 FM CE IRTrig Mux Latch 96 95 96 95 AOut Mux Latch 98 97 98 97 NET S-vid Y Dig Mux Latch 100 99 100 99 Was iPod SVid Y Relay Sw NET/CS 102 101 102 101 Pb In 104 103 104 103 Was iPod CVid NET MOSI Amp Temp1 106 105 106 105 Cvid In Amp Temp2 108 107 108 107 Y in NET SPI Clk Amp Temp3 110 109 110 109 Was iPod SVid C NET Mode Host 112 111 112 111 S-vid Y In DSP MOSI NET NIREQ Host 114 113 114 113 NET Cvid FP int 116 115 116 115 NET S-vid C DSP /CS DSP MISO 118 117 118 117 S-vid C In DSP1 FLAG0 120 119 120 119 Pr In Headphone Sense DSP Clk Hirose Hirose FX8C-120P-SV FX8C-120P-SV

DGND DGND VGND DGND DGND VGND

DRAWING TITLE 08_E130 PK 15/05/08 PCB change only F.0

Main PCB Connectors 08_E055PK 20/02/08 None to this sheet E.0

Filename: L121_C2_Main PCB_F0.SchDoc 08_E035NC 08/02/08 CON317 connections altered, HDMI Clks added D.0 ARCAM Notes: 08_E017 PK 02/08/07 Rename DSP signals for AD DSP, correct backwards bottom silk C.0 A & R Cambridge Ltd. 07_E126 PK 02/03/07 Changed power plane connect style to direct, iPod audio/video removed B.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet23 of A3 DRAWING NO. L121CT CON302 CON301 CON303 CON304 CON312 CON300 SAMTEC CON305 +6V_1 +5V_1 SAMTEC SAMTEC SAMTEC SAMTEC SAMTEC SSQ SAMTEC SSQ SSQ SSQ SSQ +5V_1 +15V SSQ 1 Z2 L SSQ AGND 1 1 +15V 1 1 1 Z2 R SPDIF_Present 2 1 2 2 -15V 2 2 2 SPDIF /Reset 3 Z2 R Was iPod L 2 3 3 Phono L 3 3 3 Z2 L Was Net WCLK 4 3 4 4 4 4 4 +15V 5 AUX L Was iPod R 4 5 NET SPDIF 5 Phono R 5 5 5 6 5 NET SPDIF 6 6 6 AM/FM L 6 SPI Clk -15V 6 HDMI BClk 7 AUX R 6 7 7 Headphone L 7 7 7 HDMI WClk 8 7 8 8 8 AM/FM R 8 SPI Data 8 -15V HDMI MClk 9 8 9 Was iPod L 9 Headphone R 9 9 9 HDMI SPDIF 10 9 10 10 10 DAB/Sirius L 10 10 11 10 Vcomp Latch Cvid Out 11 AUX SPDIF Was iPod R 11 Z2 L 11 11 11 12 11 12 12 12 DAB/Sirius R 12 12 13 DAB/Sirius L 12 Y ADV7312 S-vid C out 13 13 Z2 R 13 NET Cvid 13 13 Was DAB/Sirius SPDIF 14 Was VGnd 13 14 14 14 14 14 15 DAB/Sirius R Was iPod SVid Y 14 Pb ADV7312 S-vid Y Out 15 AN SDA 15 Main L 15 NET S-vid C 15 15 AN SDA 16 Was VGnd 15 16 16 16 16 16 17 NET L Was iPod SVid C 16 Pr ADV7312 Cvid In 17 AN SCL 17 Main R 17 NET S-vid Y 17 17 AN SCL 18 Was VGnd 17 18 18 18 18 18 19 NET R Was iPod CVid 18 NET L S-vid Y In 19 19 19 19 19 20 /Main Mute 19 20 20 20 20 20 iPod /Present 20 NET R S-vid C In AGND DGND CON308 AGND DGND VGND CON307 CON309 CON310 AGNDDGND DGND AGND VGND CON318 CON306 VGND 1 Phono L CON311 1 MClk 1 1 1 VIDEO IO 1 DIGITAL IO 2 Analogue Output 1 VidIO Mux Latch 2 2 DAC WClk 2 NET MISO_D 2 2 3 Phono R VSM 2 3 BClk 3 3 COMPONENT IO 3 3 SPI Data 4 3 SPI Data 4 4 DAC MClk 4 NET MOSI 4 4 5 AM/FM L RDS Int 4 5 WClk 5 5 5 5 SPI Clk 6 5 SPI Clk 6 6 DAC BClk 6 NET SPI Clk 6 6 7 AM/FM R RDS Data 6 7 I2S Data 7 7 7 7 Z3 L 8 7 8 8 Data LR 8 NET/CS 8 8 9 Main L FM Data Out 8 9 ADC Data 9 9 9 9 Z3 R 10 9 Y in 10 10 Data CSw 10 SPI Clk NET Mode Host 10 10 Analogue Input 11 Main R 10 AGND 11 11 11 11 11 12 +15V 11 Pb In Zone SPI Clk 12 12 Data SlSr 12 SPI Data NET Power Down 12 12 13 12 13 +5V_1 13 AN SCL 13 13 13 14 13 Pr In Zone SPI Data 14 14 Data SblSbr 14 NET /RESET 14 14 15 FM CE NETWORK 14 15 15 AN SPI Data IR/TRIG/RS232 15 +15V 15 15 16 15 Z2 /Mute 16 AN SPI Data 16 AN SDA 16 NET NIREQ Host 16 16 17 DAB SCL 16 17 17 17 17 17 18 AOut Mux Latch 17 Z3 /Mute 18 AN SPI Clk 18 AN SPI Clk 18 NET Rx 18 Z3 L 18 +5V_1 19 DAB SDA 18 19 19 19 19 19 20 -15V /Sbl/Sbr Mute +5V_STBY 19 20 20 20 NET Tx 20 Z3 R 20 Dig Mux Latch 20 SAMTEC +5V_1 SAMTEC AGND SAMTEC SAMTEC SAMTEC SAMTEC DGND SSQ DGND DGND SAMTEC VGND AGND DGND SSQ SSQ SSQ DGND SSQ SSQ 1 ADC WClk SSQ 1 2 2 CON313 3 ADC BClk RS232 Tx 3 SAMTEC 4 4 SSQ 5 ADC MClk RS232 Rx 5 1 +6V_1 6 6 2 7 ADC Data Sirius Tx 7 3 8 8 4 9 AN SPI Data Sirius Rx AN SPI Data 9 5 DSP BClk 10 10 6 DSP MClk 11 AN SPI Clk iPod Tx AN SPI Clk 11 7 DSP WClk 12 12 8 DSP BClk Out 13 iPod Rx AIn Mux Latch 13 9 14 Z2 Demod Out 14 10 DSP WClk Out 15 AN SCL Z1 Demod Out 15 IR In 11 16 16 12 I2S Data 17 AN SDA Z3 Demod Out 17 13 18 18 14 Data LR 19 IRTrig Mux Latch 19 15 20 20 16 Data CSw Was DAB/Sirius SPDIF 17 CON314 DGND CON315 18 Data SlSr SAMTEC DGND SAMTEC 19 SSQ SSQ 20 Data SblSbr CON320 AGND 1 2 Headphone R DGND 3 DSP CON319 4 Headphone L 1 +40V_VFD DSP2 /CS 5 CON317 2 6 AUX R 1 3 +6V_1 DSP Clk 7 2 4 8 AUX L 3 +5V_STBY 5 DSP MISO 9 4 6 10 5 7 Headphone Sense FP Int DSP MOSI 11 6 8 FP_TX 12 AUX SPDIF 7 9 FP_RX DSP /CS FRONT INPUT 13 +5V_1 8 10 14 9 IR In 11 FRONT PANEL DSP1 FLAG0 15 10 12 +3V3_PW338 16 13 DSP2 FLAG0 14 MOLEX DGND 15 MOLEX 52045 HDMI Data0 DGND CON FFC V 1.25MM 10W 16 52045 17 HDMI Data2 18 HDMI Data1 19 20 HDMI Data3 SAMTEC DGND SSQ

IC300A 62mW 1 IC301A OE 100R 100R 18 P309 8 1 ADC WClk 1 DGND Y0 RP300A OE 62mW WClk 2 16 P310 7 2 DSP WClk 18 P300 8 1 ADC BClk A0 Y1 RP300B DGND Y0 RP301A 4 14 P311 6 3 P312 BClk 2 16 P301 7 2 DSP BClk A1 Y2 RP300C WClk PW338 A0 Y1 RP301B 6 12 P313 5 4 DAC WClk 4 14 P302 6 3 DAC BClk A2 Y3 RP300D A1 Y2 RP301C DSP WClk Out 8 DSP BClk Out 6 12 5 4 IC303A A3 A2 Y3 RP301D 8 9 A3 Q0 74HC244D 7 Q1 +3V3_PW338 IC300B DGND 74HC244D 6 Q2 19 5 OE Q3 3 IC301B 3 Y0 100R Q4 R300 17 5 19 2 P303 A0 Y1 OE 62mW Q5 Clk PSU 15 7 3 P304 5 4 ADC MClk 4 A1 Y2 DGND Y0 RP302D Q6 /64 100R 13 9 MClk 17 5 P305 6 3 DSP MClk 13 352.8kHz for 44.1,88.2,176.4kHz A2 Y3 A0 Y1 RP302C Q7 0W063 11 15 7 P306 7 2 DAC MClk 12 384kHz for 32, 48,96,192kHz A3 A1 Y2 RP302B Q8 13 9 P307 8 1 P308 10 14 A2 Y3 RP302A CP Q9 DGND 74HC244D 11 11 15 A3 MR Q10 1 Q11 74HC244D DGND 74HC4040D

+3V3_PW338 +3V3_PW338 +3V3_PW338 20 +3V3_PW338 VCC 20 16 VCC VCC C300 C302 C303 100N C304 100N 100N DRAWING TITLE 08_E130 PK 15/05/08 PCB change only F.0 16V 10uF 16V 16V CON316 removed signals reallocated to CON305 10 10V Daughter PCB Connectors 08_E055 PK 20/02/08 E.0 GND 10 8 CON320 changed to 16 way as USB removed from front input GND GND 74HC244D DGND Filename: L121_C3_Daughter PCBs_F0.SchDoc 08_E035NC 08/02/08 CON317 connections altered, HDMI Clks added D.0 74HC244D DGND 74HC4040D DGND IC300C DGND IC301C IC303B ARCAM Notes: 08_E017 PK 02/08/07 Rename DSP signals for AD DSP, correct backwards bottom silk C.0 A & R Cambridge Ltd. 07_E126 PK 02/03/07 Changed power plane connect style to direct, iPod removed, +5V_2 > +6V_1 B.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet33 of A2 DRAWING NO. L121CT PCB100 1 L122PB Blank AVR002 HDMI PCB

PW338 Digital Input Port PW338 Peripherals L122_C2_PW338_Digital_Input_Port_F0.SchDoc L122_C7_PW338_Peripherals_F0.SchDoc

HDMIRx Sync HDMIRx Sync SiI9135 /RESET SiI9135 /RESET HDMIRx Int HDMIRx Int

HDMIRx Mute HDMIRx Mute HDMI_config_sda HDMI_config_sda HDMI_config_scl HDMI_config_scl 595A Latch 595A Latch AIn Mux Latch AOut Mux Latch IRTrig Mux Latch Dig Mux Latch VComp Latch VidIO Mux Latch DSP CLK DSP MOSI DSP MISO DSP /CS DSP1 FLAG0 DSP2 FLAG0 NET SPI Clk NET MOSI NET MISO_D NET /CS NET NIREQ Host Net Mode Host Net Power Down HDMI Data0 HDMI Data1 HDMI Data2 HDMI Data3 HDMI SPDIF HDMI MClk HDMI BClk HDMI WClk FP Int Headphone Sense Amp Fault 595BC Latch 595BC Latch Sheet 09 - HDMI Input MUX L122_C9_HDMI_Input_MUX_F0.SchDoc PW338 Analogue Input Port Motherboard Connections PW338 Hotplug PW338 Hotplug L122_C3_PW338_Analogue_Input_Port_F0.SchDoc L122_C11_Motherboard_Connections_F0.SchDoc HDMI_DDCSelAV HDMI_DDCSelAV HDMI_DDCSelSAT HDMI_DDCSelSAT Cvid In Cvid In HDMI_DDCSelDVD HDMI_DDCSelDVD S-Vid C In S-vid C In RS232 Tx RS232 Tx HDMI_DDCSelVCR HDMI_DDCSelVCR S-Vid Y In S-vid Y In RS232 Rx RS232 Rx HDMI_DDCSelPVR HDMI_DDCSelPVR

FP int FP TX FP Tx HDMI_TMDSSel0 HDMI_TMDSSel0

DSP Clk FP RX FP Rx NET /CS DSP /CS HDMI_TMDSSel1 HDMI_TMDSSel1 Amp Fault NET MOSI DSP MOSI DSP MISO HDMI BCLK

HDMI Data0 HDMI Data1 HDMI Data2 HDMI Data3 HDMI_TMDSSel2 HDMI_TMDSSel2 NET SPI Clk HDMI MCLK HDMI WCLK HDMI SPDIF Vcomp Latch

NET S-vid C NET S-vid C DSP1 FLAG0 DSP2 FLAG0 AN_SDA AN_SDA NET MISO_D

AIn Mux Latch Dig Mux Latch HDMI_TMDSSel3 HDMI_TMDSSel3 NET Mode Host

NET S-vid Y NET S-vid Y AOut Mux Latch AN_SCL AN_SCL VidIO Mux Latch

IRTrig Mux Latch IP_DDCSel0 IP_DDCSel0 NET NIREQ Host NET Power Down

NET Cvid NET Cvid Headphone Sense DAB_SDA DAB_SDA IP_DDCSel1 IP_DDCSel1 Pr In Pr In DAB_SCL DAB_SCL IP_DDCSel2 IP_DDCSel2 Pb In Pb In SPDIF /Reset SPDIF /RESET EDID_SCL EDID_SCL Y In Y in DSP2 /CS DSP2 /CS EDID_SDA EDID_SDA Display_CEC NET /RESET NET /RESET EDID_Sel EDID_Sel Display_CEC Zone SPI Data Zone SPI Data HDMI Output MUX Zone SPI Clk Zone SPI Clk L122_C10_HDMI_Output_MUX_F0.SchDoc

AN SPI Clk AN SPI Clk TOOL100 AN SPI Data AN SPI Data Display1_5v_off Display1_5v_off SPI Clk SPI Clk Display2_5v_off Display2_5v_off SPI Data SPI Data TOOL101 VSM VSM

RDS Data RDS Data Display_CEC

FM CE FM CE TOOL102 FM Data Out FM Data Out i2s mux i2s mux

TOOL103 SPDIF_Present SPDIF_Present FIX100 Amp_Temp_1 Amp_Temp_1 R100 Amp_Temp_2 Amp_Temp_2 1 Amp_Temp_3 Amp_Temp_3 0R0 DGnd 0W063 FD100 FD101 FD102 FD103 Z3 Demod Out Z3 Demod Out Dia 3.5mm Top fiducials Z2 Demod Out Z2 Demod Out Z1 Demod Out Z1 Demod Out FIX101 FD104 FD105 FD106 FD107 Bottom fiducials iPod /Present iPod /Present R101 1 /Sbl/Sbr Mute /Sbl/Sbr Mute 0R0 Z2 /Mute Z2 /Mute DGnd 0W063 Z3 /Mute Z3 /Mute Dia 3.5mm FD108 FD109 BGA fiducials /Main Mute /Main Mute Relay Sw Relay Sw FD110 FAN PWM FAN PWM FIX102

TQFP144 fiducial (with FD108) Y ADV7312 Pb ADV7312 Pr ADV7312 S-vid Y Out S-vid C out Cvid Out /AC Present WClk PW338 iPod Rx iPod Tx Sirius Rx Sirius Tx NET Rx NET Tx RDS Int QUART RESET NET_UART_Int Sirius_UART_Int iPod_UART_Int RS232 /CSC ADV7310 /RESET SiI9134_2/RESET HDMITx_2 Int SiI9134_1/RESET HDMITx_1 Int Vid_Clk_Sw R102 1 FD112 FD113 TQFP100 fiducials 0R0 DGnd Dia 3.5mm 0W063 FD114 FD115 TQFP100 fiducials PW338 Display Port L122_C5_PW338_Display_Port_F0.SchDoc FIX103 HDMI MClk R103 1 HDMI_config_sda HDMI_config_scl 0R0 iPod Tx NET Tx iPod Rx NET Rx RDS Int DGnd Sirius Tx Sirius Rx HDMI SPDIF CVid Out Dia 3.5mm 0W063 S-vid Y Out S-Vid C out Y ADV7312 /AC Present Pr ADV7312 Pb ADV7312 WClk PW338 QUART RESET NET_UART_Int FIX104 Sirius_UART_Int iPod_UART_Int R104 1 Vid_Clk_Sw HDMITx_1 Int SiI9134_1/RESET HDMITx_2 Int SiI9134_2/RESET ADV7310 /RESET RS232 /CSC 0R0 DGnd 0W063 PW338 CPU Dia 3.5mm L122_C4_PW338_CPU_F0.SchDoc

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0 PW338 Power PW338 Main Memory SiI9135 Power SiI9134 Power L122_C8_PW338_Power_and_Ground_F0.SchDoc L122_C6_PW338_Main_Memory_Port_F0.SchDoc L122_C12_Sii9135_Power_F0.SchDoc L122_C13_Sii9134_Power_F0.SchDoc Top Level 08_E037 PK 13/12/07 Re-name DSP signals for AD DSP, HDMI Clks routed to L121 E.0

Filename: L122_C1_TopLevel_F0.SchDoc 07_E205 NC 20/11/07 EDID I2S Bus added, CEC connected to PW338 D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet113 of A3 DRAWING NO. L122CT IC200A SII9135 Data_Clk0 D17 C17 IN0CLK IN0CLP IC201A DataEnable C16 B17 IN0PEN IN0CST A17 NC IN0VBI A18 NC IN0AHS disabled in software SiI9135 IC201B HSync B18 IN0HS EXTCCEN = 0 LSBs not used ( weak internal pull-down) VSync C18 IN0VS Config/Prog Pins Interlaced_EvenOdd D16 IN0FLD 16 NC Q0 SiI9135 /RESET 100 102 P201 15 NC IN_RED0 B16 SiI9135 /RESET /RESET INT HDMIRx Int Q1 IN0R0 14 IN_RED0 P202 IN_RED1 A16 Q2 IN0R1 P203 105 101 P204 13 IN_RED1 P205 IN_RED2 D15 CI2CA SCDT HDMIRx Sync Q3 IN0R2 10 IN_RED2 P206 IN_RED3 C15 Q4 IN0R3 R201 HDMI scl 27 9 IN_RED3 P208 IN_RED4 B15 I2C Addr = 0x60/0x68 HDMI_config_scl CSCL Q5 IN0R4 4K7 HDMI sda 26 8 IN_RED4 P210 IN_RED5 A15 HDMI_config_sda CSDA Q6 IN0R5 0W063 7 IN_RED5 P211 IN_RED6 D14

RSVDL RSVDNC RSVDNC RSVDNC RSVDNC Q7 IN0R6 3 IN_RED6 IN_RED7 C14 Q8 IN0R7 2 IN_RED7 P213 IN_RED8 B14 Q9 IN0R8

DGnd 99 55 76 77 98 1 IN_RED8 P214 IN_RED9 A14 Q10 IN0R9 144 IN_RED9 P216 Q11 C200 141 NC IN_GREEN0D13 Q12 IN0G0 NC NC NC NC 140 NC IN_GREEN1C13 Q13 IN0G1 R202 139 IN_GREEN0 P218 IN_GREEN2B13 Q14 IN0G2 R200 4K7 138 IN_GREEN1 P219 IN_GREEN3A13 22P 50V Q15 IN0G3 1M0 0W063 135 IN_GREEN2 P220 IN_GREEN4D12 X200 Q16 IN0G4 C201 0W063 134 IN_GREEN3 P221 IN_GREEN5C12 28.322 MHz Q17 IN0G5 P222 DGnd 133 IN_GREEN4 IN_GREEN6B12 Q18 IN0G6 132 IN_GREEN5 P224 IN_GREEN7A12 SM Q19 IN0G7 DGnd 129 IN_GREEN6 P225 IN_GREEN8D11 22P 50V Q20 IN0G8 128 IN_GREEN7 IN_GREEN9C11 Q21 IN0G9 127 IN_GREEN8 Q22 126 IN_GREEN9 IN_BLUE0 B11 Q23 IN0B0 123 NC IN_BLUE1 A11 Digital Input Port Q24 IN0B1 IC201C 122 NC IN_BLUE2 D10 Q25 IN0B2 121 IN_BLUE0 IN_BLUE3 C10 Q26 IN0B3 120 IN_BLUE1 P230 IN_BLUE4 B10 Q27 IN0B4 95 117 IN_BLUE2 IN_BLUE5 A10 XTALIN Q28 IN0B5 94 116 IN_BLUE3 P232 IN_BLUE6 D9 XTALOUT SiI9135 Digital Video Output Pins Q29 IN0B6 115 IN_BLUE4 IN_BLUE7 C9 Q30 IN0B7 114 IN_BLUE5 P234 IN_BLUE8 B9 Q31 IN0B8 111 IN_BLUE6 P235 IN_BLUE9 A9 33R 0W063 Q32 IN0B9 89 P236 P237 HDMI MClk 110 IN_BLUE7 P238 MCLK R204 HDMI MClk Q33 86 P284 P286 HDMI BClk 109 IN_BLUE8 P239 C21 SCK/DCLK R205 HDMI BClk Q34 NC IN1CLK 85 P285 4 5 RP200D P287 HDMI WClk 108 IN_BLUE9 P242 B21 WS/DR0 HDMI WClk Q35 NC IN1PEN 81 P243 4 5 RP201D P244 C20 SD0/DL0 HDMI Data0 NC IN1AHS 82 1 8 RP200A P246 IN1 not used A21 SiI9135 SD1/DR1 HDMI Data1 NC IN1HS 83 2 7 RP200B P248 22 Interlaced_EvenOdd P249 D20 SD2/DL1 HDMI Data2 EVNODD NC IN1VS 84 P250 3 6 RP200C P251 19 DataEnable P252 SD3/DR2 HDMI Data3 DE 78 P253 3 6 RP201C 20 HSync P255 B30 SPDIF/DL2 HDMI SPDIF HSYNC NC IN1R0 75 P256 2 7 RP201B P257 21 VSync P258 A30 MUTEOUT HDMIRx Mute VSYNC NC IN1R1 5 Data_Clk0 P259 P260 B29 33R ODCK VComp Latch IN1R2,PORTE0 P261 A29 Digital Audio Output Pins to SPDIF Daughter Board VidIO Mux Latch IN1R3,PORTE1 RP201A P262 B28 1 8 AIn Mux Latch IN1R4,PORTE2 SII9135 P263 C27 AOut Mux Latch IN1R5,PORTE3 33R SII9135 P264 A28 IRTrig Mux Latch IN1R6,PORTE4 62mW P265 B27 Dig Mux Latch IN1R7,PORTE5 Spare P266 A27 595A Latch IN1R8,PORTE6 P267 C26 595BC Latch IN1R9,PORTE7 B26 NC IN1G0 A26 NC IN1G1 P268 E25 NET MOSI IN1G2,PORTF0 P269 D25 NET MISO_D IN1G3,PORTF1 P270 C25 NET SPI Clk IN1G4,PORTF2 P271 B25 NET /CS IN1G5,PORTF3 P272 A25 NET NIREQ Host IN1G6,PORTF4 P273 D24 Net Power Down IN1G7,PORTF5 P274 C24 Net Mode Host IN1G8,PORTF6 P275 B24 FP Int IN1G9,PORTF7 A24 NC IN1B0 D23 NC IN1B1 P276 C23 DSP MOSI IN1B2,PORTG0 +3v3 PW338 P277 B23 DSP MISO IN1B3,PORTG1 P278 A23 DSP CLK IN1B4,PORTG2 P279 D22 DSP /CS IN1B5,PORTG3 R203 P280 C22 DSP1 FLAG0 IN1B6,PORTG4 10K P281 B22 DSP2 FLAG0 IN1B7,PORTG5 0W063 P282 A22 Amp Fault IN1B8,PORTG6 P283 D21 Headphone Sense IN1B9,PORTG7 PW338-30L

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

Digital Input Port 08_E037 PK 13/12/07 Re-name DSP signals for AD DSP, HDMI Clks routed to L121 E.0

Filename: L122_C2_PW338_Digital_Input_Port_F0.SchDoc 07_E205 NC20/11/07 No changes on this sheet D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet213 of A3 DRAWING NO. L122CT 1V8A PW338 L800 PW_VReg

1v8 from Sheet08 1K@100MHz C300 1uF 25V IC200B B1 D6 NC NC RX2P HDMICLK A1 E7 NC NC /RX2N HDMISCK DGnd B3 D7 NC NC RX1P HDMISWS A3 NC /RX1N B5 C8 NC HDMI not used - IPs left open NC RX0P HDMISD0 A5 D8 NC NC /RX0N HDMISD1 B7 E8 NC R300 NC RXCP HDMISD2 A7 F8 NC 0R0 NC /RXCN HDMISD3 0W063 NC F4 F7 NC PWR5V HDMISPDIF NC G4 F5 NC DDCSCL MUTE NC G5 +3v3 PW338 DDCSDA C4 NC ANTSTO NC F3 R301 R302 NF HDMISCL NC F2 K2 13K 13K R325 HDMISDA VOUT1 K4 0W063 0W063 4K7 VOUT2 H4 J2 0W063 NC ASPECT0 VOUT3 P303 P304 H3 R303 R304 NC ASPECT1 H2 V1 AFETest1 22K 1K2 ASPECT2 AFETEST1 47N W3 AFETest2 C310 0W063 0W063 AFETEST2 netcvid 16V P307 H5 NET Cvid REXT P308 P309 P306 R305 47N DGnd M3 Analogue Input Port C311 AIN1 16V L1 AIN2 13K L2 C301 C302 NC AIN3 0W063 47N L3 R320 R321 R322 100N 100N C312 NC AIN4 netsvidy 16V K1 75R 75R 75R 16V 16V NET S-vid Y AIN5 P316 K3 0W063 0W063 0W063 AIN6 47N J1 C313 AIN7 netsvidc P318 16V J3 DGnd DGnd NET S-vid C AIN8 DGnd 47N P3 C314 VREFR 16V T3 VREFG PW_VReg P321 V3 VREFB 47N C315 16V C303 C304 V2 NC RIN0 100N 100N U2 GIN0 16V 16V U3 R308 R309 R310 R311 R312 R313 BIN0 75R 75R 75R 75R 75R 75R T1 NC RIN1 0W063 0W063 0W063 0W063 0W063 0W063 DGnd DGnd R1 NC GIN1 R2 BIN1 47N DGnd C316 R3 svidy 16V RIN2 S-Vid Y In P2 GIN2 N1 47N BIN2 C317 svidc 16V S-Vid C In N2 NC RIN3 M1 47N NC GIN3 C318 M2 cvidin 16V NC BIN3 Cvid In U1 47N NC SOGIN0 C319 T2 prin 16V P330 SOGIN1 Pr In P1 SOGIN2 N3 47N NC SOGIN3 C320 yin 16V Y In NC AA3 HSYNC0 NC AA4 47N HSYNC1 C321 NC AA5 pbin 16V HSYNC2 Pb In NC Y1 HSYNC3 NC AA2 VSYNC0 R314 R315 R316 R317 R318 R319 NC AA1 VSYNC1 75R 75R 75R 75R 75R 75R NC AB5 VSYNC2 0W063 0W063 0W063 0W063 0W063 0W063 NC AB4 VSYNC2 Y3 XI C323 DGnd Y2 R324 XO sog1 G3 75R P341 HDMIXI 100N G2 0W063 HDMIXO 16V C322 Surface Mount PW338-30L R323 sog2 X300 75R P340 100N 0W063 16V 27MHz R306

1M0 C3060W063 C307 DRAWING TITLE 08_E138 PK 23/04/08 Add Sync on green 1 components F.0 33P 33P Analogue Input Port 50V 50V 08_E037 PK13/12/07 No changes on this sheet E.0 Filename: L122_C3_PW338_Analogue_Input_Port_F0.SchDoc07_E205 NC20/11/07 No changes on this sheet D.0 DGnd DGnd ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Phil Connor Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet313 of A3 DRAWING NO. L122CT IC400A 9 Q0 NC 7 Q1 NC 6 Q2 NC 5 DEV. USE - NF FOR PRODUCTION RDS Int Q3 NC RDS Int 3 NMI /RESET Q4 NC 2 SDTM-610-NTR SDTM-610-NTR Q5 NC 4 Q6 NC +3v3 PW338 SW400 SW401 13 Counts falling edges Q7 12 Q8 NC 10 14 +3v3 PW338 WClk PW338 CP Q9 NC C400 C401 11 15 MR Q10 NC 100N 1N0

1 2 1 2 1 Pin 47 = NC for 39VF3201 IC200D PW338-30L Q11 NC 16V 50V DGnd Poweron_reset DGnd E2 AJ1 PW338 A1 /RESETB A1 74HC4040D AH1 PW338 A2 37 R411 A2 47 NMI AH9 AG1 PW338 A3 DGnd DGnd IC401 /AC Present NMI A3 AF10 AG2 PW338 A4 PW338 A1 25 39VF3201-70-4C-EKE +3v3 PW338 10K EXINT0 A4 IC400B +3v3 PW338 A0 R402 AG10 AF1 PW338 A5 PW338 A2 24 0W063 EXINT1 A5 16 A1 100K AF2 PW338 A6 VCC PW338 A3 23 VDD A6 A2 0W063 AG13 AF3 PW338 A7 PW338 A4 22 R403 NC EXTMCLK A7 C405 A3

AH13 AE1 PW338 A8 PW338 A5 21 NC/VCCQ 29 PW338 D0 10K NC EXTDCLK A8 100N A4 DQ0 AE2 PW338 A9 PW338 A6 20 31 PW338 D1 0W063 A9 16V A5 DQ1 DGnd C2 AE3 PW338 A10 PW338 A7 19 33 PW338 D2 TMS A10 8 A6 DQ2 - D1 AE4 PW338 A11 GND PW338 A8 18 35 PW338 D3 TDO A11 A7 DQ3 CON401 D3 AD1 PW338 A12 38 PW338 D4 TDI A12 74HC4040D DGnd DQ4 1 E4 AD2 PW338 A13 40 PW338 D5 /TRSTN A13 DQ5 2 D2 AD3 PW338 A14 PW338 A9 8 42 PW338 D6 TCK A14 A8 DQ6 3 AD4 PW338 A15 PW338 A10 7 44 PW338 D7 A15 A9 DQ7 4 D4 AD5 PW338 A16 PW338 A11 6 TESTMODE0 A16 A10 5 E5 AC1 PW338 A17 PW338 A12 5 TESTMODE1 A17 A11 6 D5 AC2 PW338 A18 PW338 A13 4 Flash 30 PW338 D8 TESTMODE2 A18 A12 DQ8 7 E6 AC3 PW338 A19 PW338 A14 3 32 PW338 D9 SCANMODE A19 A13 DQ9 8 AC4 PW338 A20 PW338 A15 2 34 PW338 D10 A20 A14 DQ10 9 E3 AC5 PW338 A21 PW338 A16 1 36 PW338 D11 EXTRSTN A21 A15 DQ11 10 E1 AB1 PW338 A22 39 PW338 D12 ADR24B A22 DQ12 AB2 PW338 A23 41 PW338 D13 A23 Word Mode Select on Boot DQ13 PW338 A17 48 43 PW338 D14 Harting A16 DQ14 CPU AK4 PW338 D0 PW338 A19 PW338 A18 17 45 PW338 D15 JTAG D0 DEV. USE - NF FOR PRODUCTION A17 DQ15 DGnd AK3 PW338 D1 PW338 A19 fit for SST 16 D1 A18 AJ4 PW338 D2 R409 PW338 A20 R404 P401 9 D2 0R0 A19/NC AG5 PW338 D3 1K8 +3v3 PW338 NF R405 P40215 D3 0R0 NC/A19 AK2 PW338 D4 0W063 PW338 A21 10 D4 A20 +3v3 PW338 AJ3 PW338 D5 fit for Intel UUS4 label not found in Pearl D5 AH4 PW338 D6 SW402A R406 +3v3 PW338 12 D6 RST* AK1 PW338 D7 DGnd NO1 10K SW402B NO2 PW338 ROM /WE 11 5 5 5 5 10 10 10 10 D7 WE* AJ2 PW338 D8 0W063 14 +3v3 PW338 D8 WP* RP400A RP400B RP400C RP400D RP400E RP400F RP400G RP400H AH3 PW338 D9 C1DGnd C2 D9 10K 10K 10K 10K 10K 10K 10K 10K AG4 PW338 D10 26 D10 CE* 62mW 62mW 62mW 62mW 62mW 62mW 62mW 62mW AF5 PW338 D11 NC1 NC2 R407 PW338 ROM /OE 28 IC402 D11 OE* AH2 PW338 D12 2MD1T2B2M2RE 2MD1T2B2M2RE 10K +3v3 PW338 LM809M3-2.93 1 2 3 4 6 7 8 9 D12 AG3 PW338 D13 0W063 13

P410 D13 NC/VPP VSS VSS R412 AF4 PW338 D14 /ICE VCC Poweron_reset P411 D14 RST AE5 PW338 D15 R413 P412 D15 Flash/Emulator Select CE OE WE Addr 1K0

DGnd 27 46

0R0 R414 P413 Read L L H Ain GND 0W063 NF AJ5 PW338 /RD P403 0W063 0R0 R415 P414 /RD Prog L H L Ain AH5 PW338 /WR P405 0W063 0R0 R416 P415 /WR Erase L H L XXH AK5 PW338 ROM /OE DGnd 0W063 0R0 R417 /ROMOE AF6 PW338 ROM /WE P407 DGnd 0W063 0R0 R418 /ROMWE AH6 RS232 /CSA P408 DGnd DGnd 0W063 0R0 /CS0 AG6 RS232 /CSB P409 DGnd 0W063 /CS1 DGnd DGnd R410 DGnd 100K 1-external reset control 0W063 2-24bit addressing 3-external MClk input 4-byte mode - not SST FLASH DGnd 5-test mode0 6-test mode1 7-test mode2 +3v3 PW338 8-scan mode

C402 C403 100N 100N 16V 16V

DGnd DGnd 52 35 21 4

Vcc Vcc Vcc Vcc UART A - NET Module PW338 /RD 40 8 P416 /IOR TXA NET Tx PW338 /WR 9 62 P417 /IOW RXA NET Rx 5 /RTSA NC PW338 A3 22 3 A2 /DTRA NC PW338 A2 23 2 A1 /CTSA NC PW338 A1 24 1 A0 /DSRA NC Disabled by MCR[5]- (software flow control) 63 /RIA NC 64 /CDA NC PW338 D7 60 D7 PW338 D6 59 D6 Quad UART PW338 D5 58 UART B - Sirius Module D5 PW338 D4 57 10 P418 D4 TXB Sirius Tx PW338 D3 56 20 P419 D3 RXB Sirius Rx PW338 D2 55 13 D2 /RTSB NC PW338 D1 54 15 D1 /DTRB NC PW338 D0 53 16 D0 /CTSB NC +3v3 PW338 17 /DSRB NC Disabled by MCR[5]- (software flow control) Debugger Header 19 /RIB NC 18 R400 DEV. USE - NF FOR PRODUCTION /CDB NC RS232 /CSA 7 /CSA RS232 /CSB 11 0R0 /CSB PW338 ROM /WE CON400 P421 38 0W063 RS232 /CSC /CSC UART C - iPod Module 42 39 P422 R401 NC /CSD TXC iPod Tx 1 2 29 P424 RXC iPod Rx PW338 A1 3 4 /ICE 36 0R0 NF /RTSC NC 5 6 PW338 ROM /OE 34 0W063 /DTRC NC PW338 D0 7 8 PW338 D8 P425 6 33 NET_UART_Int INTA /CTSC NC PW338 D1 9 10 PW338 D9 P426 12 32 Sirius_UART_Int INTB /DSRC NC PW338 D2 11 12 PW338 D10 P427 37 30 Disabled by MCR[5]- (software flow control) iPod_UART_Int INTC /RIC NC PW338 D3 13 14 PW338 D11 43 31 NC INTD /CDC NC 15 16 PW338 D4 PW338 D12 17 18 PW338 D5 PW338 D13 19 20 PW338 D6 PW338 D14 21 22 PW338 D7 27 41 QUART RESET RESET TXD NC PW338 D15 23 24 51 RXD NC 25 26 PW338 A17 44 NC /RTSD NC PW338 A15 27 28 PW338 A16 7.3728 MHz to be fitted. 46 /DTRD NC UART D - Spare PW338 A1329 30 PW338 A14 Use table in 16C554 Datasheet for Baud rates. 47 /CTSD NC PW338 A11 31 32 PW338 A12 P429 25 48 XTAL1 /DSRD NC PW338 A933 34 PW338 A10 X400 P430 26 50 Disabled by MCR[5]- (software flow control) XTAL2 /RID NC PW338 A2135 36 PW338 A22 P431 49 37 38 R408 /CDD NC NC NC 1K5 0W063 39 40 PW338 A23 7.3728 MHz PW338 A19NC 41 42 PW338 A20 C406 C404 GND GND GND GND PW338 A8 43 44 PW338 A18 22P 22P IC403

PW338 A645 46 PW338 A7 50V 50V 61 45 28 14 PW338 A447 48 PW338 A5 SC16C554BIB64 PW338 A249 50 PW338 A3 DGnd

SAMTEC DGnd TML

DGnd DGnd

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

CPU 08_E037 PK13/12/07 No changes on this sheet E.0

Filename: L122_C4_PW338_CPU_F0.SchDoc 07_E205 NC20/11/07 No changes on this sheet D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet413 of A2 DRAWING NO. L122CT 190mA (0.475W)

LM1117MPX-2.5/NOPB +5V_1 REG500 2V5A_ADV7312 P500 50V +2V5 C500 C501 C502 C505 C506 10uF 100N 10uF 100N 1N0 10V 16V 10V 16V 50V +5V_1

DGnd DGnd C510 C511 172mA (0.43W) 100N 100N 16V 16V LM1117MPX-2.5/NOPB +5V_1 REG501 Expects 75 ohm termination i.e. 150 ohm load. P503 2V5D_ADV7312 50V 50V 16 26 +2V5 DGnd DGnd IC500 C507 C508 C524 C512 C513 C514 C515 ADA4410-6ACPZ Expects 75 ohm termination 10uF 100N 10uF 100N 100N 1N0 1N0 R507 input impedance high Z 31 VCC VCC 24 P501 Y_out 10V 16V 10V 16V 16V 50V 50V Y1/G1_HD Y/G_HD_OUT Y ADV7312 6 DS recommends < 1K termination Y2/G2_HD 75R 0W125 R510 1 23 P504 Pb_out DGnd DGnd PB1/B1_HD PB/B_HD_OUT Pb ADV7312 8 PB2/B2_HD 75R R511 0W125 3 22 P506 Pr_out PR1/R1_HD PR/R_HD_OUT Pr ADV7312 10 PR2/R2_HD 75R +3v3 PW338 0W125 R513 50V 12 20 P508 Ysd_out Y1_SD Y_SD_OUT S-vid Y Out 13 C516 C517 Y2_SD 75R IC200C R514 0W125 1N0 100N 14 19 P510 Csd_out AG17 Display_Clk_R C1_SD C_SD_OUT S-Vid C out DCLKOUT 50V 16V C518 C519 R515 15 AH18 P_VSynch_R IC501 C2_SD 75R DVS 100N 100N 1K1 +5V_1 AG18 P_HSynch_R ADV7310KST 0W125 R516 DHS 16V 16V 0W063 28 18 P512 CVBS_out 56 10 41 AH17 Display_En_R 1 LEVEL2 CV_OUT CVid Out DEN DGnd P514 29 R517 LEVEL1 75R AG14 OUT_RED0_R 0W125 DR0 P515 VRef 10K +5V_1 30 AH14 OUT_RED1_R MUX_HD VAA DR1 VDD VDD 0W063 11 AJ8 OUT_RED2_R MUX_SD TXOCp,DR2 36 C520 REF500 4 AK8 OUT_RED3_R VDD_IO COMP2 FSEL_A TXOCm,DR3 LSBs at base 100N LM4041AIM3-1.2 5 AJ9 OUT_RED4_R FSEL_B TXO2p,DR4 OUT_RED2 53 45 P516 16V R518 C521 21 IC502A IC503A AK9 OUT_RED5_R S2 COMP1 G_SEL TXO2m,DR5 OUT_RED3 54 680R 100N 27 AJ10 OUT_RED6_R S3 DISABLE TXO3p,DR6 OUT_RED4 55 46 P517 0W063 16V AK10 OUT_RED7_R S4 VREF TXO3m,DR7 OUT_RED5 58 98 98 AJ11 OUT_RED8_R S5 D0 D0 TXO4p,DR8 OUT_RED6 59 DGnd 97 97

AK11 OUT_RED9_R S6 GND GND GND GND THERMAL VEE VEE D1 D1 TXO4m,DR9 OUT_RED7 60 DGnd OUT_BLUE0 96 OUT_BLUE0 96 S7 D2 D2 OUT_RED8 61 +5V_1 OUT_BLUE1 95 OUT_BLUE1 95

DISPLAY PORT AG15 OUT_GREEN0_R S8 2 7 9 D3 D3

DG0 OUT_RED9 62 32 33 17 25 OUT_BLUE2 94 OUT_BLUE2 94 AH15 OUT_GREEN1_R S9 D4 D4 DG1 44 CVBS not used (regenerated in ADA4410) OUT_BLUE3 93 OUT_BLUE3 93 AJ12 OUT_GREEN2_R R500 0R0 DAC_A D5 D5 TXE3p,DG2 P_HSynch P84350 R519 NF DGnd DGnd DGnd OUT_BLUE4 92 OUT_BLUE4 92 AK12 OUT_GREEN3_R S_HSYNC* D6 (0:11) D6 (0:11) TXE3m,DG3 +3v3 PW338 P_VSynch P84449 43 DAC_SVid_Y P518 10K OUT_BLUE5 91 OUT_BLUE5 91 AJ13 OUT_GREEN4_R S_VSYNC* DAC_B D7 D7 TXE4p,DG4 48 0W063 OUT_BLUE6 90 OUT_BLUE6 90 AK13 OUT_GREEN5_R S_BLANK* D8 D8 TXE4m,DG5 R501 0R0 42 DAC_SVid_C P519 P520 OUT_BLUE7 86 OUT_BLUE7 86 AJ14 OUT_GREEN6_R DAC_C D9 D9 TXO0p,DG6 OUT_BLUE8 85 OUT_BLUE8 85 AK14 OUT_GREEN7_R D10 D10 TXO0m,DG7 LSBs at base 39 DAC_Y P521 R520 OUT_BLUE9 84 OUT_BLUE9 84 AJ15 OUT_GREEN8_R DAC_D D11 Video D11 Video TXO1p,DG8 OUT_GREEN2 4 10K AK15 OUT_GREEN9_R Y2 TXO1m,DG9 OUT_GREEN3 5 38 DAC_Pb P522 0W063 83 83 Y3 DAC_E D12 D12 OUT_GREEN4 6 +5V_1 82 82 AG16 OUT_BLUE0_R Y4 D13 D13 DB0 OUT_GREEN5 7 37 DAC_Pr P523 OUT_GREEN0 81 OUT_GREEN0 81 AH16 OUT_BLUE1_R Y5 DAC_F D14 D14 DB1 OUT_GREEN6 8 DGnd OUT_GREEN1 80 OUT_GREEN1 80 AJ16 OUT_BLUE2_R Y6 Rsource = 300 ohms D15 D15 TXE0p,DB2 OUT_GREEN7 9 R521NF OUT_GREEN2 79 OUT_GREEN2 79 AK16 OUT_BLUE3_R Y7 and expects 300 ohm load D16 D16 TXE0m,DB3 OUT_GREEN8 12 10K OUT_GREEN3 78 OUT_GREEN3 78 Inputs Inputs AJ17 OUT_BLUE4_R Y8 D17 (12:23) D17 (12:23)

TXE1p,DB4 OUT_GREEN9 13 R522 R523 R524 R525 R526 0W063 OUT_GREEN4 77 OUT_GREEN4 77 AK17 OUT_BLUE5_R Y9 D18 D18 TXE1m,DB5 300R 300R 300R 300R 300R P524 OUT_GREEN5 75 OUT_GREEN5 75 AJ18 OUT_BLUE6_R D19 D19 TXECp,DB6 0W063 0W063 0W063 0W063 0W063 OUT_GREEN6 74 OUT_GREEN6 74 AK18 OUT_BLUE7_R D20 D20 TXECm,DB7 LSBs at base R527 OUT_GREEN7 73 OUT_GREEN7 73 AJ19 OUT_BLUE8_R D21 D21 TXE2p,DB8 OUT_BLUE2 16 10K OUT_GREEN8 72 OUT_GREEN8 72 AK19 OUT_BLUE9_R C2 place these as terminators at 4410. D22 Video D22 Video TXE2m,DB9 OUT_BLUE3 17 DGnd 0W063 OUT_GREEN9 71 OUT_GREEN9 71 C3 D23 D23 OUT_BLUE4 18 AH20 C4 RPIATEST P845 OUT_BLUE5 26 70 70 C5 D24 D24

OUT_BLUE6 27 2V5D_ADV7312 DGnd DGnd 69 Audio DGnd 69 Audio PW338-30L C6 D25 D25

OUT_BLUE7 28 R529 OUT_RED0 68 OUT_RED0 68 R533 C7 R528 D26 D26 OUT_BLUE8 29 2K94 R530 OUT_RED1 67 OUT_RED1 67 8K2 C8 100R D27 D27 OUT_BLUE9 30 0W032 680R OUT_RED2 63 OUT_RED2 63

0W063 C9 0W063 74LVC125AD D28 & D28 & 47 P525 P526 0W063 OUT_RED3 62 OUT_RED3 62

R502 P846 RSET1 IC505B D29 (23:35) D29 (23:35) P_HSynch 23 OUT_RED4 61 OUT_RED4 61 PBLANK changed to PBLANK*, 0R0 P_HSYNC* D30 D30 P_VSynch 24 35 P527 P528 P848 5 6 OUT_RED5 60 OUT_RED5 60 DGnd correct in software unless PCB revised 0R0 P_VSYNC* RSET2 D31 D31 P84725 OUT_RED6 59 OUT_RED6 59 P_BLANK* R531 D32 D32 R543 34 R532 DGnd OUT_RED7 58 OUT_RED7 58

R544 P849 EXT_LF 100R 4 D33 D33 RP500A DGnd 32 2K94 C522 C523 OUT_RED8 57 OUT_RED8 57 OUT_BLUE9_R 1 8 OUT_BLUE9 P530 0R0 CLKINA 0W063 D34 Video D34 Video 47R Display_Clk_2 63 31 0W032 820P 3N9 Vid_Clk_Sw OUT_RED9 56 OUT_RED9 56 0R0 CLKINB RTC_SCR_TR +3v3 PW338 D35 D35 RP500B 74.25 for HD/SD 50V 50V OUT_BLUE8_R 2 7 OUT_BLUE8 NF R545 P850 47R HDMI sda 21 DGnd P533 IC504 Display_Clk_2 88 Display_Clk_2 88 SDA IDCK Video IDCK Video 7

RP500C HDMI scl 22 74LVC125AD ICS2402MLF 74LVC125AD Display_En 1 Display_En 1 OUT_BLUE7_R 3 6 OUT_BLUE7 SCL DE DE 47R IC505D IC505C P_HSynch 2 P_HSynch 2 HSYNC HSYNC RP500D 33 +3v3 PW338 R549 P_VSynch 3 P_VSynch 3 OUT_BLUE6_R 4 5 OUT_BLUE6 P537 ADV7310 /RESET RESET* DGnd - Digital Ground. Display_Clk 12 11 1 8 9 8 Display_Clk_2 VSYNC Sync VSYNC Sync 47R 19 ICLK CLK I2C AGnd - Analogue Ground. VDD 20 47R N.B. This DAC is controlled via the HDMI configuration bus. ALSB Gnd_IO - Digital input/output Ground. 6 4 RP501A S0 FBIN 0W063 11 11

OUT_BLUE5_R 1 8 OUT_BLUE5 GND_IO Y0 Y1 DGND C0 C1 S0 S1 DGND AGND 13 10 SCK SCK 47R DGnd +3v3 PW338 10 10 Follow ADV7312 Datasheet Layout Guidelines DGnd WS WS RP501B 9 9

OUT_BLUE4_R 2 7 OUT_BLUE4 2 3 2 I2S not used SD0 I2S not used SD0

47R 64 11 14 15 51 52 57 40 I2C Addr 0xD4/0xD5 NC 8 8 +3v3 PW338 5 SD1 SD1

RP501C NC GND C503 (SPDIF used) 7 (SPDIF used) 7 OUT_BLUE3_R 3 6 OUT_BLUE3 Fit for ADV7310/4 SD2 I2S SD2 I2S 47R DGnd DGnd DGnd 100N 6 6 SD3 SD3

RP501D R547 3 16V OUT_BLUE2_R 4 5 OUT_BLUE2 P545 OUT_GREEN0 P851 R548 SiI9134 SiI9134 47R 4K7 0R0 17 17 0W063 DGnd DL0 DL0 RP502A 0W063 DGnd 16 16 P546OUT_GREEN9_R 1 8 OUT_GREEN9 P547 27MHz / 74MHz / 148MHz Vid_CLK_Sw = Low DR0 DR0 47R R508 19 19 OUT_GREEN1 P852 13.5MHz Vid_Clk_Sw = high DL1 DL1 RP502B 18 18 OUT_GREEN8_R 2 7 OUT_GREEN8 P549 TR500 DR1 DR1 47R 0R0 21 21 Vid_Clk_Sw MMUN2211LT1 1-bit audio not used. DL2 1-bit audio not used. DL2 RP502C 0W063 Vid_Clk_Sw 20 20 OUT_GREEN7_R 3 6 OUT_GREEN7 P551 DR2 Audio DR2 Audio 47R R512 23 23 OUT_BLUE0 P853 DL3 DL3 RP502D 22 22 OUT_GREEN6_R 4 5 OUT_GREEN6 P553 DR3 DR3 47R 0R0 15 15 DCLK DCLK 0W063 HDMIMclk 5 HDMIMclk 5 DGnd HDMI MClk MCLK 1-bit MCLK 1-bit RP503A R534 HDMISPDIF 4 HDMISPDIF 4 OUT_GREEN5_R 1 8 OUT_GREEN5 P555 OUT_BLUE1 P854 HDMI SPDIF SPDIF SPDIF 47R IC502B RP503B 0R0 OUT_GREEN4_R 2 7 OUT_GREEN4 P557 47R 0W063 RP503C R535 SII9134 SII9134 OUT_GREEN3_R 3 6 OUT_GREEN3 P559 OUT_RED0 P855 47R SiI9134 Config & Control RP503D 0R0 24 P560 OUT_GREEN2_R 4 5 OUT_GREEN2 P562 INT HDMITx_1 Int 47R 0W063 25 SiI9134_1/RESET Reset# R536 OUT_RED1 P856 RP504A OUT_RED9_R 1 8 OUT_RED9 P565 47R 0R0 P566 52 RSVDL RP504B 0W063 OUT_RED8_R 2 7 OUT_RED8 P568 I2C Addr 0x72/0x7A +3v3 PW338 IC505A 47R Fit for ADV7312 P569 50 49 HDMI sda CI2CA CSDA HDMI_config_sda 14 74LVC125AD RP504C R537 R538 R539 R540 R541 R542 48 HDMI scl VCC OUT_RED7_R 3 6 OUT_RED7 P573 CSCL HDMI_config_scl 47R R503 C504 2 3 RP504D 4K7 R505 OUT_RED6_R 4 5 OUT_RED6 P575 0R0 100N 47R DGnd 0W063 4K7 SII9134 0W063 16V DGnd

0W063 1 7 RP505A NF - R537 thro R542 GND OUT_RED5_R 1 8 OUT_RED5 P579 +3v3 PW338 47R DGnd IC505E DGnd RP505B DGnd OUT_RED4_R 2 7 OUT_RED4 P581 74LVC125AD 47R RP505C OUT_RED3_R 3 6 OUT_RED3 P583 47R RP505D OUT_RED2_R 4 5 OUT_RED2 P585 47R IC503B RP506A OUT_BLUE0_R 1 8 OUT_BLUE0 P587 47R RP506B OUT_GREEN0_R 2 7 OUT_GREEN0 P589 SiI9134 Config & Control 47R 24 P590 RP506C INT HDMITx_2 Int P591OUT_GREEN1_R 3 6 OUT_GREEN1 P592 25 47R SiI9134_2/RESET Reset# RP506D P596 RP508A P594OUT_BLUE1_R 4 5 OUT_BLUE1 P595 P_HSynch_R 1 8 P_HSynch P597 47R 47R P598 52 P599 RP508B RSVDL DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0 P_VSynch_R 2 7 P_VSynch P600 +3v3 PW338 Spare RP507A 47R R506 1 8 P601 50 49 HDMI sda 47R P603 RP508C CI2CA CSDA Display Port 08_E037 PK13/12/07 No changes on this sheet E.0 Display_Clk_R 3 6 Display_Clk 48 HDMI scl Spare RP507B 47R 4K7 CSCL 2 7 47R P606 RP508D 0W063 Filename: L122_C5_PW338_Display_Port_F0.SchDoc 07_E205 NC20/11/07 No changes on this sheet D.0 Display_En_R 4 5 Display_En P607 R509 RP507C 47R P608OUT_RED0_R 3 6 OUT_RED0 P609 I2C Addr 0x76/0x7E 4K7 SII9134 47R 0W063 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 RP507D P610OUT_RED1_R 4 5 OUT_RED1 P611 47R A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue DGnd ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet513 of A2 DRAWING NO. L122CT 2 off HY5DU561622E (L) T-D43

2 x 16M x 16 = 16M x 32 @ 200 MHz

R602 2V5D NF 100R 1 18 33 0W063 3 9 15 55 61 MVRef has 1k to ground and 1k to Vdd25 IC600 Page 33 PW338 DS. HY5DU561622E(L)T-D43

RMCKE 44 VDD VDD VDD

CKE VDDQ VDDQ VDDQ VDDQ VDDQ 16V c-1RMCK+ 45 2 a-RMD0 62mW47R CK DQ0 IC200G C614 8 1 c-1RMCK+ c-1RMCK- 46 4 a-RMD1 62mW RP615A /CK DQ1 a-RMD0 5 4 b-MD0 N30 V28 MVREF 6 3 c-1RMCK- 5 a-RMD2 RP600D MD0 MREFIN0 RP615C DQ2 a-RMD1 6 3 b-MD1 N29 AE28 7 2 c-2RMCK+ RMWE 21 7 a-RMD3 62mWRP600C MD1 MREFIN1 RP615B /WE DQ3 a-RMD2 7 2 b-MD2 N28 DGnd 5 4 c-2RMCK- RMCAS 22 8 a-RMD4 62mWRP600B MD2 100N RP615D /CAS DQ4 a-RMD3 8 1 b-MD3 N27 AB27 MCK+ 5 4 RMRAS 23 10 a-RMD5 62mWRP600A MD3 MCK RP616D /RAS DQ5 a-RMD4 5 4 b-MD4 P27 AC30 MCK- 6 3 RMCS 24 11 a-RMD6 RP601D MD4 /MCK RP616C /CS DQ6 a-RMD5 6 3 b-MD5 R30 AB28 c-FBMCK+ 13 a-RMD7 62mWRP601C MD5 MCKFBK DQ7 a-RMD6 7 2 b-MD6 R29 AC29 c-FBMCK- RMBNK0 26 54 a-RMD8 62mWRP601B MD6 /MCKFBK BA0 DQ8 a-RMD7 8 1 b-MD7 R28 W29 MCKE 7 2 RMBNK1 27 56 a-RMD9 62mWRP601A MD7 MCKE RP613B BA1 DQ9 a-RMD8 5 4 b-MD8 R27 57 a-RMD10 RP602D MD8 DQ10 a-RMD9 6 3 b-MD9 T30 Y30 MRAS 8 1 RMRAS RMCKE RMA12 42 59 a-RMD11 62mWRP602C MD9 /MRAS 62mWRP613A A12 DQ11 a-RMD10 7 2 b-MD10 T29 W27 MCAS 6 3 RMCAS c-2RMCK- RMA11 41 60 a-RMD12 62mWRP602B MD10 /MCAS 62mWRP608C A11 DQ12 a-RMD11 8 1 b-MD11 T28 W28 MWE 5 4 RMWE c-2RMCK+ RMA10 28 62 a-RMD13 62mWRP602A MD11 /MWE RP608D A10,AP DQ13 a-RMD12 5 4 b-MD12 U28 AB29 MCS 8 1 RMCS c-1RMCK- RMA9 40 63 a-RMD14 RP603D MD12 /MCS RP611A A9 DQ14 a-RMD13 6 3 b-MD13 U27 c-1RMCK+ RMA8 39 65 a-RMD15 62mWRP603C MD13 A8 DQ15 a-RMD14 7 2 b-MD14 V30 P28 b-MDM0 6 3 a-RMDM0 RMA7 38 62mWRP603B MD14 MDM0 62mWRP609C 47R A7 a-RMD15 8 1 b-MD15 V27 U29 b-MDM1 7 2 a-RMDM1 RMA6 37 62mWRP603A MD15 MDM1 62mWRP609B 62mW A6 a-RMD16 5 4 b-MD16 AF29 P29 b-MDQS0 5 4 a-RMDQS0 RMA5 36 RP604D MD16 MDQS0 RP609D A5 a-RMD17 6 3 b-MD17 AF27 U30 b-MDQS1 8 1 a-RMDQS1 RMA4 35 62mWRP604C MD17 MDQS1 RP609A A4 a-RMD18 7 2 b-MD18 AG30 RMA3 32 62mWRP604B MD18 Spare A3 a-RMD19 8 1 b-MD19 AG29 AB30 e-MA0 7 2 RMA0 RMA2 31 62mWRP604A MD19 MA0 RP611B A2 a-RMD20 5 4 b-MD20 AG26 Y29 e-MA1 5 4 RMA1 RMA1 30 RP605D MD20 MA1 RP611D 5 4 A1 a-RMD21 6 3 b-MD21 AH30 AE30 e-MA2 8 1 RMA2 RP613D RMA0 29 62mWRP605C MD21 MA2 62mWRP610A A0 a-RMD22 7 2 b-MD22 AH28 Y28 e-MA3 7 2 RMA3 6 3 MVREF 62mWRP605B MD22 MA3 62mWRP608B RP613C a-RMD23 8 1 b-MD23 AH27 AD27 e-MA4 5 4 RMA4 a-RMDQS0 16 49 62mWRP605A MD23 MA4 RP610D 47R LDQS VREF a-RMD24 5 4 b-MD24 AH26 Y27 e-MA5 8 1 RMA5 a-RMDQS1 51 RP606D MD24 MA5 RP608A 62mW UDQS a-RMD25 6 3 b-MD25 AJ30 AD28 e-MA6 7 2 RMA6 C619 62mWRP606C MD25 MA6 62mWRP612B a-RMD26 7 2 b-MD26 AJ29 AA30 e-MA7 6 3 RMA7 a-RMDM0 20 100N 62mWRP606B MD26 MA7 62mWRP611C LDM a-RMD27 8 1 b-MD27 AJ28 AD29 e-MA8 8 1 RMA8 a-RMDM1 47 16V RP606A MD27 MA8 RP612A UDM a-RMD28 5 4 b-MD28 AK29 AA29 e-MA9 5 4 RMA9 RP607D MD28 MA9 62mWRP612D a-RMD29 6 3 b-MD29 AK28 AC27 e-MA10 7 2 RMA10

62mWRP607C MD29 MA10 62mWRP610B VSS VSS VSS VSSQ VSSQ VSSQ VSSQ VSSQ a-RMD30 7 2 b-MD30 AK27 AA27 e-MA11 6 3 RMA11 DGnd 62mWRP607B MD30 MA11 RP610C a-RMD31 8 1 b-MD31 AK26 AC28 e-MA12 6 3 RMA12

RP607A MD31 MA12 RP612C 6 62mW 34 48 66 12 52 58 64 AE27 MBNK0 8 1 RMBNK0 47R MBNK0 RP616A R603 AF30 MBNK1 7 2 RMBNK1 2V5D DGnd MBNK1 RP616B NF 100R MAIN MEMORY PORT AG28 b-MDM2 6 3 a-RMDM2 3 9 15 55 61 MDM2 RP614C 0W063 1 18 33 AJ27 b-MDM3 7 2 a-RMDM3 IC601 MDM3 RP614B AG27 b-MDQS2 5 4 a-RMDQS2 HY5DU561622E(L)T-D43 MDQS2 RP614D AJ26 b-MDQS3 8 1 a-RMDQS3 MDQS3 RP614A RMCKE 44 VDD VDD VDD

47R CKE VDDQ VDDQ VDDQ VDDQ VDDQ PW338-30L c-2RMCK+ 45 2 a-RMD16 62mW CK DQ0 c-2RMCK- 46 4 a-RMD17 /CK DQ1 5 a-RMD18 DQ2 RMWE 21 7 a-RMD19 /WE DQ3 RMCAS 22 8 a-RMD20 /CAS DQ4 RMRAS 23 10 a-RMD21 Trace Lengths to be matched such that :- /RAS DQ5 RMCS 24 11 a-RMD22 /CS DQ6 13 a-RMD23 DQ7 RMBNK0 26 54 a-RMD24 All signals beginning with "a_" to match all other BA0 DQ8 RMBNK1 27 56 a-RMD25 BA1 DQ9 "a_ " to within +/- 50 mil (thou). 57 a-RMD26 DQ10 RMA12 42 59 a-RMD27 A12 DQ11 RMA11 41 60 a-RMD28 A11 DQ12 RMA10 28 62 a-RMD29 And so on for b,e etc. A10,AP DQ13 RMA9 40 63 a-RMD30 A9 DQ14 RMA8 39 65 a-RMD31 A8 DQ15 RMA7 38 A7 RMA6 37 A6 RMA5 36 A5 RMA4 35 A4 RMA3 32 A3 RMA2 31 A2 RMA1 30 A1 RMA0 29 A0 MVREF a-RMDQS2 16 49 LDQS VREF a-RMDQS3 51 UDQS C620 a-RMDM2 20 100N LDM a-RMDM3 47 16V UDM

VSS VSS VSS VSSQ VSSQ VSSQ VSSQ VSSQ DGnd 6 34 48 66 12 52 58 64 MVREF P841 DGnd

2V5D R600

C600 C601 C602 C603 C604 C605 C606 C607 C608 C609 C611 C612 C613 C615 C616 C618 1K0 R601 10uF 10uF 100N 100N 100N 100N 100N 100N 100N 100N 100N 100N 100N 100N 100N 100N 0W063 1K0 10V 10V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 0W063 P842

DGnd DGnd DGnd

DGnd

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

Main Memory 08_E037 PK13/12/07 No changes on this sheet E.0

Filename: L122_C6_PW338_Main_Memory_Port_F0.SchDoc 07_E205 NC20/11/07 No changes on this sheet D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet613 of A2 DRAWING NO. L122CT +3v3 PW338

R700 R701 R702 R703 R704 R705 R709 R710 4K7 4K7 4K7 4K7 4K7 4K7 4K7 4K7 0W063 0W063 0W063 0W063 0W063 0W063 0W063 0W063

IC200F H27 H29 I2SICLK0 I2SOCLK P812 J29 H26 Display_CEC I2SIWS0,I3 I2SOWS,I5 EDID_SDA P781 J26 J28 Vid_Clk_Sw I2SID0,I0 I2SOD,I2 EDID_SCL P815 H28 M28 I2SICLK1 THRWSC J30 I2SIWS1,I4 J27 M30 P739 I2SID1,I1TW0WSC0,H6 AN_SCL M29 P740 TWOWSD0,H7 AN_SDA P741 AG12 RS232 Rx RXD0,H0 P742 AH12 L27 P743 RS232 Tx TXD0,H1TWOWSC1,H2 HDMI_config_scl L26 P744 TWOWSD1,H3 HDMI_config_sda P745 M26 FP Rx RXD1,J6 P746 M27 L29 P747 FP Tx TXD1,J7TWOWSC2,H4 DAB_SCL L28 P748 TWOWSD2,H5 DAB_SDA P749 AH11 Z1 Demod Out IRRCVR0 P750 AG11 AJ6 Z2 Demod Out IRRCVR1 NC IC706A P751 AH10 AK6 Z3 Demod Out IRRCVR2 NC 7 +3v3 PW338 AK7 WP NC 1 P752 D26 AJ7 A0 Relay Sw PORTA0,A0 NC DGND 6 2 P753 D27 SCL A1 iPod /Present PORTA1,BHEN R707 5 3 Slave Address 0xA2/A3 D28 L30 P755 P756 SDA A2 PORTA2 PWM0,J0 FAN PWM Changed address from A0/A1 (clash with EDID I2C) P757 D29 K26 RDS Data PORTA3 PWM1,J1 0R0 24LC256/SM DGND P758 D30 K27 FM Data Out PORTA4 PWM2,J2 0W063 P759 C28 K28 FM CE PORTA5 PWM3,J3 IC701A P760 C29 K29 i2s mux PORTA6 PWM4,J4 SPIData 14 15 P761 P762 C30 K30 DS Q0 DSP2 /CS SPDIF_Present PORTA7 PWM5,J5 1 P763 Q1 NET /RESET R708 SPIClk 11 2 P764 F28 AK24 SHCP Q2 SPDIF /RESET RS232 /CSC PORTB0,/CS2 DAC0 12 3 P767 F29 AJ24 595A Latch STCP Q3 /Main Mute PORTB1,/CS3 DAC1 0R0 +3v3 PW338 4 P768 RTC_SClk P769 F30 AK23 Q4 /Sbl/Sbr Mute PORTB2 DAC2 0W063 10 5 P770 RTC_IO P771 E26 AJ23 MR Q5 Z2 /Mute PORTB3 DAC3 Not Fitted 13 6 P772 RTC_Reset P773 E27 OE Q6 Z3 /Mute PORTB4 7 P774 E28 Q7 SiI9134_2/RESET NET_UART_Int PORTB5 DGND 9 E29 Q7'/DO Sirius_UART_Int PORTB6 E30 iPod_UART_Int PORTB7,DFO 74HC595D IC703A P778 H30 AN SPI Clk PORTC0 SPIData 14 15 P780 G26 DS Q0 HDMI_DDCSelAV AN SPI Data PORTC1 1 SPIClk G27 Q1 HDMI_DDCSelSAT SPI Clk PORTC2 SPIClk 11 2 SPIData G28 SHCP Q2 HDMI_DDCSelDVD SPI Data PORTC3 12 3 P786 G29 595BC Latch STCP Q3 HDMI_DDCSelVCR Zone SPI Clk PORTC4,P1COAST +3v3 PW338 4 P788 G30 Q4 HDMI_DDCSelPVR Zone SPI Data PORTC5,P1ADC_CLAMP 10 5 P789 F26 MR Q5 HDMI_TMDSSel0 HDMITx_1 Int PORTC6 13 6 P791 F27 OE Q6 HDMI_TMDSSel1 HDMITx_2 Int PORTC7 7 P793 PERIPHERALS Q7 HDMI_TMDSSel2 DGND 9 D18 Q7'/DO HDMIRx Sync PORTD0,AFEPIXEL A19 HDMIRx Int PORTD1,AFEVSYNC 74HC595D B19 P859 HDMIRx Mute PORTD2,AFEHSYNC C19 PW338 Hotplug PORTD3,AFECLK D19 Display1_5v_off PORTD4 A20 IC704A Display2_5v_off PORTD5 B20 14 15 P800 EDID_Sel PORTD6 DS Q0 HDMI_TMDSSel3 AB3 1 P801 NC PORTD7,PCLK,FBI Q1 IP_DDCSel0 SPIClk 11 2 P802 SHCP Q2 IP_DDCSel1 P803 AK22 12 3 P804 VSM ADC0 STCP Q3 IP_DDCSel2 Amptemp1 AJ22 +3v3 PW338 4 P806 Amp_Temp_1 ADC1 Q4 QUART RESET Amptemp2 AH22 10 5 P808 Amp_Temp_2 ADC2 MR Q5 SiI9135 /RESET Amptemp3 AK21 13 6 P810 Amp_Temp_3 ADC3 OE Q6 ADV7310 /RESET AJ21 7 P811 +3v3 PW338 NF ADC4 Q7 SiI9134_1/RESET NF AH21 DGND 9 D700 +3v3 PW338 ADC5 Q7'/DO NF R706 AK20 NF ADC6 AJ20 74HC595D C700 ADC7 C701 P813 2K2 100N BAS16 16V 0.1F 0W063 PW338-30L +3v3 PW338 +3v3 PW338 +3v3 PW338 +3v3 PW338 16 16 16 8 5.5V VCC VCC VCC VCC

1 8 C702 C703 C704 C705 DGnd 100N 100N 100N 100N DGnd 16V 16V 16V 16V P814 2 X1 8 8 8 4 NF 7 RTC_SClk GND GND GND GND X700 VCC2 SCLKVCC1 IC701B DGND IC703B DGND IC704B DGND IC706B DGND 32.768KHz 6 RTC_IO I/O 74HC595D 74HC595D 74HC595D 24LC256/SM P817 3 5 RTC_Reset X2 RESET GND IC705 NF 4 DS1302Z DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

DGnd Peripherals 08_E037 PK 13/12/07 Re-name DSP signals for AD DSP, HDMI Clks routed to L121 E.0

Filename: L122_C7_PW338_Peripherals_F0.SchDoc 07_E205 NC 20/11/07 EDID I2S Bus added, CEC connected D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet713 of A3 DRAWING NO. L122CT 2V5D R817 654mA (0.5232W) 0R0 R800 0W063 National/LP3876ESX-ADJ 10K +3v3 PW338 REG800 0W063 R801 2 4 P819 P820 Vin Vout 1R0 C811 C812 1 5 R802 C800 C813 C801 10uF 100N SD ADJ 220R 15N 0W063 10uF 10uF 10V 16V GND 0W063 16V 10V 10V 385mA (0.5775W) 3

DGnd P821 R803 P822 DGnd LM1117MPX-1.8 DGnd 200R +3v3 PW338 REG802 1V8A PW338 R805 0W063 1v8APW P823 P857 P824 +1V8 C808 C809 C810 0R0 R804 10uF 100N 10uF 0W063 10R 10V 16V 10V 0W063 P858

DGnd DGnd DGnd DGnd

2V5D 1V8D P825

C818 C819 C820 C823 C824 C825 C826 C829 C830 C805 C832 C833 C834 C836 C837 C838 C839 C840 C841 C842 C843 C844 C845 C846 C847 C848 C849 C806 100N 100N 100N 330P 100N 100N 100N 100N 100N 220UF 100N 100N 330P 100N 100N 100N 330P 100N 100N 100N 330P 100N 100N 100N 330P 100N 100N 10uF 16V 16V 16V 50V 16V 16V 16V 16V 16V 16V 16V 16V 50V 16V 16V 16V 50V 16V 16V 16V 50V 16V 16V 16V 50V 16V 16V 10V

DGnd DGnd 2V5D +3v3 PW338 P827 P828 P829 +3v3ADC +1v8CPadP831 +3v3VS P832 +3v3AHDMI +3v3DHDMI +1v8PLL P833 P834 C850 C851 C852 C853 C856 C857 C858 C859 C860 C861 C854 C802 C803 C804 C867 C868 C869 C870 C871 C872 C873 C874 C863 C864 C865 C866 100N 100N 100N 100N 100N 100N 100N 100N 100N 100N 10uF 10uF 10uF 10uF 100N 100N 100N 100N 100N 330P 100N 100N 100N 100N 100N 1N0 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 10V 10V 10V 10V 16V 16V 16V 16V 16V 50V 16V 16V 16V 16V 16V 50V

DGnd DGnd DGnd DGnd DGnd DGnd DGnd DGnd

URES P836 MPLL DPLL P838 MSPLL P839 DACV C876 C879 C880 C881 C882 C883 C884 C885 C887 100N 10uF 330P 10uF 330P 10uF 330P 100N 100N 16V 10V 50V 10V 50V 10V 50V 16V 16V

1V8A PW338 DGnd DGnd DGnd DGnd +3v3 PW338 +3v3 PW338 DGnd DGnd

2V5D 1V8D 1V8A PW338 L802 L803 L804 Eval board connects these to Dig supply although they are L805 L806 L807 L808 L809 L810 low speed analogue. L811 L812 1K@100MHz 1K@100MHz 1K@100MHz 120R@100MHz 120R@100MHz DACV 120R@100MHz 120R@100MHz 120R@100MHz 120R@100MHz 120R@100MHz 120R@100MHz +3v3AHDMI +3v3DHDMI +1v8PLL +3v3VS +3v3ADC +1v8CPad URES MPLL DPLL MSPLL J5 L5 M5 AH19 C6 E11 E12 E13 E14 E15 E16 E17 E18 E19 E20 E21 E22 E23 E24 F25 G6 G25 H6 H25 AC6 AC25 AD6 AD25 AE6 AE25 AF12 AF13 AF14 AF15 AF16 AF17 AF18 AF19 AF20 AF21 AF22 AF23 AG20 AG21 AG22 AK25 W5 F1 G1 U5 E9 E10 F23 F24 AE7 AE8 AE23 AE24 AF11 AF24 P5 T5 V5 AH8 P30 T27 W30 AD30 AF28 AK30 R5 A2 A4 A6 A8 AH23 AH24 AG7 AG8 N5 W1 AG9 N26 P26 R26 T26 U26 V26 W26 Y26 AA26 AA28 AB26 AC26 AD26 AE26 AF25 AF26 AG25 AH25 AH29 Y5 F6

IC200E PW338-30L NC VDDIO VDDIO VDDIO VDDIO VDDIO VDDIO VDDIO VDDIO VDDIO VDDIO VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 VDD25 AVDDP AVDD18 REFVDD ADCVDD DACVDD AVDD18B AVDD18R VDDCP18 DPLLVDD AVDD18G MPLLVDD URESVDD P33VHDMI VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE VDDCORE MDSKVDD AMVDD331 AMVDD332 AMVDD333 A33VHDMI1 A33VHDMI2 A33VHDMI3 A33VHDMI4 APLLVDD33 AVDDPLL18 VDDIOHDMI VDD25SSTL7 VDD25SSTL6 VDD25SSTL5 VDD25SSTL3 VDD25SSTL2 VDD25SSTL0 ADCAVDD331 ADCAVDD332 ADCAVDD333 POWER AND GROUND AVSSHDMI1 AVSSHDMI2 AVSSHDMI3 AVSSHDMI4 AVSSHDMI5 AVSSHDMI6 AVSSHDMI7 AVSSHDMI7 APLLDGnd AMVSS331 AMVSS332 VSVSS1 VSVSS2 ADCAVSS331 ADCAVSS332 ADCAVSS333 AVSSP AVSS18R AVSS18G AVSS18B AVSS18 VSSP18 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS MREFGND0 MREFGND1 REFVSS ADCVSS DACVSS URESVSS NC MPLLVSS DPLLVSS MDSKVSS J4 L4 T4 B2 B4 B6 B8 K5 P4 V4 Y4 C1 C3 C5 C7 H1 N4 R4 U4 M4 W4 W2 L11 L12 L13 L14 L15 L16 L17 L18 L19 L20 T11 T12 T13 T14 T15 T16 T17 T18 T19 T20 P11 P12 P13 P14 P15 P16 P17 P18 P19 P20 V11 V12 V13 V14 V15 V16 V17 V18 V19 V20 Y11 Y12 Y13 Y14 Y15 Y16 Y17 Y18 Y19 Y20 V29 N11 N12 N13 N14 N15 N16 N17 N18 N19 N20 R11 R12 R13 R14 R15 R16 R17 R18 R19 R20 U11 U12 U13 U14 U15 U16 U17 U18 U19 U20 AF8 AF7 AF9 M11 M12 M13 M14 M15 M16 M17 M18 M19 M20 AH7 W11 W12 W13 W14 W15 W16 W17 W18 W19 W20 AJ25 AE29 AG19 AG23 AG24

DGnd

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

PW338 Power & Ground 08_E037 PK13/12/07 No changes on this sheet E.0

Filename: L122_C8_PW338_Power_and_Ground_F0.SchDoc07_E205 NC20/11/07 No changes on this sheet D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet813 of A2 DRAWING NO. L122CT +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI HDMI spec has weak D900 D901 D902 D903 D904 pullup at sink (47k) and Hotplug BAV99 BAV99 BAV99 BAV99 BAV99 strong pullup at source (1k8) Signalling :- In circuit below hotplug may be delayed wrt 5v more hence resistors below - Source indicates ready by asserting +5V. than in a conventional system which could risk a timeout. are fitted on SDA, SCL. - Sink indicates ready by asserting HOTPLUG +3v3 PW338 - Souce interogates EDID etc. i.e. sink asserts hotplug and expects source to SKT901 +3v3 PW338 start comms on I2C and read the EDID immediately. WURTH ELEKTRONIK 50V 50V 50V 50V +5V_STBY +3v3 PW338 2 8 13 15 16 18 21 26 31 33 40 53 64 685 119 134 923 IC901 Some sinks might register a timeout fault. DGnd DGnd DGnd DGnd DGnd PI3HDMI413 C903 C904 C905 C906 C907 C908 C909 C910 HOTPLUG to source will only go high when : 1.The source is selected Check HDMI spec on this. 23 22 P900 P901 P902 P903 P904 100N 1N0 100N 1N0 100N 1N0 100N 1N0 DGnd R900 R901 R902 C995 AND 2. The HOTPLUG from the TV/Display is high SAT CK- 62 VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD 9 MUX1 CK- +1v5D 16V 50V 16V 50V 16V 50V 16V 50V 47K 47K 47K 330P 0B1 A0 R903 R904 R905 R906 R907 R908 R909 R910 SAT CK+ 61 10 MUX1 CK+ AND 3. The 5V power from the source is high 0W063 0W063 0W063 200R 200R 200R 200R 200R 200R 200R 200R 50V 1B1 A1 0W063 SAT D0- 60 11 MUX1 D0- SCN SCN 19 AV_hotplug_out 2B1 A2 H/Plg Detect SAT D0+ 59 12 MUX1 D0+ +3v3 PW338 18 AV_5v_in AV_SDA 3B1 A3 +5V SAT D1- 48 22 MUX1 D1- 50V 50V 17 AV_SCL DGnd 4B1 A4 DDC/CEC Gnd SAT D1+ 47 23 MUX1 D1+ 16 AV_CEC CEC_Common 5B1 A5 SDA R911 SAT D2- 46 24 MUX1 D2- C911 C912 C913 15 6B1 A6 SCL 0R0 0R0 provides means to SAT D2+ 45 25 MUX1 D2+ 1N0 100N 1N0 IC900D 14 7B1 A7 13 P905 n/c 0W063 common CEC lines +1v5D 50V 16V 50V IC900C P1056 HDMI_DDCSelAV 13 10 11 CEC AV CK- 58 R912 12 AV CK- 0B2 AV_hotplug_out P10608 12 Clock- AV CK+ 57 11 1B2 9 Clk_Shield AV D0- 56 1K0 10 AV CK+ 2B2 74HCT08D Clock+ AV D0+ 55 0W063 9 AV D0- 3B2 74HCT08D P1057 Data0- AV D1- 44 R913 8 4B2 AV_5v_in AV D0_Shield AV D1+ 43 LP filter 7 AV D0+ 5B2 Data0+ AV D2- 42 1K0 6 AV D1- 6B2 +3v3 PW338 R914 C921 Data1- AV D2+ 41 0W063 5 7B2 10K 100P D1_Shield 4 AV D1+ 0W063 50V Data1+ DVD CK- 52 3 AV D2- 0B3 R981 R982 Data2- DVD CK+ 51 N.B. Hotplug Select signals 2 To MUX1 MUX1 1B3 1K8 1K8 R983 D2_Shield DVD D0- 50 output must are derived from 1 AV D2+ 2B3 0W063 0W0631K5 DGnd DGnd Data2+ DVD D0+ 49 satisfy TTL HC logic running 3B3 0W063 DVD D1- 39 6 P914 signal thresholds @ 3v3. (HC595). 4B3 S1 P915 HDMI_TMDSSel0 so require HCT SCN SCN DVD D1+ 38 7 R915 5B3 S2 HDMI_TMDSSel1 DVD D2- 37 19 family device 15K 6B3 S3 R984 R916 DVD D2+ 36 20 SAT_5v_in

21 20 0W063 7B3 S4 1K5 LP filter 0W063 1K0 R917 C922 DGnd DGnd VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS 0W063 10K 100P DGnd DGnd +1v5D 0W063 50V

1 3 4 5 P916 14 17 27 28 29 30 32 34 35 54 63

DGnd DGnd +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI IC904B Hotplug MUX 5 R918 IC904C SAT_hotplug_out P10616 10 P917 D905 D906 D907 D908 D909 HDMI_DDCSelSAT 4 P918 8 BAV99 BAV99 BAV99 BAV99 BAV99 1K0 9 SelPVR SelVCR SelDVD SelSAT SelAV Hi Output Assignment 0W063 74HCT08D 74HCT08D 0 0 0 0 0 0 Blank SKT900 0 0 0 0 1 1 AV WURTH ELEKTRONIK TMDS MUX +5V_STBY +3v3 PW338 0 0 0 1 0 2 SAT 685 119 134 923 0 0 1 0 0 3 DVD IP_TMDSSel IC906C 10 P919 0 1 0 0 0 4 VCR 23 22 DGnd DGnd DGnd DGnd DGnd IC906B HDMI_DDCSelDVD DGnd R919 R920 R921 C996 Sel3 Sel2 Sel1 Sel0 Input Selected 5 P920 8 1 0 00 0 5 PVR P921 P922 P923 P924 P925 R922 47K 47K 47K 330P DVD_hotplug_out P10626 9 R923 R924 R925 R926 R927 R928 R929 R930 +3v3 PW338 0W063 0W063 0W063 200R 200R 200R 200R 200R 200R 200R 200R 50V 000 0 Input A SAT 4 0W063 1K0 74HCT08D SCN SCN 19 SAT_hotplug_out 0 0 0 1 Input B AV H/Plg Detect 0W063 74HCT08D 18 SAT_5v_in SAT_SDA 2 8 13 15 16 18 21 26 31 33 40 53 64 0 0 1 0 Input C DVD P926 +5V IC905 For correct operation addresses 17 SAT_SCL DGnd 0 1 1 1 Input D PVR DDC/CEC Gnd PI3HDMI413 16 SAT_CEC CEC_Common 1 0 1 1 Input E VCR on all 3 MUXs should match SDA R931 15 1 1 1 1 Off (Hi Z) Blank SCL 0R0 Provides means to MUX1 D2+ 62 VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD 9 Rx_D2+ R932 (TMDS, DDC, Hotplug) 14 0B1 A0 DVD_5v_in n/c 0W063 common CEC lines MUX1 D2- 61 10 Rx_D2- Do not use other combinations LP filter 13 1B1 A1 CEC MUX1 D1+ 60 11 Rx_D1+ 1K0 12 SAT CK- 2B1 A2 R933 C927 Clock- MUX1 D1- 59 12 Rx_D1- 0W063 11 3B1 A3 10K 100P Clk_Shield MUX1 D0+ 48 22 Rx_D0+ 10 SAT CK+ 4B1 A4 0W063 50V Clock+ MUX1 D0- 47 23 Rx_D0- For correct operation addresses 9 SAT D0- 5B1 A5 SAT Data0- MUX1 CK+ 46 24 Rx_C+ 8 6B1 A6 on all 3 MUXs should match D0_Shield MUX1 CK- 45 25 Rx_C- 7 SAT D0+ 7B1 A7 DGnd DGnd Data0+ (TMDS, DDC, Hotplug) 6 SAT D1- Data1- PVR D2+ 58 R934 5 0B2 VCR_5v_in D1_Shield PVR D2- 57 LP filter 4 SAT D1+ 1B2 Data1+ PVR D1+ 56 1K0 3 SAT D2- 2B2 R935 C928 Data2- PVR D1- 55 0W063 2 3B2 10K 100P D2_Shield PVR D0+ 44 1 SAT D2+ 4B2 0W063 50V Data2+ To MUX1 PVR D0- 43 P943 5B2 PVR CK+ 42 6B2 +3v3 PW338 SCN SCN R936 PVR CK- 41 7B2 IC906A DGnd DGnd 15K 2 VCR D2+ 52 R937 P1063 IC900B P944 21 20 0W063 0B3 R985 R986 VCR_hotplug_out 3 5 VCR D2- 51 HDMI_DDCSelVCR 1B3 1K8 1K8 R987 1 P945 6 VCR D1+ 50 1K0 DGnd DGnd 2B3 0W063 0W0631K5 4 MUX2 VCR D1- 49 0W063 DGnd DGnd 3B3 0W063 74HCT08D VCR D0+ 39 6 P946 4B3 S1 HDMI_TMDSSel2 74HCT08D VCR D0- 38 7 P947 IC904A 5B3 S2 HDMI_TMDSSel3 2 VCR CK+ 37 19 IC906E +5V_STBY IC900E +5V_STBY +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI 6B3 S3 R988 3 IC904E +5V_STBY VCR CK- 36 20 14 14 7B3 S4 1K5 1 14 VCC VCC IC900A VCC 0W063 2 P948 IC906D P949 HDMI_DDCSelPVR 74HCT08D C919 C920 D910 D911 D912 D913 D914 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS 13 3 C931 R938 100N 100N BAV99 BAV99 BAV99 BAV99 BAV99 PVR_hotplug_out P106411 1 P950 IC904D 100N +1v5D 13 16V 16V

1 3 4 5 12 16V

14 17 27 28 29 30 32 34 35 54 63 1K0 11 7 7 SDA/SCL pullup - see HDMI spec 74HCT08D 7 GND GND SKT903 0W063 12 GND 74HCT08D P951 WURTH ELEKTRONIK 74HCT08D DGnd 74HCT08D DGnd +5V_STBY +3v3 PW338 74HCT08D DGnd 685 119 134 923 +3v3 PW338 74HCT08D DGnd P952 P953 P954 P955 P956 50V 50V 50V 50V R939 PVR_5v_in 23 22 R940 R941 R942 C997 LP filter DGnd DGnd DGnd DGnd DGnd DGnd C934 C935 C936 C937 C938 C939 C940 C941 47K 47K 47K 330P 1K0 R943 C942 R944 R945 R946 R947 R948 R949 R950 R951 100N 1N0 100N 1N0 100N 1N0 100N 1N0 0W063 0W063 0W063 0W063 200R 200R 200R 200R 200R 200R 200R 200R 50V 10K 100P 0W063 +1v5D 16V 50V 16V 50V 16V 50V 16V 50V SCN SCN 19 DVD_hotplug_out 0W063 50V H/Plg Detect 18 DVD_5v_in DVD_SDA +5V 17 DVD_SCL DGnd +5V_STBY DDC/CEC Gnd 16 DVD_CEC CEC_Common DGnd DGnd SDA R952 +3v3 PW338 15 SCL 0R0 50V 14 Provides means to C943 C944 n/c 0W063 LP Filter R953 13 common CEC lines 100N 10uF P957 CEC C945 C946 C947 PW338 Hotplug 12 DVD CK- 16V 10V R1121 Clock- IC907 100N 1N0 100N 100R 11 47K C953 Clk_Shield 13 DG408LDY +1v5D 16V 50V 16V 0W063 10 DVD CK+ 0W063 100P Clock+ 9 DVD D0- DGnd 4 50V Data0- X0

DVD 8 AV_SDA 5 V+ D0_Shield X1 7 DVD D0+ SAT_SDA 6 8 Data0+ X2 D IC201D 6 DVD D1- DVD_SDA 7 DGnd Data1- X3 5 VCR_SDA 12 D1_Shield X4 SiI9135 4 DVD D1+ PVR_SDA 11 Data1+ X5 SDA 3 DVD D2- 10 Data2- nc X6 HDMI input port pins 2 9 R989 D2_Shield nc X7 1 DVD D2+ +5V_STBY Data2+ To MUX1 2 +5V_STBY 0R0 EN Rx_D2+52 IPDDCSel0 1 0W063 R0X2+

SCN SCN IP_DDCSel0 A0 Rx_D2- 51 R954 IPDDCSel1 16 +5V_STBY R0X2- IP_DDCSel1 A1 R990 Rx_D1+48 15K IPDDCSel2 15 C967 C954 R0X1+ 1 IP_DDCSel2 A2 8 NF Rx_D1- 47

21 20 0W063 100N 100N R0X1- 0R0 Rx_D0+44 14 16V 16V R0X0+ GND 0W063 Rx_D0- 43 DGnd DGnd R0X0-

V- Rx_C+ 40 DGnd DGnd R0XC+ Rx_C- 39 DGnd 7 DGnd R0XC- Port 0 3 DSP Vcc

Channel 0 is DDC Vcc EDID SEL EDID_Sel Blank Screen P974 DSCL 34 6 2 DSCL0 +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI DDC SCL DSP SCL EDID_SCL P975 DSDA 33 5 3 DSDA0 DDC SDA DSP SDA EDID_SDA P976 PWR5 35 R0PWR5V DGnd +5V_STBY

D915 D916 D917 D918 D919 Vss IC909 BAV99 BAV99 BAV99 BAV99 BAV99 CAT24C208JI-TE13 4 SKT902 70 C958 C959 R1120 R1X2+ WURTH ELEKTRONIK IC910 69 +5V_STBY +3v3 PW338 100N 10uF 47K R1X2- 685 119 134 923 13 DG408LDY 66 16V 10V 0W063 DGnd R1X1+ 65 P977 P978 P979 P980 P981 4 R1X1- 23 22 X0 PW338 Sink Dual Port EDID Memory 62

DGnd R955 R956 R957 C998 AV_SCL 5 V+ R1X0+ DGnd DGnd DGnd DGnd DGnd X1 61 47K 47K 47K 330P DGnd SAT_SCL 6 8 R1X0- R958 R959 R960 R961 R962 R963 R964 R965 X2 D 58 0W063 0W063 0W063 200R 200R 200R 200R 200R 200R 200R 200R 50V DVD_SCL 7 R1XC+ 0W063 X3 57 Port not used Port 1 SCN SCN 19 VCR_hotplug_out VCR_SCL 12 R1XC- H/Plg Detect X4 18 VCR_5v_in VCR_SDA PVR_SCL 11 +5V X5 29 HDMI MUX Supply 17 VCR_SCL DGnd NC 10 DSCL1 DDC/CEC Gnd X6 DDC MUX 28 16 VCR_CEC CEC_Common NC 9 DSDA1 SDA R966 X7 30 15 +5V_STBY R1PWR5V SCL 0R0 Provides means to IP_DDCSel 14 2 n/c 0W063 EN 13 common CEC lines IPDDCSel0 1 Sel2 Sel1 Sel0 On Switch Assignment CEC A0 SII9135 12 VCR CK- IPDDCSel1 16 Clock- A1 11 IPDDCSel2 15 SCL 0 0 0 0 Blank 20mA (0.036W) Clk_Shield A2 10 VCR CK+ 0 0 1 1 AV VCR Clock+ 9 VCR D0- 14 0 1 0 2 SAT Data0- GND REG1101 8 0 1 1 3 DVD

D0_Shield V- +3v3 PW338 LM1117MPX-ADJ/NOPB +1v5D 7 VCR D0+ 1 0 0 4 VCR Data0+ P1051 6 VCR D1- 1 0 1 5 PVR

Data1- 3 5 1 1 0 6 n/c D1_Shield CEC_Common C1106 C1107 R1106 C1108

4 VCR D1+ 1 1 1 7 n/c ADJ Data1+ 10uF 100N 120R 10uF 3 VCR D2- Data2- 10V 16V ?w 0W063 10V 2 D2_Shield +5V_STBY P1052 1 VCR D2+ DGnd Data2+ To MUX2 P1053 P1054 For correct operation addresses DGnd DGnd NF SCN SCN R967 on all 3 MUXs should match C960 C961 IC911 R1112

15K 13 100N 10uF DG408LDY R999 (TMDS, DDC, Hotplug) 11R

21 20 0W063 16V 10V nc 4 0R0 0W063 X0

NF NF AV_CEC 5 V+ 0W063 DGnd DGnd X1 SAT_CEC 6 8 P1055 DGnd DGnd X2 D Display_CEC DGnd DVD_CEC 7 X3 VCR_CEC 12 R1119 +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI +5V_HDMI X4 PVR_CEC 11 27K R1118 X5 NC 10 0W063 13R X6 NC 9 0W063 D920 D921 D922 D923 D924 X7 +3v3 PW338 +5V_STBY BAV99 BAV99 BAV99 BAV99 BAV99 Vl = 0v6, Vh = 2v4, Vmax = 5v CEC 2 EN Hotplug 47k - see CM2021 datasheet fig 4. IPDDCSel0 1 A0 IPDDCSel1 16 DGnd SDA/SCL pullup - see HDMI spec A1 SKT905 IPDDCSel2 15 A2 WURTH ELEKTRONIK +5V_STBY +3v3 PW338 685 119 134 923 P990 P991 P992 P993 P994 14 GND

DGnd DGnd DGnd DGnd DGnd V- 23 22 DGnd R968 R969 R970 C999

47K 47K 47K 330P 3 R971 R972 R973 R974 R975 R976 R977 R978

0W063 0W063 0W063 200R 200R 200R 200R 200R 200R 200R 200R 50V 0W063

SCN SCN 19 PVR_hotplug_out H/Plg Detect +5V_STBY 18 PVR_5v_in PVR_SDA +5V DGnd 17 PVR_SCL DGnd DDC/CEC Gnd 16 PVR_CEC CEC_Common SDA R979 15 IC912 SCL 0R0 C965 C966 14 Provides means to 13 DG408LDY n/c 0W063 100N 10uF 13 common CEC lines CEC 16V 10V 4 12 PVR CK- X0

Clock- AV_5v_in 5 V+ 11 X1 Clk_Shield SAT_5v_in 6 8 10 PVR CK+ X2 D PVR Clock+ DGnd DVD_5v_in 7 9 PVR D0- X3 Data0- VCR_5v_in 12 8 X4 D0_Shield PVR_5v_in 11 7 PVR D0+ X5 Data0+ NC 10 5V_In 6 PVR D1- X6 Data1- NC 9 5 X7 D1_Shield +5V_STBY Changing these MUXs 4 PVR D1+ Data1+ 2 to channel 0 will simulate a cable 3 PVR D2- EN Data2- IPDDCSel0 1 being unplugged. 2 A0 D2_Shield IPDDCSel1 16 1 PVR D2+ A1 DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0 Data2+ To MUX2 IPDDCSel2 15 A2 HDMI Input MUX 08_E037 PK13/12/07 No changes on this sheet E.0

SCN SCN Vl = 0v6, Vh = 2v4, Vmax = 5v 14 R980 GND

15K +5V_HDMI D925 +5V_STBY V- Filename: L122_C9_HDMI_Input_MUX_F0.SchDoc 07_E205NC 20/11/07 EDID I2S Bus added, CEC connected D.0

21 20 0W063

3 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 DGnd DGnd BAS16 DGnd DGnd A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 DGnd Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet913 of A1 DRAWING NO. L122CT +5V_STBY

R1000 M1000 10K NTF2955 0W063 R1002 P1003 Display1_5v_off NF 0R0 0W063 Lo = 5v on HiZ = 5v off P1004 +3v3 PW338 P1058 C1020 10N C1021 50V 10N C1023 50V 37 2 10N 1 DGnd 50V DGnd Ensure 5v not driven when display not selected

DGnd Circ. side Con. side 75 mA limited 38 +5V_OUT 20 21 TMDS_BYP

5V_SUPPLY DGnd Display1_D2+ 4 3V3_SUPPLY 35 SKT1000 TMDS_D2+ NC Display1_D2- 5 34 WURTH ELEKTRONIK TMDS_GND TMDS_GND 6 33 1 SCN SCN 685 119 134 923 NC TMDS_D2- Data2+ 2 D2_Shield Display1_D1+ 7 32 3 TMDS_D1+ NC Data2- Display1_D1- 8 31 4 TMDS_GND TMDS_GND Data1+ 9 30 5 NC TMDS_D1- D1_Shield 6 Data1- Display1_D0+ 10 29 7 TMDS_D0+ NC Data0+ Display1_D0- 11 28 8 +3v3 PW338 TMDS_GND TMDS_GND D0_Shield 12 27 9 NC TMDS_D0- Data0- 10 Clock+ Display1_CK+ 13 26 11 R1020 R1021 TMDS_CK+ NC Clk_Shield Out 1 Display1_CK- 14 25 12 IC502C 18K 18K TMDS_GND TMDS_GND Clock- 15 24 13 0W063 0W063 NC TMDS_CK- CEC 14 n/c P1005 16 23 P1006 15 Display_CEC CEC_IN CEC_OUT SCL Display1_SCL 17 22 P1008 16 34 Display1_D0+ DDC_CLK_IN DDC_CLK_OUT SDA TX0+ Display1_SDA 18 21 P1011 17

Tx 33 Display1_D0- DDC_DAT_IN DDC_DAT_OUT DDC/CEC Gnd TX0- 19 20 18 HOTPLUG_IN HOTPLUG_OUT +5V +3v3 PW338 19 37 Display1_D1+ H/Plg Detect TX1+ DGnd

36 Display1_D1- GND GND TX1- R1022 SCN SCN

See Sheet 13 40 Display1_D2+ 3 IC1000 R1001 R1003

TX2+ 47K 36 P1017 P1018 39 Display1_D2- 1K8 1K8

TX2- 0W063 CM2020-00TR 22 23 AVCC18_1 0W063 0W063

HDMI Display1_Hotplug DGndDGnd DGnd 31 Display1_CK+ TXC+ DGnd 30 Display1_CK- C1026 R599 TXC- +5V_STBY 100N 680R 16V 0W063 P1022 C1027 R1023 1N0 15K R598 DGnd 51 P1023 Display1_Hotplug 50V 0W063 18R HPD SiI9134 0W063 47 P1024 Display1_SDA DSDA P1025 27 46 P1026 Display1_SCL EXT_SWING DSCL

DGnd DGnd C79, R13 see CM2020 datasheet. SII9134

+5V_STBY

R1025 M1001 10K IC503C NTF2955 0W063 P1027 R1026 Display2_5v_off NF 0R0 0W063 Lo = 5v on 34 Display2_D0+ HiZ = 5v off TX0+

Tx 33 Display2_D0- +3v3 PW338 TX0-

37 Display2_D1+ P1059 TX1+ 36 Display2_D1- C1029 TX1- 10N P1031 C1031 Ensure 5v not driven when display not selected See Sheet 13 40 Display2_D2+ 50V 10N TX2+ 39 Display2_D2- NF R1031 C1032 50V 37 2 TX2- 1 AVCC18_2 0R0 10N HDMI 31 Display2_CK+ 0W063 DGnd 50V TXC+ 30 Display2_CK- DGnd R597 TXC- 680R DGnd Circ. side Con. side 75 mA limited 0W063 38 +5V_OUT 20 21 TMDS_BYP

P1037 5V_SUPPLY DGnd Display2_D2+ 4 3V3_SUPPLY 35 SKT1001 TMDS_D2+ NC R596 51 P1038 Display2_Hotplug Display2_D2- 5 34 WURTH ELEKTRONIK HPD TMDS_GND TMDS_GND 18R 6 33 1 SCN SCN 685 119 134 923 SiI9134 NC TMDS_D2- Data2+ 0W063 47 P1039 Display2_SDA 2 DSDA D2_Shield P1040 27 46 P1041 Display2_SCL Display2_D1+ 7 32 3 EXT_SWING DSCL TMDS_D1+ NC Data2- Display2_D1- 8 31 4 TMDS_GND TMDS_GND Data1+ 9 30 5 NC TMDS_D1- D1_Shield 6 Data1- SII9134 Display2_D0+ 10 29 7 TMDS_D0+ NC Data0+ Display2_D0- 11 28 8 +3v3 PW338 TMDS_GND TMDS_GND D0_Shield 12 27 9 NC TMDS_D0- Data0- 10 Clock+ Display2_CK+ 13 26 11 R1027 R1028 TMDS_CK+ NC Clk_Shield Out 2 Display2_CK- 14 25 12 18K 18K TMDS_GND TMDS_GND Clock- 15 24 13 0W063 0W063 NC TMDS_CK- CEC 14 n/c Display_1&2_CEC 16 23 P1043 15 CEC_IN CEC_OUT SCL Display2_SCL 17 22 P1045 16 DDC_CLK_IN DDC_CLK_OUT SDA Display2_SDA 18 21 P1047 17 DDC_DAT_IN DDC_DAT_OUT DDC/CEC Gnd 19 20 P1048 18 HOTPLUG_IN HOTPLUG_OUT +5V +3v3 PW338 19 H/Plg Detect DGnd GND GND P1049 R1029 SCN SCN

3 IC1004 R1004 R1005

47K 36 CM2020-00TR 1K8 1K8

0W063 22 23 0W063 0W063 Display2_Hotplug DGndDGnd DGnd DGnd C1035 +5V_STBY 100N 16V

C1036 R1030 1N0 15K DGnd 50V 0W063 see CM2020 datasheet.

DGnd DGnd

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

HDMI Output MUX 08_E037 PK13/12/07 No changes on this sheet E.0

Filename: L122_C10_HDMI_Output_MUX_F0.SchDoc 07_E205 NC 20/11/07 CEC changed to bi-directional D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet10 of 13 A1 DRAWING NO. L122CT +5V_STBY

+3v3 PW338 +3v3 PW338 +5V_1

1V8D

CON1100 CON1101 2 1 P1101 2 1 Z3 /Mute Y ADV7312 DSP2 FLAG0 4 3 4 3 Z2 /Mute Amp Fault 6 5 P1105 6 5 Pb ADV7312 VSM 8 7 8 7 /Sbl/Sbr Mute 10 9 P1109 10 9 /Main Mute Pr ADV7312 RS232 Tx 12 11 12 11 Z2 Demod Out 14 13 P1113 14 13 SPDIF /Reset S-vid Y Out Z1 Demod Out 16 15 16 15 18 17 P1116 18 17 NET /RESET S-vid C out Z3 Demod Out 20 19 20 19 RS232 Rx 22 21 P1120 22 21 P1121 DSP2 /CS Cvid Out /AC Present 24 23 24 23 26 25 26 25 P1122 HDMI SPDIF 28 27 28 27 30 29 30 29 32 31 32 31 34 33 34 33 36 35 36 35 38 37 38 37 40 39 40 39 42 41 42 41 44 43 44 43 46 45 46 45 48 47 48 47 SPDIF_Present 50 49 50 49 FAN PWM 52 51 52 51 FP TX 54 53 54 53 Bulk Decoupling 56 55 56 55 DAB_SCL 58 57 58 57 Zone SPI Data 60 59 60 59 62 61 62 61 AN_SCL +5V_STBY 64 63 64 63 AN_SDA P1191 66 65 66 65 AN SPI Clk Sirius Rx 68 67 68 67 NET Rx C1100 70 69 70 69 NET MISO_D Zone SPI Clk 220UF 72 71 72 71 NET Power Down FM Data Out iPod Rx 16V 74 73 74 73 Suface Mount RDS Data iPod Tx P1192 76 75 76 75 FP RX NET Tx 78 77 P1143 78 77 DAB_SDA WClk PW338 DGnd P1144 80 79 80 79 SPI Clk i2s mux HDMI MCLK Sirius Tx 82 81 82 81 Vcomp Latch HDMI BCLK HDMI WCLK P1149 84 83 84 83 SPI Data HDMI Data3 +5V_1 86 85 86 85 AN SPI Data VidIO Mux Latch P1193 88 87 88 87 RDS Int HDMI Data2 90 89 90 89 AIn Mux Latch HDMI Data1 C1101 92 91 92 91 iPod /Present HDMI Data0 220UF 94 93 94 93 FM CE IRTrig Mux Latch 16V 96 95 96 95 Suface Mount AOut Mux Latch P1163 P1194 98 97 98 97 Dig Mux Latch NET S-vid Y 100 99 100 99 Relay Sw NET /CS P1167 DGnd 102 101 102 101 Pb In 104 103 P1169 104 103 NET MOSI Amp_Temp_1 P1172 106 105 P1171 106 105 Amp_Temp_2 Cvid In 108 107 P1174 P1175 108 107 NET SPI Clk Amp_Temp_3 Y in 110 109 110 109 NET Mode Host +3v3 PW338 112 111 P1180 112 111 DSP MOSI NET NIREQ Host S-vid Y In P1182 P1195 114 113 114 113 FP int NET Cvid 116 115 116 115 DSP /CS DSP MISO NET S-vid C P1187 C1102 118 117 118 117 DSP1 FLAG0 S-vid C In 220UF 120 119 P1190 120 119 Headphone Sense DSP Clk Pr In 16V Suface Mount Hirose Hirose P1196 FX8C-120S-SV5 FX8C-120S-SV5 DGnd

DGnd DGnd DGnd DGnd DGnd DGnd 1V8D P1197

C1103 220UF 16V Suface Mount P1198

DGnd

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

Motherboard Connections 08_E037 PK 13/12/07 Re-name DSP signals for AD DSP, HDMI Clks routed to L121 E.0

Filename: L122_C11_Motherboard_Connections_F0.SchDoc07_E205 NC20/11/07 No changes on this sheet D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet11 of 13 A3 DRAWING NO. L122CT 9135 AVCC33 9135 AVCC18 IC201F SII9135 38 42 46 50 56 60 64 68 37 54 72

11mA (0.0187W) LM1117MPX-3.3/NOPB +5V_STBY REG1200 P1200 TMDS_VA AVCC33 AVCC33 AVCC33 AVCC33 AVCC33 AVCC33 AVCC33 AVCC33 AVCC18 AVCC18 AVCC18 +3V3 C1255 C1256 C1260 AVCC33 SiI9135 TMDS Supplies AVCC18 10uF 100N 10uF 10V 16V 10V AGND AGND AGND AGND AGND AGND AGND AGND AGND

DGnd DGnd DGnd 36 41 45 49 53 59 63 67 71

DGnd

9135 AVCC33 16V L1200 10V 16V 16V 16V 16V P1201 50V 50V 50V 50V TMDS Analogue Supply +3v3 PW338 C1200 220R@100MHz C1201 C1202 C1203 C1204 C1205 C1208 C1210 C1211 C1212 100N 10uF 100N 100N 100N 100N 1N0 1N0 1N0 1N0 SII9135

16V 10V 16V 16V 16V 16V 50V 50V 50V 50V 6 18 32 74 88 104 113 125 137 IC201G

DGnd

1V8D 9135 AVCC18 R1202 10V 16V 16V 16V P1202 50V 50V 50V TMDS PLL Supply IOVCC33 IOVCC33 IOVCC33 IOVCC33 IOVCC33 IOVCC33 IOVCC33 IOVCC33 IOVCC33

0R0 C1240 C1241 C1242 C1243 C1244 C1245 C1246 SiI9135 I/O Supplies IOVCC33 0W063 10uF 100N 100N 100N 1N0 1N0 1N0 10V 16V 16V 16V 50V 50V 50V IOGND IOGND IOGND IOGND IOGND IOGND IOGND IOGND IOGND

DGnd 4 17 31 73 87 103 112 124 136

DGnd 9135 CVCC18 +3v3 PW338 10V 10V 16V 16V 16V 16V P1203 50V 50V 50V 50V 50V 50V 50V 50V 50V IO Pins Supply

C1214 C1215 C1216 C1217 C1218 C1219 C1220 C1221 C1222 C1223 C1224 C1225 C1226 C1298 C1299 12 24 25 80 91 107 119 131 143 10uF 10uF 100N 100N 100N 100N 1N0 1N0 1N0 1N0 1N0 1N0 1N0 1N0 1N0 IC201H 10V 10V 16V 16V 16V 16V 50V 50V 50V 50V 50V 50V 50V 50V 50V

DGnd CVCC18 CVCC18 CVCC18 CVCC18 CVCC18 CVCC18 CVCC18 CVCC18 CVCC18 CVCC18 SiI9135 Digital Logic Vcc

1V8D 9135 CVCC18 R1201 10V 10V 16V 16V 16V 16V 50V P1204 50V 50V 50V 50V 50V 50V 50V Digital Core Supply

0R0 CGND CGND CGND CGND CGND CGND CGND CGND EPad C1227 C1228 C1229 C1230 C1272 C1273 C1231 C1233 C1234 C1235 C1236 C1237 C1238 C1239 +3v3 PW338 0W063 L1202 16V P1205 10uF 10uF 100N 100N 100N 100N 1N0 1N0 1N0 1N0 1N0 1N0 1N0 1N0 0 11 23 79 90

10V 10V 16V 16V 16V 16V 50V 50V 50V 50V 50V 50V 50V 50V 106 118 130 142 220R@100MHz C1259 +3v3 PW338 100N DGnd L1201 DGnd 16V SII9135 50V 16V

C1257 C1258 120R@100MHz DGnd 1N0 100N 120R@100MHz 50V 16V 1V8D L1203 16V 10V 16V P120750V DVCC18

C1249 C1250 C1251 C1253 DGnd DGnd 96 97 100N 10uF 100N 1N0 92 16V 10V 16V 50V IC201E SII9135 DGnd DVCC18 REGVCC XTALVCC SiI9135 Audio PLL DGND 93

DGnd

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

SiI9135 Power 08_E037 PK13/12/07 No changes on this sheet E.0

Filename: L122_C12_Sii9135_Power_F0.SchDoc 07_E205 NC20/11/07 No changes on this sheet D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: 01223 203200 Printed: 08/07/2008 Sheet12 of 13 A3 DRAWING NO. L122CT IC502D IC503D AVCC18_1 AVCC18_2 38 38 AVCC18 AVCC18 32 32 AVCC18 AVCC18

AVCC33_1 AVCC33_2 44 44 Analogue Vcc AVCC33 Analogue Vcc AVCC33 1V8D AVCC18_1 +5V_STBY 1V8D AVCC18_2 +5V_STBY L1300 P1300 Pins L1301 P1301 Pins 16V 16V 16V 50V 50V 45 16V 16V 16V 50V 50V 45 DDCPWR5V DDCPWR5V C1300 60R@100MHz C1301 C1302 C1303 C1304 C1305 C1306 60R@100MHz C1307 C1308 C1309 C1310 C1311 100N 22uF 100N 100N 1N0 1N0 +3v3 PW338 100N 22uF 100N 100N 1N0 1N0 +3v3 PW338 16V 6.3V 16V 16V 50V 50V 89 16V 6.3V 16V 16V 50V 50V 89 IOVCC33 IOVCC33 P1302 66 P1303 66 IOVCC33 IOVCC33 53 53 IOVCC33 IOVCC33 DGnd 14 DGnd 14

IOVCC33 Ground IOVCC33 Ground

+3v3 PW338 AVCC33_1 Analogue Vcc +3v3 PW338 AVCC33_2 16V L1302 P1304 16V 50V 16V L1303 P1305 16V 50V Analogue Vcc & &

43 43 AGnd AGnd C1312 60R@100MHz C1313 C1314 C1315 41 C1316 60R@100MHz C1317 C1318 C1319 41 AGnd AGnd 100N 22uF 100N 1N0 35 100N 22uF 100N 1N0 35 AGnd AGnd 16V 6.3V 16V 50V 29 16V 6.3V 16V 50V 29 AGnd AGnd P1306 26 P1307 26 IO Pins Supply AGnd IO Pins Supply AGnd DGnd DGnd DGnd DGnd Power Power

+3v3 PW338 +3v3 PW338 1v8D +3v3 PW338 +3v3 PW338 1v8D P1308 16V 16V 16V 16V 50V 50V 50V 50V 55 P1309 16V 16V 16V 16V 50V 50V 50V 55 CVCC18 CVCC18 99 99 CVCC18 CVCC18 C1320 C1321 C1322 C1323 C1324 C1325 C1326 C1327 C1328 76 C1329 C1330 C1331 C1332 C1333 C1334 C1335 C1337 76 CVCC18 CVCC18 22uF 100N 100N 100N 100N 1N0 1N0 1N0 1N0 64 22uF 100N 100N 100N 100N 1N0 1N0 1N0 64 CVCC18 CVCC18 6.3V 16V 16V 16V 16V 50V 50V 50V 50V 12 6.3V 16V 16V 16V 16V 50V 50V 50V 12 P1310 CVCC18 P1311 CVCC18

DGnd Core Vcc PVCC2_1 DGnd PVCC2_2 1V8D 1v8D 42 1V8D 1v8D 42 P131216V 16V 16V 50V 50V 50V 50V 50V PVCC2 SiI9134 P131316V 16V 16V 16V 16V 50V 50V 50V 50V 50V PVCC2 SiI9134 PVCC1_1 PVCC1_2 C1338 C1339 C1340 C1341 C1342 C1343 C1344 C1345 C1346 28 C1347 C1397 C1396 C1348 C1349 C1350 C1351 C1352 C1353 C1354 C1355 28 22uF 100N 100N 100N 1N0 1N0 1N0 1N0 1N0 PVCC1 22uF 100N 100N 100N 100N 100N 1N0 1N0 1N0 1N0 1N0 PVCC1 6.3V 16V 16V 16V 50V 50V 50V 50V 50V 6.3V 16V 16V 16V 16V 16V 50V 50V 50V 50V 50V P1314 P1315 100 100 Gnd Gnd DGnd 87 DGnd 87 Gnd Core Vcc Gnd 65 65 Gnd Gnd 54 54 Gnd Gnd 13 13 Gnd Gnd DGnd DGnd 38mA (0.057W) SII9134 SII9134

L1399 PVCC2_2 LM1117MPX-1.8 P1316 10V 16V 50V +3v3 PW338 REG1300 L1304 PVCC2_1 16V PVcc P1317 P1318 10V 16V 50V 60R@100MHz C1399 C1356 C1357 +1V8 10uF 100N 1N0 C1358 C1359 C1361 C1362 60R@100MHz C1363 C1364 C1365 10V 16V 50V 10uF 100N 22uF 100N 10uF 100N 1N0 P1319 10V 16V 6.3V 16V 10V 16V 50V Filter PLL Supply P1320 Filter PLL Supply DGnd DGnd DGnd DGnd DGnd PVCC1_2 L1398 P1321 10V 16V 50V L1305 PVCC1_1 P1322 10V 16V 50V 60R@100MHz C1398 C1366 C1367 10uF 100N 1N0 60R@100MHz C1369 C1370 C1371 10V 16V 50V 10uF 100N 1N0 P1323 10V 16V 50V TMDS PLL Supply P1324 TMDS PLL Supply DGnd DGnd

DRAWING TITLE 08_E138 PK 23/04/08 None to this sheet F.0

SiI9134 Power 08_E037 PK13/12/07 Re-name DSP signals for AD DSP, HDMI Clks routed to L121 E.0

Filename: L122_C13_Sii9134_Power_F0.SchDoc 07_E205 NC20/11/07 No changes on this sheet D.0 ARCAM Notes: 07_E177NC 16/10/07 AC Present > /AC Present, HDMI EDID -> DAB I2C, Video doubler C.0 A & R Cambridge Ltd. 07_E058 NC 26/3/07 PCB change only B.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203200 Printed: 08/07/2008 Sheet13 of 13 A3 DRAWING NO. L122CT FS102 T6.3A Bussmann / BK S506-6.3-R FS103 FHLDR100 Bussmann / BK S506-6.3-R T6.3A 20mm HLDR FS100 Live 230V (1) Live 230V (2) T800mA 1 2 3 CON100 SKT100 Live 230V (in) FHLDR101 MOLEX To STBY TFMR 20mm HLDR 44472 1A 1 1B L100 CON104 CON106 2 1 L 1 1 1mH SW101 4 5 6 18-000-0019 Live 115V (2) 115V 230V FS101 Stocko Stocko C100 C101 Live 115V (1) F/RM-0118 F/RM-0118 220N 220N

CON107 CON108 3 4 T800mA N 1 1 275V 275V 2

Neutral 230V (in) 2A 2B Stocko Stocko R100 F/RM-0118 F/RM-0118 1M5 Neutral 115V Emuden 0W5 M1907 Neutral 230V

CON102 C103 1 Live 230V (4) Live 230V (3) C102 Stocko +12V_RLY 3N3 F/RM-0118 3N3 250V RLY100B +12V_RLY 3 2 1 F1CA012V 250V D100 Takamisawa RLY101A CON101 To PA TFMR BAS16 MOLEX Live 115V (4) D101 44472 BAS16 F1CA012V Takamisawa FIX105 R101 R102 CON105 RLY100C TR100 C105 Thermal fuse in (230V) 8A 1 8A 6 5 4 To PreAmp TFMR Thermal fuse out (230V) Takamisawa MMUN2211LT1 Live 115V (3) 4 1 C104 RLY101C TR101 F1CA012V RELAY SW Stocko 3N3 Takamisawa MMUN2211LT1 F/RM-0118 250V F1CA012V Relay SW 3N3 3 2 250V RLY101B 1 LK100 RLY102B RLY102A 1 2 +12V_RLY Takamisawa Takamisawa FIX106 PGND RLY100A F1CA012V F1CA012V F1CA012V LINK F1CA012V Takamisawa 10mm PGND 4 1 RLY102C D102 Takamisawa Takamisawa BAS16NC1 SW102A F1CA012V NO FIT for AVR002 3 2 C1 Live 230V (5) 1 Live 230V (6) NO1 FIX107 Neutral2 MSS2250R Switchers PGND 5 4 3 2 1 4 1 SW102B To PA TFMR L123_C2_Switchers_G0.SchDoc 4/8ohm switch CON103 SW102C MOLEX 3 2 44472 9 8 7

SP100 10

1 C2 Relay SW NC2 NO3

9 8 7 6 Relay SW

MSS2250R MSS2250R Neutral1 10 Live 115V (5) PGND DGND Live 115V (6)

AGND WARNING - PARTS MARKED WITH R108 NO FIT for AVP800 NF 0R0 0W063 MUST BE REPLACED WITH IDENTICAL PARTS

VGND

FIX101 FIX104 FIX102 NF NF R103 R104 1 1 1 0R0 0R0 PGND PGND Dia 3.5mm 0W063 Dia 3.5mm 0W063 Dia 4.5mm

FIX103 FIX100 FIX108 NF NF NF R106 R107 R109 1 1 1 ITEM100 1 HJ3A00A Nut M3 Full Stzp (1000) 0R0 0R0 PGND PGND 0R0 0W063 0W063 PGND Dia 3.5mm Dia 3.5mm Dia 3.5mm 0W063 ITEM101 1 HA3V10A M Screw Torx M3x10MM ST ZP

TOOL100 TOOL101 TOOL102 TOOL103 FIX109 ITEM102 1 HL3N Washer M2.9 insulating nylon shoulder NF R110 1 ITEM103 1 HL3N Washer M2.9 insulating nylon shoulder FID100 FID101 0R0 PGND PCB100 1 L123PB Blank AVR002 PSU PCB Dia 3.5mm 0W063 DRAWING TITLE 08_E169 PK 15/09/08 Layout changes for safety G.0 PSU 08_E157 PK 16/07/08 None to this sheet F.0

Filename: L123_C1_PSU_G0.SchDoc 08_E131 PK 04/04/08 FS102 & FS103 added, R100 footprint change, NTC changed to 2.5R E.0 ARCAM Notes: 08_E018 PK 21/12/07 None to this sheet D.0 A & R Cambridge Ltd. 07_E178 PK 18/10/07 Mains isolator removed, moved to front of unit C.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 09/10/2008 Sheet12 of A3 DRAWING NO. L123CT 1037mA (if switchers 85% eff.) UNREG_PW338 REG207 REG200 HS201A L7812CV HS202A L7805CV C200 DBR200 C201 UNREG_PW338 +12V_RLY +12V_RLY +5V_STBY GBU4K 100N 100N +12 +5 100V 100V C202 C203 C254 C255 C204 6800UF 220N 100N 220N 100N 50V 50V 50V 50V 50V C205 C206 85C 100N 100N 6043PB 6043PB PGND PGND 100V 100V 23C/W 23C/W +3V3 PW338 247mA (2.23W) 114mA (1.56W) T1 AC1 PGND FS200 R221 T1 AC2 6K8 T2A 0W063 P202 /AC Present C253 REG206 R222 1 2 10N 50V UNREG_PW338 LM2670T-ADJ C244 10R D200 TR200 PGND 2363mA CON200 P200 R204 P201 2 3 10N 0W063 L200 BC846BW VINBOOST MOLEX From Standby TFRMR 50V 33uH 3.0A L204 1V8D 44472 4K7 7 1 C208 EN OUT LL4148 0W063 C245 47N R217 R218 1uH 10A HS203A D201 Clk PSU 5 6

3 4 50V SYNC NFB 6043PB PGND 270R P225390R C210 C217 C256 23C/W 100P C247 C252 R219 R220 1K0 4 1K0 0W063 0W063 220UF 220UF 100UF LL4148 PGND 50V 220UF 220UF 0W063 D209 25V 25V 10V 50V 50V 105C 105C 105C 105C 105C 0W063 2477mA (if switchers 85% eff.) MBRS360T3G

UNREG P203 PGND C257 R223 REG201 10N 50V C207 10R C213 DBR201 C214 UNREG_PW338 LM2670T-ADJ PGND 10N 0W063 100N GBU8D 100N 2 3 L201 1918mA VINBOOST L205 100V 100V 50V 3.0A 33uH +3V3 PW338 C216 7 1 C209 EN OUT 6800UF R200 R201 1uH 10A 35V Clk PSU 5 6 HS204A SYNC NFB 105C 6043PB C218 C219 100R P205 1K6 C226 C246 C258 100P R202 R203 23C/W

100N 100N 4 C211 1K0 1K0 0W063 0W063 220UF 220UF 100UF 100V 100V 50V 220UF 0W063 D202 25V 25V 10V 105C 105C 105C T2 AC1 50V 105C 0W063 MBRS360T3G PGND FS201 P204 T2 AC2 PGND C259 R224 25mA 10N 50V T4A REG202 10R PGND CON204 +40V_VFD UNREG LM2670T-ADJ C212 0W063 1 2 3 10N L202 2545mA VINBOOST 2 50V 33uH 3.0A L206 +5V_1 DBR202 C222 C223 7 1 W02G EN OUT JST 100N 100N C215 R205 R206 1uH 10A VH 100V 100V Clk PSU 5 6 SYNC NFB NF - Fit for AudioControl C225 HS205A 100UF 130R P216 3K0 C248 C249 C260 100P R207 R208 6043PB

4 0W063 0W063 100V C220 1K0 1K0 220UF 220UF 100UF 23C/W 105C 50V C228 C229 220UF 0W063 D203 25V 25V 10V 100N 100N 50V 105C 105C 105C 105C 0W063 MBRS360T3G T2 AC3 100V 100V P206 PGND C261 FS202 R225 T2 AC4 PGND REG203 10N 50V 10R UNREG LM2670T-ADJ C221 PGND T100mA D205 0W063 2 3 10N L203 2509mA VINBOOST 872mA (11W) 50V 33uH 3.0A L207 +6V_1 LM317T 7 1 EN OUT REG204 S1D +15V C224 R209 R210 1uH 10A Clk PSU 5 6 SYNC NFB HS206A 1 2 3 4 C232 C230 1K0 P224 3K0 C250 C251 C262 R213 D206 C231 100P R211 R212 6043PB

1UF ADJ 4 0W063 0W063 CON201 240R S1D 1uF 1000UF C227 1K0 1K0 220UF 220UF 100UF 23C/W 50V 50V MOLEX 0W063 25V 25V 220UF 0W063 D204 25V 25V 10V From Preamp TFRMR 105C 105C 105C 105C 105C 44472 50V 105C 0W063 MBRS360T3G DBR203 C233 R214

5 6 7 8 C234 C235 2K7 C242 100N GBU4K 100N 6800UF PGND 0W125 10UF 100V 100V 50V 85C 50V 105C CON203 PH +5V_STBY +3V3 PW338 CON202 7 1 C243 C236 PGND 1 1V8D +5V_1 C237 C238 R215 10UF 100N 100N 6800UF 2K7 2 Clk PSU 8 2 FS203 50V 3 +6V_1 T2 AC5 100V 100V 50V 0W125 105C 85C 4 Relay SW 9 3 Relay SW T2A 5 /AC Present +40V_VFD T2 AC6 C239 R216 D207 C241 C240 6 10 4 1UF 240R S1D 1uF 1000UF +15V FS204 50V JST DGND DGND11 5 T2 AC7 0W063 25V 25V

105C ADJ 105C T2A AGND12 6 D208 REG204/5 mounted here REG205 LM337T -15V VGND MOLEX -15V HS200 S1D 375mA (5.6W) 44472

DRAWING TITLE 08_E169 PK Layout changes for safety G.0 ITEM201 ITEM200 PSU - Switchers 08_E157 PK 16/07/08 CON204 change to increase bridge rec AC input clearences F.0

Filename: L123_C2_Switchers_G0.SchDoc 08_E131 04/04/08 C211, 220, 225, 227, 242, 243, 247, 252, changed to 105C E.0 1 1 PK 530002B02500G ARCAM Notes: 08_E018 PK 21/12/07 Heatsinks added to switching regs. D.0 2.6C/W A & R Cambridge Ltd. 07_E178 PK 18/10/07 R217 > 270R, heatsinks added to switchers C.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 09/10/2008 Sheet22 of A3 DRAWING NO. L123CT NF C107 100N R111 100V 4R7 2W NF C100 NF NF R112 4R7 1W 10N 100V LS100 LK105 LK104 R100 15mm 15mm 4R7 2W L100 RLY100A LS_L+ GND_L D101 RLY101C OUT_L 1N4003 Omron 1U010A G5PA-2 24VDC Omron G5PA-2 24VDC R101 LK102 LK100 G5PA-2 24VDC TR103 4R7 2W 15mm LS_C+ 15mm R108 RLY_SB BC547B L101 RLY103A GND_C OUT_C LK103 LK101 22K 0W25 1U010A 15mm 15mm Omron G P PRECISION RLY103B LK113 15mm

Omron G5PA-2 24VDC C101 NF NF STARGND_DEC R113 4R7 1W 10N 100V NF C108 100N R114 100V 4R7 2W NF LK106 LK107 LK108 15mm 15mm 15mm RLY100C D103 RLY103C D100 Omron 1N4003 Omron 1N4003 NF G5PA-2 24VDC NF G5PA-2 24VDC C113 100N R124 100V 4R7 2W TR100 TR101 C102 R103 BC547B R104 BC547B NF LK109 RLY_REST RLY_REST NF RLY_POWER 15mm R115 22K 22K 4R7 1W LS101 0W25 0W25 R102 10N 100V D102 4R7 2W RLY102C LK112 LK114 1N4003 Omron L102 RLY100B LS_R+ GND_R G5PA-2 24VDC OUT_R 15mm 15mm 1U0 10A LK111 Omron TR102 15mm R105 R106 G5PA-2 24VDC RLY_REST BC547B 4R7 2W L103 RLY102A LS_SL+ GND_SL 22K OUT_SL 0W25 1U010A Omron LK110 G5PA-2 24VDC C103 G P PRECISION 15mm NF NF R116 FIX102 FIX103 FIX104 4R7 1W 10N 100V NF 1 1 1 C109 100N R117 STARGND_DEC 100V 4R7 2W NF CON100 CON101 Dia 3.2mm Dia 3.2mm Dia 3.2mm R107 LS102 1 GND_SBL 20 RLY_SB 4R7 2W 2 19 RLY_REST L104 RLY102B LS_SR+ 3 GND_SBR 18 RLY_POWER OUT_SR 4 17 G5PA-2 24VDC 5 GND_L 16 GND_SBL 1U010A Omron 6 15 FIX100 FIX101 TOOL100 TOOL101 TOOL102 TOOL103 C104 GND_SR 7 GND_R 14 OUT_SBL NF NF 8 13 1 1 R118 9 GND_SR 12 GND_SBR 4R7 1W 10 11 10N 100V Dia 3.5mm Dia 3.5mm FD100 FD101 NF 11 OUT_SR 10 OUT_SBR C110 100N 12 9 R119 100V 13 GND_SL 8 GND_L 4R7 2W NF 14 7 15 OUT_SL 6 OUT_L NF 16 5 NF 17 GND_C 4 GND_R C111 100N 18 3 R120 100V 19 OUT_C 2 OUT_R 4R7 2W NF 20 1 C105 NF R121 SAMTEC SAMTEC 4R7 1W LS103 10N 100V SSQ SSQ STARGND_DEC R109 4R7 2W From top amp From bottom amp L105 RLY101A LS_SBL+ GND_SBL OUT_SBL 1U010A Omron R110 G5PA-2 24VDC 4R7 2W PCB100 1 L124PB Blank AVR002 Speaker PCB L106 RLY101B LS_SBR+ GND_SBR OUT_SBR DRAWING TITLE

1U0 AVR002 SPEAKER PCB 08_E144 PK15/07/08 relays now connected to stargnd_dec (drawing change only) D.0 10A Omron G5PA-2 24VDC G P PRECISION NF all zobel networks, change PCB for side fixing. Filename: L124_C1 BoardSpeaker_D0.SchDoc 08_E132 PK 23/04/08 C.0 NF NF Output resistor changed to allow auto insert at GPE C106 R122 ARCAM Notes: 07_E196 PK14/03/07 PCB change only, move amp connectors to correct spacing B.0 4R7 1W 10N 100V NF A & R Cambridge Ltd. PK15/2/07 INITIAL RELEASE A.0.1 C112 100N Pembroke Avenue R123 ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE 100V Waterbeach 4R7 2W NF Cambridge CB5 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203265 tel No Printed: 17/07/2008 Sheet11 of A3 DRAWING NO. L124CT FD100 FD101 FD102 FD103

U_Driver_C U_PA_C TOOL100 TOOL101 TOOL102 TOOL103 L125_C7_DRIVER_C_D.0.SchDoc L125_C4_PA_C_D.0.SchDoc OUT_C GND_C HS100 TO SPEAKER BOARD TEMP_3 HS GPE TO-220 GPE 5400-1702+0 14CW - RoHS TEMP_3 RIGHT ANGLED SOCKET +IN_C +IN_C +_IN_C OUT_C +VLIFT_C SRCE_C CON105 SRCE_C SRCE_C SINK_C OUT_C 20 SINK_C SINK_C +VLO GND_C 19 D100 VEE_BSTRAP_C VEE_BSTRAP_C 18 ERR_NEG MBR1060G ERR_NEG U_Lifter_C 17 ERR_POS ERR_POS L125_C6_LIFTER_C_SR_D.0.SchDoc OUT_SL 16 15 PLD_C GND_SL 14 NLD_C PLD_C 13 OUT_SR 12 NLD_C 11 GND_SR 10 +VLIFT_C 9 U_PA_SR 8 N LIFT OFF L125_C5_PA_SR_D.0.SchDoc GND_R 7 P LIFT OFF 6 PLD_C -VLIFT_C GND_L 5 NLD_C U_Driver_SL 4 L125_C8_DRIVER_SL_SR_D.0.SchDoc GND_SBL 3 CON100 2 ERR_NEG 1 GND_SBR 1 ERR_POS -VLO SRCE_SR 2 SRCE_SR SRCE_SR SINK_SR 3 VEE MOLEX SINK_SR SINK_SR D101 -VLIFT_C 4 VCC Hdr Plug Dual ROW 0.1IN RA 20WAY NLD_C PLD_C MBR1060G VEE_BSTRAP_S VEE_BSTRAP_S HS101 5 HS GPE TO-220 GPE 5400-1702+0 14CW - RoHS 6 7 OUT_SR 8 GND_SR 9 10 11 -VLO TO/FROM BOTTOM BOARD OUT_SR 12 BOTTOM ENTRY SOCKET 13 U_PA_SL 14 L125_C3_PA_SL_D.0.SchDoc 15 +VLO SRCE_SL 16 C100 SRCE_SL SRCE_SL PLD_C SINK_SL 17 AC_LO_2 SINK_SL SINK_SL NLD_C 18 100N 100V +IN_SR 19 C101 +IN_SR +_IN_SR VEE_BSTRAP_S 20 AC_LO_1 +IN_SL 100N 100V +IN_SL +_IN_SL HARWIN STARGND_DEC M20-972 DGND CON103 1 TEMP_3 2 +5V 3 OUT_SL 4 N LIFT OFF OUT_SL GND_SL 5 6 P LIFT OFF 7 +7V 8 9 -7V 10 U_PSU 11 ERR_NEG L125_C2_PSU_D.0.SchDoc 12 AC_LO_1 AC_LO_1 13 ERR_POS N LIFT OFF N LIFT OFF 14 MOLEX AC_LO_2 P LIFT OFF AC_LO_2 P LIFT OFF 15 +IN_C 44472 16 CON106 17 +IN_SR 3 6 AC_HI_1 18 19 +IN_SL 2 5 STARGND_DEC AC_HI_2 SP100 20 1 4 GND_R GND_SR HARWIN AGND_FF M20-972 GND_L GND_SL STARGND STARGND_DEC GND_SBR GND_SBL STARGND_DEC AC_HI_1 GND_C AC_HI_2

ITEM103 2 HA3A06A M Screw Pan Supa M3x6MM ST ZP FIX100 NF PCB100 1 L125PB Blank AVR002 AMP UPPER PCB R100 R101 4 1 0R0 0R0 ITEM102 1 F293 Spacer Self-Retaining M3x9.5mm Nylon 0W25 0W25 3 2 ITEM101 1 F293 Spacer Self-Retaining M3x9.5mm Nylon DGND STARGND_DEC STARGND AGND_FF 1 ITEM100 1 F293 Spacer Self-Retaining M3x9.5mm Nylon Added lifter mod, HS100,101 changed to GPE part, R100 NF DRAWING TITLE 08_E042 PK 13/02/08 D.0 FIX101 FIX102 FIX103 FIX104 FIX105 FIX106 C100, C101 added (removed from bottom PCB) Upper Amp Main 08_E038 PK 08/01/07 None to this sheet C.0 1 1 1 1 1 1 Filename: L125_C1_BoardUpper_D.0.SchDoc 07_E190 PK 24/10/07 Layout change, CON106 to 6 way, bootstrap supply added B.0 Dia 3.5mm Dia 3.5mm Dia 3.5mm Dia 3.5mm Dia 3.5mm Dia 3.5mm ARCAM Notes: 07_E041 PK 28/02/07 Value changes on output and lifter A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet18 of A3 DRAWING NO. L125CT VCC

DBR201 C206 GSIB2520 10,000UF C207 10,000UF 80V C208 C209 80V 100N 100N +VLO VCC 200V 200V R201 R200 AC_HI_1 P LIFT OFF AC_HI_1 10K 100K 0W063 0W063 TR200 C210 MMBTA06W C211 C212 10,000UF 100N 100N C213 STARGND_DEC TR201 200V 200V 80V 10,000UF MMBTA06W 80V R202 1K0 AC_HI_2 AC_HI_2 0W063 VEE

R203 STARGND_DEC 1K0 0W063 TR202 MMBTA56W

TR203 MMBTA56W +VLO R204 R205 DBR202 10K 100K N LIFT OFF GSIB2520 C214 C215 0W063 0W063 6800UF 6800UF C216 C217 50V 50V 100N 100N -VLO VEE 200V 200V

AC_LO_1 AC_LO_1 VCC +VLO R206

C218 C219 3K3 100N 100N C220 C221 STARGND_DEC 0W5 200V 200V 6800UF 6800UF 50V 50V R207

3K3 VEE -VLO 0W5 AC_LO_2 AC_LO_2 -VLO

DRAWING TITLE 08_E042 PK 13/02/08 Lifter cut out added, power supply bleed resistors added D.0

PSU 08_E038 PK 08/01/07 None to this sheet C.0

Filename: L125_C2_PSU_D.0.SchDoc 07_E190 PK 24/10/07 Layout change, driver PSU removed B.0 ARCAM Notes: 07_E041 PK 28/02/07 Value changes on output and lifter A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet28 of A3 DRAWING NO. L125CT VCC VCC +VLIFT_C

This device must track its relevant C300 driver's temperature 100P R329 1R0 50V R300 100R TR300 0W33 R301 100R NF MPSA42 FS300 C309 7.0A C301 1206 470P 200V 4U7FSTARGND_DEC R302 820R R303 100V DZ300 TR301 R304 68R HS300 R305 BZX384C 0W33 BC337-40 5400-9130+0 D300 2K7 0W063 20C/W 12K 27V 5% R306 BAS316 TR302 0W25 TR303 12K 0W25 MJE15034G D301 R335 PLD_C PLD_C BC847BW 68K STARGND TR306A 0W125 BAS21LT1 NJL3281DG

SRCE_SL R333 D302 TR306B 1N4003 NJL3281DG 2R2 TR304 0W25 R307 430R C302 BC846BW R331 10uF 10V 10K TR308 R311 R312 R308 R309 R310 0W063 TR309B BC847BW 560R 68R 0R1 330R 2K7 NJL1302DG 5W SRCE_SL 0W25 0W25 1K0 R336 CON300 R313 2 10R 0W063 OUT_SL C303 C304 D303 OUT_SL 1 10UF 100N BAT54 1K0 R337 100V 100V R317 R315 R316 R318 R314 HARWIN R319 4R7 330R 2K7 TR310 68R C305 3R3 M20-973 560R 2W R332 BC857BW 0W25 10uF 0W063 0W25 10K SINK_SL RV300 10V TR305 R320 0W063 200R BC856BW R321 TR309A LIN 62R NJL1302DG 430R R334

TR312 2R2 BC857BW D306 0W25 R338 NLD_C NLD_C

SINK_SL 68K STARGND TR314 0W125 BAS21LT1 MJE15035G C306 DZ301 R322 100N BZX384C 12K D304 R339 100V 27V 5% 0W25 BAS316 1K0 R323 HS301 R324 R325 1W 68R 5400-9130+0 1K0 0W063 20C/W 0W33 D305 12K R326 820R C310 1N4003 0W25 C311 C307 47UF TR315 470P 100V R327 NF R328 100R 200V MPSA92 4U7F FS301 7.0A 100R TR316 C308 100V This device must R330 1206 BC327-40 100P STARGND_DEC GND_SL track its relevant 1R0 50V driver's temperature 0W33

VEE -VLIFT_C GND_SL

VEE_BSTRAP_S

ITEM300 4 HA3A06A M Screw Pan Supa M3x6MM ST ZP PLACE CAPS CLOSE TO DRIVER COLLECTORS Dual BAS21 diode replaced with singles DRAWING TITLE 08_E042 PK 13/02/08 D.0 dual protection transistor replaced with singles. R336, 337 moved Surround Left 08_E038 PK 08/01/07 C310 polarity corrected C.0

Filename: L125_C3_PA_SL_D.0.SchDoc 07_E190 PK 24/10/07 Bootstrap network added, R335,336,337,338 B.0 ARCAM Notes: 07_E041 PK 28/02/07 Value changes on output and lifter A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet38 of A3 DRAWING NO. L125CT VCC VCC +VLIFT_C

This device must track its relevant C400 driver's temperature 100P R429 50V R400 100R TR400 1R0 0W33 R401 100R MPSA42 FS400 C409 7.0A C401 NF 1206 470P 200V 4U7F R402 820R R403 100VSTARGND_DEC DZ400 BZX384C TR401 R404 68R HS400 R405 0W33 BC337-40 5400-9130+0 D400 2K7 0W063 20C/W 12K 27V 5% R406 BAS316 TR402 0W25 TR403 12K 0W25 MJE15034G D401 R433 PLD_C PLD_C BC847BW 68K TR406A STARGND 0W125 BAS21LT1 NJL3281DG R434 D402 TR406B 1N4003 NJL3281DG 2R2 TR404 0W25 R407 430R BC846BW C402 R431 TR408 R411 R412 R408 R409 R410 10K 10uF TR409B BC847BW 560R 68R 0R1 330R 2K7 0W063 NJL1302DG 5W 10V SRCE_C 0W25 0W25 1K0 R436 CON400 R413 2 10R 0W063 OUT_C C403 C404 D403 OUT_C 1 10UF 100N BAT54 1K0 R437 R415 R416 100V 100V R417 R414 HARWIN R419 R418 330R 2K7 TR410 4R7 3R3 M20-973 560R 68R C405 R432 BC857BW 2W 0W063 0W25 0W25 10uF 10K SINK_C RV400 10V TR405 0W063 R420 200R BC856BW R421 TR409A LIN 62R NJL1302DG 430R R435

TR412 2R2 BC857BW D406 0W25 R438 NLD_C NLD_C 68K STARGND TR414 0W125 BAS21LT1 SINK_C SRCE_C MJE15035G C406 R422 DZ401 R439 100N 12K D404 BZX384C 1K0 HS401 100V 0W25 BAS316 27V 5% 1W R423 R425 5400-9130+0 R424 68R 20C/W 1K0 12K 0W33 D405 0W063 R426 820R C410 0W25 C411 1N4003 C407 47UF 100V NF TR415 470P R427 R428 100R MPSA92 200V 4U7F100V FS401 R430 7.0A 100R TR416 C408 STARGND_DEC This device must 1R0 1206 BC327-40 100P GND_C track its relevant 0W33 50V driver's temperature

VEE -VLIFT_C GND_C

VEE_BSTRAP_C

+5V ITEM400 4 HA3A06A M Screw Pan Supa M3x6MM ST ZP 1 Dual BAS21 diode replaced with singles DRAWING TITLE 08_E042 PK 13/02/08 D.0 IC400 dual protection transistor replaced with singles. R435, 437 moved LM19 C412 Centre

R440 +Vs 08_E038 PK 08/01/07 C410 polarity corrected C.0 TEMP_3 2 100N TEMP_3 Vout GND 16V 470R Filename: L125_C4_PA_C_D.0.SchDoc 07_E190 PK 24/10/07 Bootstrap network added, R433,436,437,438 B.0

C413 3 100N ARCAM Notes: 07_E041 PK 28/02/07 Value changes on output and lifter A.1 16V A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue DGND ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet48 of A3 DRAWING NO. L125CT VCC VCC +VLIFT_C

This device must track its relevant C500 driver's temperature 100P R529 1R0 50V R500 100R TR500 0W33 R501 100R MPSA42 FS500 C509 7.0A NF C501 1206 470P 200V 4U7F R502 820R STARGND_DEC R503 100V DZ500 TR501 R504 68R HS500 R505 BZX384C 0W33 BC337-40 5400-9130+0 D500 2K7 0W063 20C/W 12K 27V 5% R506 BAS316 TR502 0W25 TR503 12K 0W25 MJE15034G D501 R535 PLD_C PLD_C BC847BW 68K TR506A STARGND 0W125 BAS21LT1 NJL3281DG

SRCE_SR R533 D502 TR506B 1N4003 NJL3281DG 2R2 TR504 0W25 R507 430R BC846BW R531 C502 10K TR508 R511 R512 R508 R509 R510 0W063 10uF TR509B BC847BW 560R 68R 0R1 330R 2K7 NJL1302DG 5W 10V SRCE_SR 0W25 0W25 1K0 R536 CON500 R513 2 10R 0W063 OUT_SR C503 C504 D503 OUT_SR 1 10UF 100N BAT54 1K0 R537 R515 R516 100V 100V R517 R514 HARWIN R519 R518 330R 2K7 TR510 4R7 3R3 M20-973 560R 68R C505 R532 BC857BW 2W 0W063 0W25 0W25 10uF 10K SINK_SR RV500 10V TR505 0W063 R520 200R BC856BW R521 TR509A LIN 62R NJL1302DG 430R R534

TR512 2R2 BC857BW D506 0W25 R538 NLD_C NLD_C 68K STARGND TR514 SINK_SR 0W125 BAS21LT1 MJE15035G C506 DZ501 R522 100N BZX384C 12K D504 C511 HS501 100V 27V 5% 0W25 BAS316 47UF R523 1K0 R525 5400-9130+0 R524 100V 68R 20C/W 0W063 12K 0W33 D505 R526 820R C510 0W25 1N4003 R539 C507 1K0 NF TR515 470P 1W R527 R528 100R MPSA92 200V 4U7F100V FS501 7.0A 100R TR516 C508 R530 This device must 1206 BC327-40 100P 1R0 STARGND_DEC GND_SR track its relevant 50V 0W33 driver's temperature

VEE -VLIFT_C GND_SR

VEE_BSTRAP_S

ITEM500 4 HA3A06A M Screw Pan Supa M3x6MM ST ZP Dual BAS21 diode replaced with singles DRAWING TITLE 08_E042 PK 13/02/08 D.0 dual protection transistor replaced with singles. R536, 537 moved Surround Right 08_E038 PK 08/01/07 C510 polarity corrected C.0

Filename: L125_C5_PA_SR_D.0.SchDoc 07_E190 PK 24/10/07 Bootstrap network added, R535,536,537,538 B.0 ARCAM Notes: 07_E041 PK 28/02/07 Value changes on output and lifter A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet58 of A3 DRAWING NO. L125CT D600 R614

47K VCC LL4148 0W063

R600 10K 0W063 TR600 BC846BW

C602 R601 M601 22P FQA47P06 100V TR601 10R R602 MMBTA56W D602 22K P LIFT OFF C600 +VLIFT_C +VLIFT_C LL4148 C601 TR602 47P DZ600 BC846BW 100P 50V 50V NF BZX384B 5V1 2% R616 R603 1K0 22K 0W063 R604 0W063 PLD_C 510R PLD_C C605 47UF 100V

R605 R606 100K 22K 0W25 STARGND STARGND_DEC

R607 R608 100K 22K 0W25 C606 NLD_C NLD_C 47UF R609 100V 0W063 510R R610 R617 C603 22K 1K0 47P 0W063 50V TR603 DZ601 D603 BC856BW BZX384B WIRE DIRECTLY TO MOSFET SOURCE PINS N LIFT OFF C604 100P 5V1 2% R611 LL4148 22K 50V -VLIFT_C C607 NF -VLIFT_C 22P TR604 100V MMBTA06W M603 FQA85N06 R612 10R

R613 TR605 10K BC856BW 0W063

D601 VEE R615

47K LL4148 0W063

DRAWING TITLE 08_E042 PK 13/02/08 R616 & R617 added D.0

Lifter - Centre 08_E038 PK 08/01/07 Change M603 to 85N06 type C.0

Filename: L125_C6_LIFTER_C_SR_D.0.SchDoc 07_E190 PK 24/10/07 Layout change, D600,601,R614,R615 added B.0 ARCAM Notes: 07_E041 PK 28/02/07 Value changes on output and lifter A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet68 of A3 DRAWING NO. L125CT VCC C712 C700100N 100N +7V 50V 100V NJM2114M C701 IC700A 8 100N 3 STARGND_DEC 100V 1 R700 2 C702100N 36K IC701

4 0W25 4 5B4702 13 14 C703 33P -7V 50V LM4702C 1000V +Vcc +Vcc HS700 R701 5 _ Comp 2 AGND_FF 976R 1 Source 0W063 Sink 3 6 STARGND + HS GPE TO-220 AAVID 14CW - RoHS 14C/W C715 R702 1 7 +7V Mute GND 3K0 STARGND STARGND_DEC 0W063 2u2F C704 50V SRCE_C 1N0 8 100V + 12 SRCE_C Source SINK_C R703 36K 2 Sink 11 SINK_C C713 R704 9 _ Comp 220P STARGND 100V 976R R714 0W063 STARGND +7V C706100N R705 10K +_IN_C 5 C705 +_IN_C R706 1K0 0W25 IC702A 7 33P 1K0 TL072CD 50V R707 6 1000V C708 8

1K0 15 10 3 100N C709 1 IC700B 200V 100N C707 2 NJM2114M STARGND_DEC 100V 68P

STARGND 4 C714 1000V C710100N 100N VCC R708 STARGND 100V STARGND R716 R709 R710 3K3 C711470N NF 0R0 0W063 -7V 50V 100V 0W063 1K0 1K0 R711 OUT_C R712 OUT_C 22K 3M3 VEE_BSTRAP_C R718 0W063 0R0 R715 0W063 22R 0W25 TR700 BC847BW IC702B AGND_FF 6 R719 D701 7 BAV99 47R 5 STARGND D700 0W25 ERR_NEG ERR_NEG TL072CD LL4148

VEE R717

1K0 R713 0W063 ERR_POS 36K ERR_POS 0W25 C716

2P2 100V

ITEM701 1 HJ3A00A Nut M3 Full Stzp (1000)

ITEM700 1 HA3V10A M Screw Torx M3x10MM ST ZP R711 changed to 22k. R713 changed to through lead, C715,716 added DRAWING TITLE 08_E042 PK 13/02/08 D.0 Ground links changed to resistor network, bootstrap circuit added Driver - Centre 08_E038 PK 08/01/07 None to this sheet C.0

Filename: L125_C7_DRIVER_C_D.0.SchDoc 07_E190 PK 24/10/07 Layout change, extra Dcaps, added bootstrap clamp, 2 pole compensation B.0 ARCAM Notes: 07_E041 PK 28/02/07 Value changes on output and lifter A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet78 of A3 DRAWING NO. L125CT C820

2P2 100V R800 OUT_SL 36K 0W25 C800 ERR_NEG ERR_NEG 470N 100N C813 D800 100V 100V IC800A -7V BAV99 TL072CD R823 4 2 R801 1 3M3 1K0 3 OUT_SL 0W063

VCC C815 8 ERR_POS C814 STARGND ERR_POS 100N 100V R802 100V +7V 100N 22K C801 C802100N 0W063 100N NJM2114M +7V STARGND_DEC 50V 100V IC801A AGND_FF C804

R803 8 IC803 +_IN_SL 3 STARGND +_IN_SL R804 5B4702 13 14 1 4 C803 R807 3K3 1K0 R805 68P 2 33P 0W063 1K0 1K0 1000V

4 LM4702C 1000V STARGND R828 R806 +Vcc +Vcc STARGND 100N -7V C818 10K R827 C80550V 5 _ 976R Comp 220P 0W25 0R0 R8081K0 2 NF 0W063 Source 100V 0W063 1 R809 1K0 C8061N0 Sink 3 100V 6 + SRCE_SL R829 SINK_SL 0R0 STARGND 0W063 R81036K HS800 R811 1 7 +7V Mute GND AGND_FF 3K0 C8071N0 STARGND 0W063 100V SRCE_SR 8 + 12 HS GPE TO-220 AAVID 14CW - RoHS Source SINK_SR R81236K 2 14C/W Sink 11 C816 R813 9 _ Comp 220P STARGND NJM2114M 100V 976R R824 IC801B 0W063 STARGND R814 10K +_IN_SR 5 C808 +_IN_SR R815 0W25 7 33P 1K0 R816 6 1000V 1K0 C810

1K0 15 10 100N STARGND C811 200V 100N C809 STARGND_DEC 100V 68P C812470N R830 C817 1000V R8181K0 R819 1K0 100V NF 0R0 100N VCC R817 STARGND 0W063 100V 3K3 0W063 6 OUT_SR ERR_NEG R821 R820 OUT_SR R831 7 3M3 0R0 5 22K 0W063 STARGND 0W063 IC800B D801 R825 TL072CD BAV99 AGND_FF 1K0 R822 0W063 ERR_POS 36K 0W25 C821 VEE_BSTRAP_S R832 22R 2P2 C819 0W25 TR800 100V BC847BW STARGND_DEC 100N STARGND R826 16V 47R 0W25 D802

LL4148

VEE

ITEM801 1 HJ3A00A Nut M3 Full Stzp (1000)

ITEM800 1 HA3V10A M Screw Torx M3x10MM ST ZP R802, 821 changed to 22k. R800, 822 changed to through lead, C820,821 added DRAWING TITLE 08_E042 PK 13/02/08 D.0 Ground links changed to resistor network, bootstrap circuit added Driver Surr. L 08_E038 PK 08/01/07 None to this sheet C.0

Filename: L125_C8_DRIVER_SL_SR_D.0.SchDoc 07_E190 PK 24/10/07 Layout change, extra Dcaps, added bootstrap clamp, 2 pole compensation B.0 ARCAM Notes: 07_E041 PK 28/02/07 Value changes on output and lifter A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet88 of A3 DRAWING NO. L125CT +3V3 PW338

+6V_1 SDTM-610-NTR SDTM-610-NTR SDTM-610-NTR SDTM-610-NTR SW100 SW105 SW104 SW101

R113 10K 10K 10K 10K MENU INPUT v R112 INPUT ^ R111 R127 C103 OK 100N 16V 1 2 1 2 1 2 1 2 KBD0 P104

DGND F2 F2 F2 SIN2 SIN1 CLK SOUT2 SOUT1 GCP LAT BLK VDD1 VSS VSS VDD2 F1 F1 F1 C104 SDTM-610-NTR SDTM-610-NTR SDTM-610-NTR SDTM-610-NTR MN32032A SW102 SW103 SW107 SW108

9 8 7 6 3 2 1 100P INFO/v

+6V_1 82 81 80 ITRON 17 16 15 14 13 12 11 10 MODE/^ DIRECT DISPLAY DISP100 R122 IC100A DGND 8 22R

3 AD8532AR 1 2 1 2 1 2 1 2 ITEM100 ITEM101 0W125 DGND 1 P120 R107 +40V_VFD FClock1 2 KBD1 P105 +6V_1 1 1 Foam D/S ADH BK 3MM Thk 10MM Wide RA106 10M Reel

100R P115 4 C100 C105 SDTM-610-NTR SDTM-610-NTR SDTM-610-NTR SDTM-610-NTR 0W125 CHANGE BoM TO BE 2x30mm LENGTH 100P SW106 SW109 SW111 SW110 R108 SIN2 SIN1 CLK GCP LAT BLK 10UF ZONE 20K DGND 100V MUTEVOL- VOL+ 0W063 IC100B P122 5

DGND 1 2 1 2 1 2 1 2 7 DGND R109 R110FClock2 6 IC102B +3V3 PW338 KBD2 P106 10K SIN1_CTRL 4 P101 100R P116 0W063 6 0W125 AD8532AR P129 C120 P109 P125 SIN 5 C102 100P P107 P108 P130 100N DGND 74HC08D 16V IC102A SCAN0 SCAN1 SCAN2 SCAN3 SIN2_CTRL 1 DGND 3 P131 DGND 2 +3V3 PW338 74HC08D FIX100 FIX101 SW114A CON106 CON107 Live_out 1 1 1 1 Live_in C121 C107 +5V_STBY Stocko Stocko F/RM-0118 10uF 100N +3V3 PW338 SS-160-3-A 10V 16V Dia 3.2mm Dia 3.2mm F/RM-0118 SW114B CON108 RX100 FIX102 FIX106 CON109 Neutral_out 1 KSM-902TM1N 1 Neutral_in DGND +5V_STBY 1 1 Stocko

NF 10K 10K +5V

R128 R129 R102 F/RM-0118 +3V3 PW338 IR In Stocko CON105 O/P F/RM-0118 SS-160-3-A 1 ENC_A C101 C108 0R0 R103 P111 Dia 3.2mm Dia 3.2mm C110 2 100N 10uF GND 0W063 22K 100N 3 ENC_B 10V 16V ITEM102 NF MAINS SWITCH SNAP OFF 16V HARWIN M20-973 DGND DGND DGND DGND DGND 1 Pad Adhesive Spacing - Diva Remote Sensor TR100 +3V3 PW338 +3V3 PW338 MMUN2111LT1 TR101 IC101B MMUN2111LT1 7 C118 C119 C124 VDDIN R100 P100 P114 R101 43 2 LED GN LED RED 100N 100N 100N VDDFLASH GND 34 16V 16V 16V GND X100 P112 330R 330R 13 44 1 P113 VDDIO GND 4.00MHz 0W063 0W063 33 VDDIO VDDOUT DGND DGND 18 46 VDDCORE XIN/PGMCK 2 If = 7mA, Vf = 2V VDDOUT 41 45 IC101A VDDCORE XOUT 48 +5V_STBY SCAN0 6 R104 VDDPLL R115 DGND AD7 47 P126 SCAN1 5 150R NF PLLRC AD6 LED100 C122 C125 C123 C106 8 P127 SCAN2 4 0W063 VDDOUT +3V3 PW338 1K5 +6V_1 AD5

100N 100N 100N 100N 3 SCAN3 3 R105

1 AD4 CON104 CON103 RED 16V 16V 16V 16V 38 ADVREF KBD0 12 150R JTAGSEL PA20/AD3 3 1 C115 C116 IR In KBD1 11 0W063 25 C126 C128 10N FP Int PA19/PGMD7/AD2 2 2 TDI 1N0 10N FP_RX FP_TX KBD2 10 R106 37 100N 50V PA18/PGMD6/AD1 1 3 VDDOUT DGND TDO 50V 50V NF 9 75R DGND 40 16V PA17/PGMD5/AD0 P128 TCK 0W063 39 C129 10N LED GN 14 AMP AMP TMS PA16/PGMD4 NF 50V LED RED CT CT R126

+40V_VFD 15 DGND GRN C113 C111 C114 42 DGND PA15/PGMD3 ERASE DGND CLK 16 3mm 75R NF +3V3 PW338 1N0 1uF 1uF 29 PA14/PGMD2 NRST C130 10N SIN 17 BICOL 0W063 50V 25V 25V 30 +3V3 PW338 10N PA13/PGMD1 TST SDTM-610-NTR NF 50V ENC_A 19 C132 50V PA12/PGMD0 SW112 NF ENC_B 20 If = 15mA, Vf = 2V JTAG HEADER AT91SAM7S32 PA11/PGMM3 R114 POWER C131 10N FP_RX 21 CON101 NF R117 DGND 10N PA10/PGMM2 +3V3 PW338 NF NF 10K NF 50V FP_TX 22 LED SNAP OFF 1 47K NF C134 50V PA9/PGMM1 1 CON102 0W063 NF K_STBY 23 FIX107 FIX108 2 NF PA8/PGMM0

2 HARWIN 1 2 GCP 24 3 DGND 10N PA7/PGMNVALID M20-973 FP Int 26 1 1 4 TDI NF +3V3 PW338 C135 50V PA6/PGMNOE R116 K_STBY NF SIN2_CTRL 27 5 TDO NF DGND PA5/PGMRDY R120 +3V3 PW338 SIN1_CTRL 28 6 TCK NF P110 PA4/PGMNCMD R118 C109 FClock2 31 Dia 3.2mm Dia 3.2mm 7 TMS NF DGND PA3 R119 100P 1 2 3 4 5 6 7 8 9 10 FClock1 32 8 DGND C133 DGND PA2/PGMEN2 47K 50V 10N LAT 35 9 +3V3 PW338 NF PA1/PGMEN1 NF NF 50V BLK 36 TOOL100 TOOL101 TOOL102 TOOL103 FID100 FID101 10 SW113 PA0/PGMEN0 11 SDTM-610-NTR DGND AT91SAM7S32 12 R121 CON100 13 47K MOLEX

14 0W063 1 2 PCB100 1 L126PB Blank AVR002 Front Panel PCB 15 IC102C 16 9 SW102 function label changed, LEDs now run off 3v3 DGND IC102E +3V3 PW338 DRAWING TITLE 08_E133 PK 11/03/08 F.0 17 8 PCB mechanics change for GPE manufacture 14 18 VCC 10 FIX103 FIX104 FIX105 Front Panel 08_E036NC 08/02/08 Con100 connections changed E.0 19 C127 20 74HC08D 1 1 1 100N IC102D Filename: L126_C1_Front Panel_F0.SchDoc 08_E019 PK 16/01/08 Power LED changed to FMJ type D.0 12 16V MOLEX DGND 11 R123 R124 R125 7 Notes: 07_E178 PK 16/10/07 Rx & Tx Corrected, +5V_2 changed to +6V_1, encoder connections added C.0 GND 13 ARCAM Dia 3.5mm 0R0 Dia 3.5mm 0R0 Dia 3.5mm 0R0 0W063 0W063 0W063 74HC08DDGND A & R Cambridge Ltd. 07_E070 PK 02/03/07 KBD Rx4 moved to SCAN0..3, JTAGSEL made NC (was pulled up) B.0 DGND 74HC08D Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach DGND DGND DGND Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet11 of A3 DRAWING NO. L126CT 1 SKT101 5 Pullup on main PCB for 3V3 operation Headphone Sense DGND 4 Headphone L 3 L Headphone R 2 R Headphone Out +5V_1 CON100 WTJ-035-16CB 1 2 +5V_1 AGND 3 OJ002A-Rxx 4 5 AUX SPDIF 5V to 3V pad 6 SKT100B AUX L 4 7 Headphone Sense 3 L

R100 +5V 8 AUX SPDIF 2 O/P 9 Aux L AUX R 1 Mic / Aux / Aux Opt In 1K0 10 R101 5 R

0W063 GND 11 Aux R 2K2 12 0W063 SKT100A 13 Headphone L 14 AGND 15 Headphone R DGND DGND 16 +5V_1

MOLEX 52045 AGND DGND NF NF NF NF NF NF C100 C108 100N 10uF 16V 10V 0603 X7R C106 C107 C109 C110 C111 C112 DGND DGND 10N 10N 10N 10N 10N 10N 50V 50V 50V 50V 50V 50V

FIX100 FIX101

4 1 4 1

3 2 3 2 1 1

NFR105 NF R106 0R0 0R0 0W063 0W063

DGND DGND

TOOL100 TOOL101 TOOL102 TOOL103

FID100 FID101 PCB100 1 L127PB Blank AVR002 Front Input PCB

DRAWING TITLE 08_E134 PK 15/05/08 PCB change only E.0

Front Input 08_E056PK 20/02/08 USB removed CON100, changed to 16 way D.0

Filename: L127_C1_Front Input_E0.SchDoc 08_E020 PK 11/11/07 M100 changed to lower Rds on part C.1 ARCAM Notes: 07_E180 PK 19/10/07 C101 moved to main PCB. Board mechanics changed C.0 A & R Cambridge Ltd. 07_E071 PK 02/03/07 Updated PCB clearance rules B Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet11 of A3 DRAWING NO. L127CT FIX105

TOOL100 TOOL101 TOOL102 TOOL103 1

FD100 FD101 FD102 FD103 Dia 3.5mm U_MiscLower FIX102 L129_C10_MiscLower_Iss_D.0.SchDoc U_Driver_L U_PA_L 1 L129_C7_Driver_L_Iss_D.0.SchDoc L129_C9_PA_L_Iss_D.0.SchDoc CON102 OUT_R 1 OUT_L 2 GND_L Dia 3.5mm HS100 GND_R 3 TEMP_1 FIX101 TEMP_1 5400-9130+0 4

ERR_NEG OUT_L 20C/W OUT_L 5 ERR_NEG ERR_NEG D100 1 ERR_POS +VLIFT_L 6 CON104 ERR_POS ERR_POS MBR1060G GND_L 7 8 8 7 FAN_PWM SRCE_L SRCE_L +VLO Dia 3.5mm FAN_PWM OUT_SBR 9 6 SINK_L SINK_L FIX106 +VLO 10 5 OFFSET OFFSET RLY_SB VEE_BSTRAP_L U_Lifter_L GND_SBR 11 4 TEMP_1 RLY_SB 1 PLD_L L129_C5_LIFTER_L_Iss_D.0.SchDoc 12 3 TEMP_2 RLY_REST RLY_REST NLD_L OUT_SBL 13 2 TEMP_3 C107 14 1 220UF Dia 3.5mm GND_SBL 15 VEE_BSTRAP_L 50V FIX104 16 DGND MOLEX RLY_POWER 17 52808 1

PLD_L +VLIFT_L 18 +_IN_L U_PA_SBL NLD_L RLY_SB 19 +_IN_L STARGND_LIFT CON107 L129_C2_PA_SBL_Iss_D.0.SchDoc HS106 RLY_REST 20 +_IN_SBL Dia 3.5mm 1 FANS_POS +_IN_SBL C108 5400-9130+0 STARGND_DEC FANS_POS PLD_L N LIFT OFF FIX103 2 220UF 20C/W MOLEX NLD_L P LIFT OFF -VLIFT_L C101 50V +VLO 1 JST 100UF VEE_BSTRAP_L

XH 25V AC_LO_1 AC_LO_2 ~MUTE_REST ~MUTE_SB SRCE_SBL SRCE_SBL D101 TR102 R104 CON108 SINK_SBL SINK_SBL MBR1060G -VLO MJE15034G Dia 3.5mm 2K2 1 -VLO 0W25 2 FIX100 HS101 -VLIFT_L 5400-9130+0 JST C100 4 1 20C/W DZ102 XH 100UF C105 BZX384C CON100 25V OUT_SBL OUT_SBL 22UF 27V 5% 1 GND_SBL 63V 3 2 2 3 VEE 1 STARGND_LIFT AC_LO_1 AC_LO_2 ~MUTE_REST ~MUTE_SB 4 VCC STARGND_DEC CON110 5 6 +5V N LIFT OFF 7 +12V P LIFT OFF 8

R103 1 2 9 DZ100 10 1K0 HARWIN BZX384B 11 -VLO 0W063 M20-973 U_Driver_R U_PA_R 5V1 2% 12 L129_C3_Driver_R_Iss_D.0.SchDoc L129_C8_PA_R_Iss_D.0.SchDoc 13 TR100 OUT_R 14 HS102 BC337-40 DGND +7V GND_R 15 +VLO R102 5400-9130+0 TEMP_2 16 TEMP_2 20C/W 17 33R ERR_NEG +VLIFT_R ERR_NEG OUT_R 18 0W25 ERR_POS ERR_POS 19 AC_LO_1 R105 C103 2u2F +VLO 20 AC_LO_2 1K5 50V D102 STARGND_LIFT SAMTEC 0W063 R106 MBR1060G DGND SRCE_R SRCE_R +VLO SSQ TO/FROM TOP BOARD 2K7 U_Lifter_R SINK_R SINK_R CON103 +5V 0W063 PLD_R L129_C6_LIFTER_R_Iss_D.0.SchDoc 1 VEE_BSTRAP_R NLD_R C102 2 TEMP_3 3 N LIFT OFF N LIFT OFF 220UF 4 P LIFT OFF 50V R107 AGND_FF 5 P LIFT OFF VEE_BSTRAP_R 2K7 6 PLD_R 0W063 +VLIFT_R 7 R108 +_IN_R U_PA_SBR NLD_R STARGND_LIFT C104 +_IN_R 8 L129_C4_PA_SBR_Iss_D.0.SchDoc C106 +7V 2u2F 9 1K5 220UF 50V +_IN_SBR PLD_R 10 0W063 +_IN_SBR VEE_BSTRAP_R 50V -7V NLD_R -VLIFT_R 11 R109 12 ERR_NEG 13 33R SRCE_SBR SRCE_SBR -VLO 14 ERR_POS -12V TR101 -7V 0W25 SINK_SBR SINK_SBR HS103 15 BC327-40 -VLO 5400-9130+0 16 +_IN_C 20C/W 17 D103 -VLIFT_R 18 +_IN_SR MBR1060G 19 20 +_IN_SL

OUT_SBR OUT_SBR GND_SBR SAMTEC STARGND AGND_FF SSQ STARGND_DEC

ITEM100 10 HA3A06A M Screw Pan Supa M3x6MM ST ZP

PCB100 1 L129PB Blank AVR002 AMP LOWER PCB Lifter mod added, R100 NF, remove large fan connectors DRAWING TITLE 08_E043 PK 13/02/08 D.0 +/-7V supply added for driver front end op amps, relays to star_dec -12V Lower Amp Main 08_E039 PK 08/01/08 Swap mute lines on CON101 C.0 +_IN_L +_IN_R +_IN_C +_IN_SW +_IN_SL +_IN_SR +_IN_SBL +_IN_SBR +5V +12V ~MUTE_SB ~MUTE_REST NF Filename: L129_C1_BoardLower_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Bootstrap supply added dev regulators removed B.0 R100 R101 AGND_FF 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 0R0 0R0 ARCAM 0W25 0W25 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue CON101 ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE DGND STARGND AGND_FF MOLEX Waterbeach 52806 Cambridge CB5 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet110 of A3 DRAWING NO. L129CT VCC VCC +VLIFT_L

This device must track its relevant C200 R229 driver's temperature 100P 1R0 50V R200 100R TR200 0W33 R201 100R MPSA42 C209 FS200 7.0A NF C201 1206 470P 200V 4U7F STARGND_LIFT DZ200 R202 820R 100V R203 BZX384C TR201 R204 68R R205 HS200 BC337-40 0W33 5400-9130+0 D200 2K7 0W063 12K 27V 5% 20C/W R206 BAS316 TR202 0W25 12K 0W25 D201 TR203 R235 MJE15034G PLD_L BC847BW 68K TR206A STARGND 0W125 BAS21LT1 NJL3281DG R233 D202 TR206B 1N4003 NJL3281DG 2R2 TR204 R231 0W25 R207 430R BC846BW 10K C202 0W063 TR208 R211 R212 R208 R209 R210 10uF TR209B BC847BW 560R 68R 0R1 330R 2K7 NJL1302DG 5W 10V SRCE_SBL 0W25 0W25 1K0 R236 CON200 R213 2 10R 0W063 C203 C204 D203 OUT_SBL 1 10UF 100N BAT54 1K0 R237 100V 100V R217 R215 R216 R218 R214 HARWIN R219 4R7 330R 2K7 TR210 68R C205 3R3 M20-973 560R 2W BC857BW 0W25 10uF 0W063 0W25 R232 SINK_SBL RV200 10V TR205 R220 10K 200R BC856BW R221 TR209A 0W063 LIN 62R NJL1302DG 430R R234

TR212 2R2 BC857BW D206 0W25 R238 NLD_L 68K TR214 STARGND 0W125 BAS21LT1 MJE15035G C206 DZ201 R222 100N BZX384C 12K D204 0W063 100V HS201 27V 5% 0W25 BAS316 R223 R224 5400-9130+0 68R 20C/W 1K0 R225 0W33 D205 R226 820R C210 12K R239 1N4003 C207 0W25 1K0 1W TR215 470P R227 NF R228 100R MPSA92 200V 4U7F FS201 100V 7.0A 100R TR216 C208 R230 C211 This device must STARGND_LIFT 1206 BC327-40 100P 1R0 47UF track its relevant 50V 0W33 100V driver's temperature

VEE -VLIFT_L GND_SBL

VEE_BSTRAP_L

ITEM200 4 HA3A06A M Screw Pan Supa M3x6MM ST ZP Dual BAS21 diode replaced with singles DRAWING TITLE 08_E043 PK 13/02/08 D.0 dual protection transistor replaced with singles Surround Back Left 08_E039 PK 08/01/08 C210 polarity corrected C.0

Filename: L129_C2_PA_SBL_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Bootstrap supply added, added R235,236,237,238 B.0 ARCAM Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet210 of A3 DRAWING NO. L129CT C319

2P2 100V R300

36K C300470N 0W25 100V ERR_NEG ERR_NEG D300 C301 BAV99 100N 50V R323 STARGND -7V R301

4 3M3 1K0 2 OUT_R 0W063 1 VCC C315 3 ERR_POS C302 STARGND ERR_POS 100N

100N 8 R302 100V IC300A 50V +7V 22K C303 TL072CD C304100N 0W063 100N NJM2114M +7V STARGND_DEC 50V 100V IC301A AGND_FF C305

R303 8 IC302 3 R306 STARGND +_IN_R 5B4702 13 14 1 4 3K3 0W063 1K0 R304 68P R305 2 C306 1K0 1000V 1K0 33P

4 LM4702C STARGND 1000V R324 R307 +Vcc +Vcc STARGND 100N -7V C316 10K R328 C30750V 5 _ 976R Comp 220P 0W25 0R0 2 NF 0W063 Source 100V 0W063 1 R3081K0 R309 1K0 C3081N0 Sink 3 100V 6 + SRCE_R R329 0R0 STARGND SINK_R R310 36K 0W063 HS300 R311 1 7 +7V Mute GND AGND_FF 3K0 C309 1N0 STARGND 0W063 100V SRCE_SBR 8 + HS GPE TO-220 AAVID 14CW - RoHS 12 Source SINK_SBR 14C/W R31236K 2 Sink 11 C317 R313 9 _ Comp 220P STARGND 100V 976R R325 NJM2114M 0W063 STARGND IC301B R314 10K 5 C310 +_IN_SBR R315 0W25 7 33P 1K0 R316 6 1000VC311 1K0 C312

1K0 15 10 100N STARGND STARGND C313 200V R3173K3 100N STARGND_DEC 68P 0W063 100V 1000V R330 R319 C318 C314470N 1K0 100V NF 0R0 100N R320 3M3 VCC 0W063 ERR_NEG 100V OUT_SBR R318 6 1K0 R321 R331 7 D301 0R0 5 BAV99 22K 0W063 STARGND 0W063 IC300B R326 TL072CD

AGND_FF ERR_POS 1K0 R322 0W063 VEE_BSTRAP_R 36K R332 0W25 C320 R333 22R BSTRAP_R_TEST 0W25 TR300 10K BC847BW 0W063 2P2 R327 D302 100V 47R 0W25 LL4148

VEE

ITEM300 1 HJ3A00A Nut M3 Full Stzp (1000)

ITEM301 1 HA3V10A M Screw Torx M3x10MM ST ZP R302, 321 changed to 22k. R300, 322 changed to through lead, C319,320 added DRAWING TITLE 08_E043 PK 13/02/08 D.0 Ground links changed to resistor network, bootstrap circuit added Driver Right 08_E039 PK 08/01/08 None to this sheet C.0

Filename: L129_C3_Driver_R_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Bootstrap supply added, heatsink added B.0 ARCAM Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet310 of A3 DRAWING NO. L129CT VCC VCC +VLIFT_R

This device must track its relevant C400 R429 driver's temperature 100P 1R0 50V R400 100R TR400 0W33 R401 100R MPSA42 FS400 C409 7.0A NF C401 1206 470P 200V 4U7FSTARGND_LIFT R402 820R R403 100V TR401 R404 68R HS400 R405 0W33 BC337-40 5400-9130+0 D400 2K7 0W063 20C/W 12K 27V 5% DZ400 R406 BAS316 TR402 0W25 TR403 BZX384C 12K 0W25 MJE15034G D401 R435 PLD_R BC847BW 68K TR406A STARGND 0W125 BAS21LT1 NJL3281DG R433 D402 TR406B 1N4003 NJL3281DG 2R2 TR404 0W25 R407 430R BC846BW R431 C402 10K TR408 R411 R412 R408 R409 R410 0W063 10uF TR409B BC847BW 560R 68R 0R1 330R 2K7 NJL1302DG 5W 10V SRCE_SBR 0W25 0W25 1K0 R436 CON400 R413 2 10R 0W063 C403 C404 D403 OUT_SBR 1 10UF 100N BAT54 1K0 R437 R415 R416 100V 100V R417 R414 HARWIN R419 R418 330R 2K7 TR410 4R7 3R3 M20-973 560R 68R C405 BC857BW 2W 0W063 0W25 0W25 10uF R432 SINK_SBR RV400 10V TR405 10K R420 200R BC856BW 0W063 R421 TR409A LIN 62R NJL1302DG 430R R434

TR412 2R2 BC857BW D406 0W25 R438 NLD_R 68K TR414 STARGND 0W125 BAS21LT1 MJE15035G C406 DZ401 R422 100N BZX384C 12K D404 0W063 HS401 100V 27V 5% 0W25 BAS316 R423 R424 5400-9130+0 68R 20C/W 1K0 0W33 D405 R425 R426 820R C410 R439 1N4003 12K C407 1K0 0W25 1W TR415 470P R427 NF R428 100R MPSA92 200V 4U7F100V FS401 7.0A 100R TR416 C408 R430 C411 This device must 1206 BC327-40 100P 1R0 STARGND_LIFT 47UF track its relevant 50V 0W33 100V driver's temperature

VEE -VLIFT_R GND_SBR

VEE_BSTRAP_R

ITEM400 4 HA3A06A M Screw Pan Supa M3x6MM ST ZP Dual BAS21 diode replaced with singles DRAWING TITLE 08_E043 PK 13/02/08 D.0 dual protection transistor replaced with singles Surround Back Right 08_E039 PK 08/01/08 C410 polarity corrected C.0

Filename: L129_C4_PA_SBR_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Bootstrap supply added, added R435,436,437,438 B.0 ARCAM Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet410 of A3 DRAWING NO. L129CT D500 R514

47K LL4148 0W063

VCC

0W063

R500 10K TR500 BC846BW

C506 R501 M502 22P FQA47P06 100V TR501 10R R502 MMBTA56W D502 22K P LIFT OFF 0W063 C500 NF +VLIFT_L LL4148 C501 47P TR502 DZ500 50V BC846BW 100P 50V BZX384B 5V1 2% R516 R503 1K0 22K 0W063 R504 C502 510R PLD_L 47UF 100V

R505 R506 100K 22K 0W25

STARGND

R507 R508 STARGND_LIFT 100K 22K C505 0W25 47UF 100V

NLD_L R509 0W063 510R R510 R517 C503 22K 1K0 47P 0W063 TR503 DZ501 WIRE DIRECTLY TO D503 50V BC856BW BZX384B MOSFET SOURCE PINS N LIFT OFF C504 100P 5V1 2% R511 NF LL4148 22K C507 50V -VLIFT_L 22P 100V TR504 MMBTA06W M503 FQA85N06 R512 10R

0W063 TR505 R513 BC856BW 10K

VEE D501 R515

47K LL4148 0W063

DRAWING TITLE 08_E043 PK 13/02/08 lift off Lifter mod added D.0

Lifter - Left 08_E039 PK 08/01/08 Chnage M503 to 85N06 C.0

Filename: L129_C5_LIFTER_L_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Added D500,501, R514,515 B.0 ARCAM Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet510 of A3 DRAWING NO. L129CT D600 R614

47K LL4148 0W063

VCC

0W063

R600 10K TR600 BC846BW

C606 R601 M602 22P FQA47P06 100V TR601 10R R602 MMBTA56W D602 22K P LIFT OFF 0W063 C600 NF +VLIFT_R LL4148 C601 47P DZ600 50V TR602 100P 50V BZX384B BC846BW 5V1 2% R616 1K0 R603 0W063 22K R604 510R C602 PLD_R 47UF 100V

R605 R606 100K 22K 0W25

STARGND STARGND_LIFT R607 R608 100K 22K 0W25 C605 NLD_R R609 47UF 0W063 510R 100V R610 R617 C603 22K 1K0 47P 0W063 50V TR603 DZ601 D603 BC856BW BZX384B WIRE DIRECTLY TO MOSFET SOURCE PINS N LIFT OFF C604 100P 5V1 2% R611 LL4148 22K 50V NF -VLIFT_R C607 22P TR604 100V MMBTA06W M603 FQA85N06 R612 10R

0W063 TR605 R613 BC856BW 10K

VEE D601 R615

47K LL4148 0W063

DRAWING TITLE 08_E043 PK 13/02/08 lift off Lifter mod added D.0

Lifter - Right 08_E039 PK 08/01/08 Change M603 to 85N06, change M602 to FQA47P06 (was N channel!) C.0

Filename: L129_C6_LIFTER_R_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Added D600,601, R614,615 B.0 ARCAM Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet610 of A3 DRAWING NO. L129CT C719

2P2 100V R700 C700470N 36K 100V 0W25 ERR_NEG ERR_NEG IC700A D700 C713 TL072CD BAV99 R723 STARGND -7V R701

4 3M3 1K0 100N 2 OUT_SBL 0W063 VCC 50V 1 3 ERR_POS STARGND ERR_POS C714 R702 C715 8 +7V 22K 100N 100N C702100N 0W063 100V 50V NJM2114M +7V 50V C701 IC701A C703 AGND_FF 100N STARGND_DEC

R703 8 IC702 100V 3 STARGND +_IN_SBL 5B4702 13 14 1 4 C704 R7053K3 1K0 R704 R706 2 33P 68P 0W063 1K0 1K0 1000V 1000V

4 LM4702C STARGND R724 R707 +Vcc +Vcc STARGND 100N -7V C716 10K R728 C70550V 5 _ 976R Comp 220P 0W25 0R0 2 NF 0W063 Source 100V 0W063 1 R7081K0 R709 1K0 C7061N0 Sink 3 100V 6 + SRCE_SBL R729 0R0 STARGND SINK_SBL R71036K 0W063 HS700 R711 1 7 +7V Mute GND AGND_FF 3K0 C7071N0 STARGND 0W063 100V SRCE_L 8 + HS GPE TO-220 AAVID 14CW - RoHS 12 SINK_L Source 14C/W R71236K 2 Sink 11 C717 R713 9 _ Comp 220P STARGND NJM2114M 100V 976R R725 IC701B 0W063 STARGND R714 C708 10K 5 +_IN_L R715 33P 0W25 7 1K0 1000V C709 R716 6 1K0 C710

1K0 15 10 100N STARGND STARGND C711 200V R717 3K3 100N STARGND_DEC 68P 0W063 100V 1000V R730 R719 C718 C712470N 1K0 100V NF 0R0 100N R720 3M3 VCC 0W063 ERR_NEG 100V OUT_L R718 6 1K0 R721 R731 7 D701 0R0 5 BAV99 22K 0W063 STARGND 0W063 IC700B R726 TL072CD

AGND_FF ERR_POS 1K0 R722 0W063 VEE_BSTRAP_L 36K R732 0W25 C720 R733 22R BSTRAP_L_TEST 0W25 TR700 10K BC847BW 0W063 2P2 R727 100V 47R 0W25 D702 LL4148

VEE

ITEM701 1 HJ3A00A Nut M3 Full Stzp (1000)

ITEM700 1 HA3V10A M Screw Torx M3x10MM ST ZP R702, 721 changed to 22k. R700, 722 changed to through lead, C719,720 added DRAWING TITLE 08_E043 PK 13/02/08 D.0 Ground links changed to resistor network, bootstrap circuit added Driver - Left 08_E039 PK 08/01/08 None to this sheet C.0

Filename: L129_C7_DRIVER_L_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Bootstrap supply added, heatsink added B.0 ARCAM Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet710 of A3 DRAWING NO. L129CT VCC VCC +VLIFT_R

This device must track its relevant C800 R829 driver's temperature 100P 1R0 50V R800 100R TR800 0W33 R801 100R MPSA42 FS800 C809 7.0A NF C801 1206 470P 200V 4U7F R802 820R R803 100V STARGND_LIFT DZ800 BZX384C TR801 R804 68R R805 HS800 BC337-40 0W33 5400-9130+0 D800 2K7 0W063 12K 27V 5% 20C/W R806 BAS316 TR802 0W25 12K TR803 0W25 MJE15034G D801 R833 PLD_R BC847BW 68K TR806A STARGND 0W125 BAS21LT1 NJL3281DG R834 D802 TR806B 1N4003 NJL3281DG 2R2 TR804 0W25 R807 430R BC846BW R831 C802 10K TR808 R811 R812 R808 R809 R810 10uF 0W063 TR809B BC847BW 560R 68R 0R1 330R 2K7 NJL1302DG 5W 10V SRCE_R 0W25 0W25 1K0 R836 CON800 R813 2 10R 0W063 C803 C804 D803 OUT_R 1 10UF 100N BAT54 1K0 R837 100V 100V R817 R815 R816 R818 R814 HARWIN R819 4R7 330R 2K7 TR810 68R C805 3R3 M20-973 560R 2W R832 BC857BW 0W25 10uF 0W063 0W25 10K SINK_R RV800 10V TR805 R820 0W063 200R BC856BW R821 TR809A LIN 62R NJL1302DG 430R R835

TR812 2R2 BC857BW D806 0W25 R838 NLD_R 68K TR814 STARGND 0W125 BAS21LT1 DZ801 MJE15035G C806 BZX384C R822 100N 27V 5% 12K D804 0W063 100V HS801 0W25 BAS316 R823 R824 5400-9130+0 68R 20C/W 1K0 R825 12K 0W33 D805 R826 820R C810 0W25 R839 1N4003 C807 1K0 1W TR815 470P R827 NF R828 100R MPSA92 200V 4U7F FS801 100V 7.0A 100R TR816 C808 C811 This device must R830 1206 BC327-40 100P 47UF track its relevant 1R0 STARGND_LIFT 50V 100V driver's temperature 0W33

VEE -VLIFT_R GND_R

VEE_BSTRAP_R

ITEM800 HA3A06A M Screw Pan Supa M3x6MM ST ZP +5V 4 IC800 Dual BAS21 diode replaced with singles 1 DRAWING TITLE 08_E043 PK 13/02/08 D.0 LM19 Right dual protection transistor replaced with singles C812 08_E039 PK 08/01/08 C810 polarity corrected C.0

R840 470R +Vs 2 100N TEMP_2 Vout GND 16V Filename: L129_C8_PA_R_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Bootstrap supply added, added R833,836,837,838 B.0

C813 3 ARCAM Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 100N 16V A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach DGND Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet810 of A3 DRAWING NO. L129CT VCC VCC +VLIFT_L

This device must track its relevant C900 R929 driver's temperature 100P 1R0 50V R900 100R TR900 0W33 R901 100R MPSA42 C909 FS900 7.0A NF C901 1206 470P 200V 4U7F DZ900 R902 820R 100V STARGND_LIFT R903 BZX384C TR901 R904 68R R905 HS900 BC337-40 0W33 5400-9130+0 D900 2K7 0W063 12K 27V 5% 20C/W R906 BAS316 TR902 0W25 12K TR903 0W25 MJE15034G D901 R933 PLD_L BC847BW 68K TR906A STARGND 0W125 BAS21LT1 NJL3281DG R934 D902 TR906B 1N4003 NJL3281DG 2R2 TR904 0W25 R907 430R BC846BW R931 C902 10K TR908 R911 R912 R908 R909 R910 0W063 10uF TR909B BC847BW 560R 68R 0R1 330R 2K7 NJL1302DG 5W 10V SRCE_L 0W25 0W25 1K0 R936 CON900 R913 2 10R 0W063 C903 C904 D903 OUT_L 1 10UF 100N BAT54 1K0 R937 100V 100V R917 R915 R916 R918 R914 HARWIN R919 4R7 330R 2K7 TR910 68R C905 3R3 M20-973 560R 2W R932 BC857BW 0W25 10uF 0W063 0W25 10K SINK_L RV900 10V TR905 R920 0W063 200R BC856BW R921 TR909A LIN 62R NJL1302DG 430R R935

TR912 2R2 BC857BW D906 0W25 R938 NLD_L 68K TR914 STARGND 0W125 BAS21LT1 MJE15035G C906 DZ901 R922 100N BZX384C 12K D904 0W063 100V 27V 5% 0W25 BAS316 R923 R924 HS901 68R 5400-9130+0 1K0 20C/W R925 12K 0W33 D905 R926 820R C910 0W25 R939 1N4003 C907 1K0 1W TR915 470P R927 NF R928 100R MPSA92 200V 4U7F FS901 100V 7.0A 100R TR916 C908 C911 This device must R930 1206 BC327-40 100P 47UF track its relevant 1R0 STARGND_LIFT 50V 100V driver's temperature 0W33

VEE -VLIFT_L GND_L

VEE_BSTRAP_L

+5V ITEM900 4 HA3A06A M Screw Pan Supa M3x6MM ST ZP IC900 1 Dual BAS21 diode replaced with singles LM19 DRAWING TITLE 08_E043 PK 13/02/08 D.0 dual protection transistor replaced with singles C912 Left 08_E039 PK 08/01/08 C910 polarity corrected C.0

R940 +Vs 2 100N

TEMP_1 Vout GND 16V Filename: L129_C9_PA_L_Iss_D.0.SchDoc 07_E191 PK 24/10/07 Bootstrap supply added, added R933,936,937,938 B.0 470R

C913 3 Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 100N ARCAM 16V A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE DGND Waterbeach Cambridge CB25 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet910 of A3 DRAWING NO. L129CT +VLO R1018

56R TR1000 R1000 R1001 2W BC327-40 100K 100K 0W063 0W063 R1002 FIT IF PWM AC_LO_1 FIT IF DAC AC_LO_1 12K TR1001 TR1002 0W25 TIP32C BC856BW D1000 HS1000 NF BAS21LT1 R1003 C1001 20C/W 4N7 +5V TR1003 5400-9130+0 D1002 100K 100V BC856BW BAS21LT1 0W063 D1001 BAT54 AC_LO_2 R1004 FANS_POS AC_LO_2 330K TR1005 FANS_POS R1005 0W063 FAN_PWM BC846BW R1006 C1006 IC1000A FAN_PWM 1 9K1 NF 1000UF OR 3V FROM DAC 1K0 2 12 0W25 35V R1007 13 R1008 300K C1003 330K 74HC11 C1004 1N0 STARGND_LIFT 0W063 R1010 R1009 10uF 50V 12K 1K0 10V

DGND DGND DGND R1011100K 0W063 ~MUTE_REST ~MUTE_REST IC1000B 3 R1012100K 0W063 ~MUTE_SB 4 6 RLY_SB ~MUTE_SB RLY_SB 5 R1013 R1014 +5V 74HC11 100K 100K 0W063 0W063 R1015 D1003 R1016100K 4K7 OFFSET BAS21LT1 OFFSET DGND 0W063 0W063 R1017 100K D1004 0W063 TR1004 BAS21LT1 R1019 ERR_NEG BC846BW ERR_NEG DGND 47K 0W063 R1020

47K 0W063 TR1006 BC846BW

R1021 IC1000C 11 47K 10 8 RLY_REST DGND RLY_REST 0W063 9 ERR_POS ERR_POS R1022 74HC11 47K 0W063

IC1000D +5V 14 VCC C1005 100N 100V 7 GND 74HC11 DGND

ITEM1000 2 HA3A06A M Screw Pan Supa M3x6MM ST ZP IC1000 changed to HC series, dual transistors changed to single parts, fan C added DRAWING TITLE 08_E043 PK 13/02/08 D.0 C1006 added Misc. Components 08_E039 PK 08/01/08 Correct fan drive circuit C.0

Filename: L129_C10_MiscLower_Iss_D.0.SchDoc 07_E191 PK 24/10/07 No changed to this sheet B.0 ARCAM Notes: 07_E042 PK 28/02/07 Value changes on ouptut stage and lifters A.1 A & R Cambridge Ltd. PK 02/06/07 Initial Release A.0.1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB5 9QR Contact Engineer: John Dawson Contact Tel: (01223) 203200 tel No Printed: 14/07/2008 Sheet10 of 10 A3 DRAWING NO. L129CT D100

3V3 BAT54 1V2 1V2 R100

C100 C101 10R 10N 100N 0W063 7 21 31 45 59 73 93 116 130 144 1 9 11 13 19 23 27 37 36 47 54 60 66 68 72 75 83 90 96 99 101 103 105 107 108 110 112 114 120 118 124 129 131 50V 16V

3V3 DGND IC100 IC101 AVDD 33 11 ADSP-21366 VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT VDDINT

71V424S VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT IC102A 3 PAD8 A8 4 5 19 2 4 5 PAD0 PAD0 34 A0 RP102D Q0 D0 RP100D AD0 PAD0 9 VDD VDD 4 PAD9 A9 3 6 18 3 3 6 PAD1 PAD1 33 53 IO0 A1 RP102C Q1 D1 RP100C AD1 DIA_P1(SD0A) P100 PAD1 10 5 PAD10 A10 2 7 17 4 2 7 PAD2 PAD2 30 56 IO1 A2 RP102B Q2 D2 RP100B AD2 DAI_P2(SD0B) P101 PAD2 13 6 PAD11 A11 1 8 16 5 1 8 PAD3 PAD3 29 57 IO2 A3 RP102A Q3 D3 RP100A AD3 DAI_P3(SCLK0) P102 PAD3 14 7 PAD12 A12 4 5 15 6 4 5 PAD4 PAD4 26 62 IO3 A4 RP103D Q4 D4 RP101D AD4 DAI_P4(SFS0) P103 PAD4 31 16 PAD13 A13 3 6 14 7 3 6 PAD5 PAD5 25 63 IO4 A5 RP103C Q5 D5 RP101C AD5 DAI_P5(SD1A) P104 22R62mW PAD5 32 17 PAD14 A14 2 7 13 8 2 7 PAD6 PAD6 24 64 4 5 P106 IO5 A6 RP103B Q6 D6 RP101B AD6 DAI_P6(SD1B) RP104D DSP2 LR PAD6 35 18 PAD15 A15 1 8 12 9 1 8 PAD7 PAD7 17 65 3 6 P107 IO6 A7 RP103A Q7 D7 RP101A AD7 DAI_P7(SCLK1) RP104C DSP2 LsRs PAD7 36 19 A8 PAD8 52 70 2 7 P108 IO7 A8 22R 62mW 22R 62mW AD8 DAI_P8(SFS1) RP104B DSP2 CSw 20 A9 1 PAD9 51 71 1 8 P109 A9 OE AD9 DAI_P9(SD2A) RP104A DSP2 SblSbr 26 A10 11 DGND ALE PAD10 50 77 A10 LE AD10 DAI_P10(SD2B) P105 27 A11 PAD11 49 78 A11 AD11 DAI_P11(SD3A) I2S DATA 28 A12 MM74HC573WM PAD12 46 79 MCH Data0 A12 AD12 DAI_P12(SD3B) 1 29 A13 PAD13 43 80 MCH Data1 NC A13 IC106A AD13 DAI_P13(SCLK3) 2 30 A14 PAD14 42 81 MCH Data2 NC A14 A16 4 5 19 2 4 5 PAD8 AD14 DAI_P14(SFS3) 21 38 A15 RP107D Q0 D0 RP105D PAD15 41 82 MCH Data3 NC A15 A17 3 6 18 3 3 6 PAD9 AD15 DAI_P15(SD4A) 22 39 A16 RP107C Q1 D1 RP105C 86 0W063 22R P110 NC A16 A18 2 7 17 4 2 7 PAD10 /WR 35 DAI_P16(SD4B) R101 DSP2 WClk 23 40 A17 RP107B Q2 D2 RP105B /WR 87 0W063 22R P111 NC A17 A19 1 8 16 5 1 8 PAD11 /RD 39 DAI_P17(SD5A) R102 DSP2 BClk 24 41 A18 RP107A Q3 D3 RP105A /RD 88 NC A18 A20 4 5 15 6 4 5 PAD12 ALE 40 DAI_P18(SD5B) DSP WClk 25 RP108D Q4 D4 RP106D ALE 89 NC A21 not used3 6 14 7 3 6 PAD13 DAI_P19(SCLK5) DSP BClk 42 37 /RD RP108C Q5 D5 RP106C 94 NC /OE A22 2 7 13 8 2 7 PAD14 DAI_P20(SFS5) DSP MClk 43 15 /WR RP108B Q6 D6 RP106B DSP1 FLAG0 15 NC /WE A23 1 8 12 9 1 8 PAD15 FLAG0 44 8 /SRAM_CS1 RP108A Q7 D7 RP106A 16 NC /CS P112 FLAG1 143 22R 62mW 22R 62mW 97 XTAL

VSS VSS 1 P113 FLAG2 134 OE 98 CLKOUT P114 R119 11 DGND ALE P115 FLAG3 142 LE CLKIN

34 12 /RST 121 CON102 1M0 MM74HC573WM /RESET R120 3V3 DSP1 CLKCFG0 2 140 1 0W063 CLKCFG0 TMS 47R DGND DSP1 CLKCFG1 3 139 2 CLKCFG1 TCK X100 0W063 IC103 DSP1 BOOTCFG04 137 3 37 BOOTCFG0 TDI S29AL016D DSP1 BOOTCFG15 136 4 BOOTCFG1 TDO 3V3 138 5 /TRST PAD9 25 DSP MISO 126 135 6 20MHz A0 MISO /EMU IC104 PAD10 24 VCC DSP MOSI 127 7 C102 C103 33 11 A1 MOSI 71V424S PAD11 23 DSP CLK 125 8 22P 22P A2 SPICLK PAD12 22 29 4 5 PAD0 DSP1 /CS 122 9 50V 50V A3 DQ0 RP109D /SPIDS 3 PAD8 PAD13 21 31 3 6 PAD1 10 A0 A4 DQ1 RP109C PAD0 9 VDD VDD 4 PAD9 PAD14 20 33 2 7 PAD2 11 IO0 A1 A5 DQ2 RP109B PAD1 10 5 PAD10 PAD15 19 35 1 8 PAD3 12 DGND IO1 A2 A6 DQ3 RP109A

PAD2 13 6 PAD11 A8 18 38 4 5 PAD4 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND AVSS 13 IO2 A3 A7 DQ4 RP110D PAD3 14 7 PAD12 A9 8 40 3 6 PAD5 14 IO3 A4 A8 DQ5 RP110C

PAD4 31 16 PAD13 A10 7 42 2 7 PAD6 6 8

IO4 A5 A9 DQ6 RP110B 10 12 14 18 20 22 28 32 38 44 48 55 58 61 67 69 74 76 84 85 91 92 95 3V3

PAD5 32 17 PAD14 A11 6 44 1 8 PAD7 100 102 104 106 109 111 113 115 117 119 123 128 141 133 132 Harting NF R122 IO5 A6 A10 DQ7 RP110A BTMS PAD6 35 18 PAD15 A12 5 - IO6 A7 A11 22R 62mW 0R0 DGND PAD7 36 19 A8 A13 4 DGND DGND JTAG 4K7 IO7 A8 A12 62mW 20 A9 A14 3 30 TDO_DSP_2 0W063 A9 A13 DQ8 8 1 26 A10 A15 2 32 RP111A TCK A10 A14 DQ9 6 3 27 A11 A16 1 34 RP111C /TRST A11 A15 DQ10 DGND 5 4 28 A12 A17 48 36 RP111D /EMU A12 A16 DQ11 BTMS 7 2 1 29 A13 A18 17 39 RP111B TMS NC A13 A17 DQ12 2 30 A14 A19 16 41 TDI_DSP_2 NC A14 A18 DQ13 NF if JTAG required 21 38 A15 A20 9 43 CON101 NC A15 A19 DQ14 22 39 A16 45 PAD8 IC105A 1 NC A16 DQ15/A-1 23 40 A17 A22 2 4 BANK0 2 DSP2 /CS NC A17 A0 Y0 DSP2 /CS 24 41 A18 15 A23 3 5 BANK1 /SRAM_CS1 3 NC A18 RY/ /BY A1 Y1 R106 25 /RST 12 6 BANK2 /SRAM_CS2 4 DSP CLK NC /RST Y2 R107 DSP CLK 42 37 /RD /WR 11 1 7 5 NC /OE /WE E Y3 0R0 0W063 43 15 /WR BANK0 26 6 DSP MISO NC /WE /CE DSP MISO 44 8 /SRAM_CS2 /RD 28 DGND SN74HC139D 7 NC /CS /OE 47 8 DSP MOSI

VSS VSS /BYTE DSP MOSI IC105B 9 A19 14 12 /SRAM_SEL1 NF 10 DSP1 /CS DGND A0 Y0 R108

34 12 3V3 10 13 11 /SRAM_SEL2 NF 11 NC A1 Y1 R109 DSP CLK 13 10 12 DSP1 FLAG0 R110 NC Y2 0R0 0W063 DGND DSP MISO 14 BANK1 DGND 15 9 13 R111 NC E Y3 DSP MOSI IC107A 14

R112 VSS VSS DSP2_FLAG0 DSP1 /CS SN74HC139D 2 DSP2 /CS 15 R113 DSP1 CLKCFG1 /RST 4 16 MCH Data0 R114 /RST

DSP1 BOOTCFG1 27 46 1 DSP1 /CS 17 MCH Data1 NF, Fit if internal boot required R115 DSP1 BOOTCFG0 18 MCH Data2 NF, Fit if internal boot required R116 DGND 74LVC1G32DBV 19 MCH Data3 4K7 20 0W063 R121 R103 0R0 0R0 Fit for production (SPI slave boot) NF if internal boot required MOLEX 0W063 0W063 DGND

DGND DGND IC102B IC106B PCB100 1 L156PB Blank AVR002 AD DSP PCB CLK CFG = 16:1 DSP1 CLKCFG0 3V3 3V3 IC105C 3V3 IC107B 3V3 R117 20 20 16 5 4K7 VCC VCC VCC VCC DRAWING TITLE DGND 0W063 C106 C104 C105 C107 100N DSP 1 08_E135 PK 26/03/08 None to this sheet D.0 FIX100 100N 100N 100N 16V 16V 16V 16V TOOL100 TOOL102 FD100 FD102 R118 Filename: L156 C1 DSP_1 D0.SchDoc 08_E040 NC 11/02/08 /RST changed to OR gate, SPI slave boot C.0 4 1 10 10 8 3 GND GND GND GND 0R0 Notes: 07_E221 NC 7/12/07 DSP Clk changed to Xtal, resistors added to select boot mode B.0 TOOL101 TOOL103 FD101 FD103 DGND DGND DGND DGND DGND ARCAM 0W063 3 2 MM74HC573WM MM74HC573WM SN74HC139D 74LVC1G32DBV A & R Cambridge Ltd. 07_E169 NC 3/10/07 Initial Release A.0 1 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet13 of A3 DRAWING NO. L156CT D200

C203 3V3 BAT54 1V2

R208 X200 22P 1M0 20MHz 50V 3V3 0W063 C204 1 11 19 22 24 33 43 52 53 63 72 79 87 104 105 118 127 138 141 152 154 156 157 158 160 161 162 167 181 193 208 5 15 31 41 50 55 65 74 85 90 96 107 115 129 139 150 179 191 203 R209 IC200 41 81 75 55 49 35 9 3 43 29 15 1 MT48LC4M32B2P-6:G ADDR23 not used 47R DGND ADDR22 not used 0W063 22P ADDR21 not used VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD VDD 50V VDD VDD VDD VDD VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT VDDEXT DATA0 2 VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ 25 ADDR1 T2A DQ0 A0 1V2 DATA1 4 26 ADDR2 83 FS200 DQ1 A1 100 CLKIN DATA2 5 27 ADDR3 ADDR23 84 DQ2 A2 101 XTAL2 DATA3 7 60 ADDR4 ADDR22 DQ3 A3 99 81 C200 C201 C202 DATA4 8 61 ADDR5 ADDR21 AVDD DQ4 A4 ADDR20 98 80 1N0 10N 100N DATA5 10 62 ADDR6 ADDR20 AVSS DQ5 A5 ADDR19 97 50V 50V 16V DATA6 11 63 ADDR7 ADDR19 201 DQ6 A6 ADDR18 94 CLKOUT P200 DATA7 13 64 ADDR8 ADDR18 DQ7 A7 ADDR17 93 125 DSP MClk DATA8 74 65 ADDR9 ADDR17 DAI20 DQ8 A8 ADDR16 92 130 DGND DATA9 76 66 ADDR10 ADDR16 DAI19 DSP2 BClk DQ9 A9 ADDR15 91 131 DATA10 77 24 SDA10 ADDR15 DAI18 DSP2 WClk DQ10 A10 ADDR14 88 132 22R DSP BClk Out DATA11 79 21 ADDR12 ADDR14 DAI17 R206 DQ11 A11 ADDR13 77 133 22R DSP WClk Out DATA12 80 ADDR13 DAI16 R207 DQ12 ADDR12 76 134 DATA13 82 22 ADDR17 ADDR12 DAI15 DSP2 SblSbr 0W063 DQ13 BA0 ADDR11 75 135 DATA14 83 23 ADDR18 ADDR11 DAI14 DSP2 CSw DQ14 BA1 ADDR10 70 136 DATA15 85 ADDR10 DAI13 DSP2 LsRs +6V CON200 DQ15 ADDR9 69 137 DATA16 31 16 ADDR9 DAI12 DSP2 LR 1 DQ16 DQM0 ADDR8 68 143 DATA17 33 71 ADDR8 DAI11 P202 2 DQ17 DQM1 ADDR7 67 144 DATA18 34 28 DGND ADDR7 DAI10 P203 3 DQ18 DQM2 ADDR6 66 146 Data SblSbr DATA19 36 59 ADDR6 DAI9 4 DQ19 DQM3 ADDR5 61 145 Data CSw DATA20 37 ADDR5 DAI8 DSP MClk 5 DQ20 ADDR4 59 148 Data SlSr DSP MClk DATA21 39 17 /SD WR ADDR4 DAI7 DSP BClk 6 DQ21 /WE ADDR3 60 147 Data LR DSP BClk DATA22 40 18 /CAS ADDR3 DAI6 DSP BClk Out 7 DQ22 /CAS ADDR2 57 149 DATA23 42 19 /RAS ADDR2 DAI5 P204 DSP WClk 8 DQ23 /RAS ADDR1 58 175 DSP WClk DATA24 45 20 /CS SDRAM ADDR1 DAI4 P205 DSP WClk Out 9 DQ24 /CS ADDR0 56 177 DATA25 47 68 SDCLK ADDR0 DAI3 P206 10 DQ25 CLK 176 DATA26 48 67 SDCKE DAI2 P207 11 DQ26 CKE IC201 178 I2S DATA DATA27 50 DATA31 206 DAI1 P208 12 DQ27 DATA31 ADSP-21367KSWZ-2A DATA28 51 14 DATA30 205 Data LR 13 DQ28 NC DATA30 183 DATA29 53 30 DATA29 207 DPI14 14 DQ29 NC DATA29 184 DATA30 54 73 DATA28 2 DPI13 Data CSw 15 DQ30 NC DATA28 185 DATA31 56 70 DATA27 3 DPI12 16 DQ31 NC DATA27 186 69 DATA26 6 DPI11 Data SlSr 17 NC DATA26 187 3V3 57 DATA25 7 DPI10 18 NC DATA25 188 DATA24 8 DPI9 Data SblSbr 19 DATA24 189 DATA23 9 DPI8 20

VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSS VSS VSS VSS DATA23 190 R200 DATA22 12 DPI7 DATA22 195 4K7 DATA21 13 DPI6 MOLEX

6 DATA21 196 0W063 DGND

12 32 38 46 52 78 84 44 58 72 86 DATA20 14 DPI5 DATA20 197 DATA19 17 DPI4 DSP2 /CS DATA19 198 DGND DATA18 18 DPI3 DSP CLK DATA18 200 DATA17 21 DPI2 DSP MISO DATA17 199 DATA16 26 DPI1 DSP MOSI DATA16 DATA15 27 DATA15 3V3 DATA14 28 DATA14 121 DATA13 29 FLAG3 P201 DATA13 122 IC202 DATA12 30 FLAG2 P209 37 DATA12 123 S29AL016D DATA11 35 FLAG1 P210 DATA11 124 DATA10 36 FLAG0 DSP2_FLAG0 DATA10 ADDR1 25 DATA9 37 A0 DATA9 ADDR2 24 VCC DATA8 38 116 SDCLK A1 DATA8 SDCLK0 ADDR3 23 DATA7 39 113 SDA10 A2 DATA7 SDA10 ADDR4 22 29 DATA0 DATA6 40 A3 DQ0 DATA6 ADDR5 21 31 DATA1 DATA5 45 165 A4 DQ1 DATA5 TCK TCK ADDR6 20 33 DATA2 DATA4 44 164 A5 DQ2 DATA4 /TRST /TRST ADDR7 19 35 DATA3 DATA3 47 163 A6 DQ3 DATA3 TDI TDI_DSP_2 ADDR8 18 38 DATA4 DATA2 46 168 A7 DQ4 DATA2 TMS TMS ADDR9 8 40 DATA5 DATA1 49 174 A8 DQ5 DATA1 TDO TDO_DSP_2 ADDR10 7 42 DATA6 DATA0 48 172 A9 DQ6 DATA0 /EMU /EMU ADDR11 6 44 DATA7 A10 DQ7 ADDR12 5 /WR DSP2 112 3V3 A11 /WR ADDR13 4 /SD WR 111 173 1 8 A12 /SDWE BOOT_CFG1 RP200A 4K7 62mW ADDR14 3 30 SDCKE 110 170 3 6 A13 DQ8 SDCKE BOOT_CFG0 RP200C 4K7 62mW ADDR15 2 32 /RAS 109 A14 DQ9 /SDRAS ADDR16 1 34 /CAS 108 171 2 7 A15 DQ10 /SDCAS CLK_CFG1 RP200B 4K7 62mW ADDR17 48 36 120 169 4 5 CLK CFG = 16:1 A16 DQ11 ACK CLK_CFG0 RP200D 4K7 62mW ADDR18 17 39 /RD DSP2 119 A17 DQ12 /RD ADDR19 16 41 /CS FLASH2102 DGND A18 DQ13 /MS1 202 ADDR20 9 43 /CS SDRAM103 /RESET /RST A19 DQ14 /MS0 45 ADDR0 DQ15/A-1 R211 R210

15 GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND GND RY/ /BY 0R0 0R0 /RST 12 Fit for production (SPI slave boot) /RST 0W063 0W063

/WR DSP2 11 4 NF if internal boot required

/WE 95 89 86 82 78 73 71 64 62 54 51 42 34 32 25 23 20 16 10

/CS FLASH2 26 204 194 192 182 180 166 159 155 153 151 142 140 128 126 117 114 106 /CE /RD DSP2 28 /OE DGNDDGND 47 /BYTE DGND R205 4K7 10 NC 0W063 13 NC 14 NC DRAWING TITLE

DGND VSS VSS DSP 2 08_E135 PK 26/03/08 DSP package changed to LQFP, X200 changed to 20MHz D.0

27 46 Filename: L156 C2 DSP_2 D0.SchDoc 08_E040 NC 11/02/08 SPI slave boot C.0 DGND ARCAM Notes: 07_E221 NC 7/12/07 DSP Clk changed to Xtal, resistors added to select boot mode B.0 A & R Cambridge Ltd. 07_E169 NC 3/10/07 Initial Release A.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet23 of A3 DRAWING NO. L156CT SRAM_2 decoupling SRAM_1 decoupling 3V3 3V3

C300 C301 C302 C303 10N 10uF 10N 10uF 50V 10V 50V 10V

DGND DGND DSP_1 1V2 decoupling 1V2 1V2

C304 C305 C306 C307 C308 C309 C310 C311 C312 C313 C314 C315 C316 C317 C318 C319 C320 C321 C322 C323 C324 C325 C326 C327 C328 C329 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10uF 10uF 10uF 10uF 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 10V 10V 10V 10V

DGND DGND

DSP_1 3V3 decoupling 3V3 3V3

C330 C331 C332 C333 C334 C335 C336 C337 C338 C339 10N 10N 10N 10N 10N 10N 10uF 10uF 10uF 10uF 50V 50V 50V 50V 50V 50V 10V 10V 10V 10V

DGND DGND

SDRAM decoupling 3V3 3V3

C340 C341 C342 C343 C344 C345 C346 C347 C348 C349 C350 C351 C352 C353 C354 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10uF 10uF 10uF 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 10V 10V 10V

DGND DGND

DSP_2 1V2 decoupling 1V2 1V2

C355 C356 C357 C358 C359 C360 C361 C362 C363 C364 C365 C366 C367 C368 C369 C370 C371 C372 C373 C374 C375 C376 C377 C378 C379 C380 C381 C382 C385 C386 C387 C388 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10uF 10uF 10uF 10uF 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 10V 10V 10V 10V

DGND DGND

DSP_2 3V3 decoupling 3V3 3V3

C389 C390 C391 C392 C393 C394 C395 C396 C397 C398 C399 C400 C401 C402 C403 C404 C405 C406 C407 C408 C409 C410 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10N 10uF 10uF 10uF 10uF 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 10V 10V 10V 10V

DGND DGND

C419 10N +6V D300 1500mA (3.15W) 50V 1500mA (4W) R300 National/LP3876ESX-ADJ FLASH1 decoupling FLASH2 decoupling Oscillator Decoupling 10K 5 +6V REG300 3V3 3V3 BAS16 DGnd 1V2 3V3 0W063 R302 3V3 3V3 2 4 P300 P301 2 4 Vin Vout +1V2

C411 C412 R304 C413 1R0 C414 C415 C416 C417 Bias C418 C420 C421 C422 1 5 1 C423 C424 C425 10uF 100N SD ADJ 220R 15N 0W063 10uF 10uF 10uF 10N S/D 10N 10uF 10N 10uF

GND 10N 10uF 10N 10V 16V 0W063 16V 10V 10V 10V 50V 50V 10V 50V 10V 50V 10V 50V REG301 3 National/LP3883-1.2 DGnd P304 P305 DGnd DGnd 3 DGnd DGND R306 DGND DGND DGnd 110R 0W063 DGnd HS300 HS301 P308 R308 18R 0W063

Aavid / 7106DG Aavid / 7106DG DGnd 15C/W 15C/W

DRAWING TITLE

PSU & Decoupling 08_E135 PK 26/03/08 None to this sheet D.0

Filename: L156 C3 Decoupling D0.SchDoc 08_E040 NC 11/02/08 No changes to this sheet C.0 ARCAM Notes: 07_E221 NC 7/12/07 DSP Clk changed to Xtal, resistors added to select boot mode B.0 A & R Cambridge Ltd. 07_E169 NC 3/10/07 Initial Release A.0 Pembroke Avenue ECO No. INITIALS DATE DESCRIPTION OF CHANGE ISSUE Waterbeach Cambridge CB25 9QR Contact Engineer: Nick Clarke Contact Tel: (01223) 203270 tel No Printed: 03/07/2008 Sheet33 of A3 DRAWING NO. L156CT