Jan. 2011 GR-55 SERVICE NOTES Issued by RJA
Table of Contents
Cautionary Notes ...... 2 Circuit Diagram (Main Board: Power Block; Specifications ...... 3 suffix 1) ...... 26 Location of Controls ...... 4 Circuit Diagram (Main Board: Analog Block; Location of Controls Parts List...... 5 no suffix)...... 28 Exploded View ...... 6 Circuit Diagram (Main Board: Analog Block; Exploded View Parts List...... 8 suffix 1) ...... 30 Assembling the USB Box...... 9 Circuit Diagram (Main Board: Digital Block (SSC); Wiring Diagram/Block Diagram...... 10 no suffix)...... 32 Parts List ...... 12 Circuit Diagram (Main Board: Digital Block (SSC); Verifying the Version...... 14 suffix 1) ...... 34 Data Backup and Restore Operations ...... 14 Circuit Diagram (Main Board: Digital Block (WSP)) .36 Performing a Factory Reset...... 15 Circuit Diagram (Main Board: CTL Block)...... 38 Updating the System ...... 15 Circuit Board (Panel, Enc, EXP, GK Board)...... 40 Test Mode...... 16 Circuit Diagram (Panel, Enc Board) ...... 42 Circuit Board (Main Board; no suffix)...... 20 Circuit Diagram (EXP Board) ...... 44 Circuit Board (Main Board; suffix 1) ...... 22 Circuit Diagram (GK Board)...... 44 Circuit Diagram (Main Board: Power Block; Circuit Board (Host Board) ...... 45 no suffix)...... 24 Circuit Diagram (Host Board) ...... 45
Revise Information Mar 16, 2011 p. 16 Corrected errors. May 11, 2012 P.18 Added operations. P.22, P.26, P.30, P.34 Circuit Boards and Circuit Diagrams. May 7, 2013 P.12 Changed the category.
Copyright © 2011 Roland Corporation All rights reserved. No part of this publication may be reproduced in any form without the written permission of Roland Corporation. 17058718E0 CC-KWS Jan. 2011 GR-55
Cautionary Notes
Before beginning the procedure, please read through this document. The matters described may differ according to the model.
Back Up User Data!
User data may be lost during the course of the procedure. Refer to “Data Backup and Restore Operations” (p. 14) in the Service Notes and save the data. After completing the procedure, restore the backed-up data to the product.
Part Replacement
When replacing components near the power-supply circuit or a heat- generating circuit (such as a circuit provided with a heat sink or including a cement resistor), carry out the procedure according to the instructions with respect to the part number, direction, and attachment position (mounting so as to leave an air gap between the component and the circuit board, etc.).
Parts List
A component whose part code is ******** will not be supplied as a service part because one of the following reasons applies. • Because it is supplied as an assembled part (under a different part code). • Because a number of circuit boards are grouped together and supplied as a single circuit board (under a different part code). • Because supply is prohibited due to copyright restrictions. • Because reissuance is restricted. • Because the part is made to order (at current market price). • Because it is carried in electronic data on the Roland web site. • Because it is a package or an accessory irrelevant to the function maintenance of the main body. • Because it can be replaced with an article on the market. (battery or etc.)
Circuit Diagram
In the circuit diagram, “NIU” is an abbreviation for “Not in Use,” and “UnPop” is an abbreviation for “Unpopulated.” They both mean non-mounted components. The circuit board and circuit board diagram show silk-screened indications, but no components are mounted.
2 Jan. 2011 GR-55
Specifications
GR-55: Guitar Synthesizer
Sound Generator Connectors
PCM: 2 tones GK IN connector (13 pins DIN type) Modeling: 1 tone GUITAR OUT jack (1/4 inch phone type) OUTPUT L/MONO, R jacks (1/4 inch phone type) Tones PHONES jack (Stereo 1/4 inch phone type) MIDI connectors (IN, OUT) (5-pin DIN type) PCM: 910 types USB COMPUTER connector (supports USB 2.0 Hi-Speed USB MIDI and USB Modeling: 23 types (guitar mode) Audio) 17 types (bass mode) USB MEMORY connector (supports USB 2.0 Hi-Speed Flash Memory) DC IN jack Effects
MFX (Multi-Effects): 20 types Power Supply AMP (Preamp): 42 types DC 9 V MOD (Modulation): 14 types DELAY: 7 types Current Draw REVERB: 5 types CHORUS: 4 types 700 mA EQ: 1 type Dimensions
Patch Memory 405 (W) x 244 (D) x 78 (H) mm Guitar mode 16 (W) x 9-5/8 (D) x 3-1/8 (H) inches Preset: 270 + User: 297 Maximum height: Bass mode 405 (W) x 244 (D) x 106 (H) mm Preset: 90 + User: 297 16 (W) x 9-5/8 (D) x 4-3/16 (H) inches
AD Conversion Weight
24-bit (GK Pickup) 3.3 kg / 7 lbs 5 oz (excluding AC adaptor) 24-bit + AF method (Normal Pickup) * AF method (Adaptive Focus method) Accessories This is a proprietary method from Roland & BOSS that vastly improves the signal-to-noise (S/N) ratio of the A/D and D/A converters. AC adaptor (#04236101) AC cord (#02562456, #5100012293, #01903356, #5100018086, #03785590) Owner’s manual (#5100018788) DA Conversion Divided pickup (GK-3) (only for GK included model) (#********) 24-bit GK cable (5 m) (only for GK included model) (#********)
Sampling Frequency Options
44.1 kHz Divided pickup: GK-3 (for guitar), GK-3B (for bass guitar) GK cable: GKC-5 (5 m), GKC-10 (10 m) Nominal Output Level MIDI foot controller: FC-300 Unit selector: US-20 OUTPUT jacks: -10 dBu GUITAR OUT jack: -10 dBu
Output Impedance
OUTPUT jacks: 2 kΩ * 0 dBu = 0.775 Vrms GUITAR OUT jack: 2 kΩ * Printed matters will not be supplied after the end of the production. Then, download the electronic file from the Roland web site. USB Memory Audio Player * In the interest of product improvement, the specifications and/or appearance of this unit are subject to change without prior notice. File Format: WAV, AIFF
Display
Graphic LCD 240 x 64 dots
3 Jan. 2011 GR-55
Location of Controls fig.panel.eps
4 8 5 6 7
1
2
35 3
9 10 15
14
11 17 18 19 20
16 13 12
22 25 27 31
21 23 24 26 28 30 29 32 33 34
4 Jan. 2011 GR-55
Location of Controls Parts List
No. Part Code Part Name Description Q’ty 1 5100016592 TOP COVER 1 2 5100016594 ESCUTCHEON 1 3 5100016595 DISPLAY COVER 1 4 5100007869 R-KNOB INDEX G2477526R1 1 5100001448 POTENTIOMETER (F3279802R0) RD901F-40-125F-B50K-00D 1 5 5100016342 ENCODER KNOB (#G2477524R0) 1 01905467 ROTARY ENCODER EVE GC1 F20 24B 1 6 5100016340 CURSOR KEY A (#G2477528R0) 1 01780101 TACT SWITCH SKQKABD010 2 7 5100016341 CURSOR KEY B (#G2477527R0) 1 01780101 TACT SWITCH SKQKABD010 2 8 03349978 LED (RED) L-34HDSL-FPB 1 G2199514R0 LED SPACER 7MM 1 9 5100019136 VR PEDAL 1 10 5100016596 PEDAL PLATE 1 11 04560589 WASHER M6 T1 (H5039122) 2 04560590 U-NUT M6 BZC 1 5100002092 SCREW M6X70 (H5029867R0) HEX BOLT HALF THEREAD BZC 1 12 03344945 KEYTOP S (G2477513R0) 7 01780101 TACT SWITCH SKQKABD010 7 13 5100016347 S-KEYTOP SD1H BLK (#G2477510R0) 1 01780101 TACT SWITCH SKQKABD010 1 F5229819R0 LED (RED) L-7104SURC-E 1 H2369430R0 LED SPACER LEDS-1.5_KY 1 14 5100018778 S-KEYTOP SD5H CLR (#G2497019R0) 0.8 01780101 TACT SWITCH SKQKABD010 4 F5229819R0 LED (RED) L-7104SURC-E 4 H2369430R0 LED SPACER LEDS-1.5_KY 4 15 5100016347 S-KEYTOP SD1H BLK (#G2477510R0) 1 01780101 TACT SWITCH SKQKABD010 1 5100015704 LED L-7104QBC-H 1 H2369430R0 LED SPACER LEDS-1.5_KY 1 16 5100001928 SW PEDAL (G2187916R0) 4 5100002400 SW PEDAL ESCUTCHEON (#G2497024R0) 4 04560712 SUPPORT SPRING (G2177103R0) 4 5100011841 SW PEDAL FOOT H=7.2 (G2357140R0) 4 03344723 TACT SWITCH SKQKAKD010 4 17 5100016603 PEDAL LABEL 1 1 18 5100016604 PEDAL LABEL 2 1 19 5100016597 PEDAL LABEL 3 1 20 5100016598 PEDAL LABEL CTL 1 21 00564556 DIN TCS5093-10-4152 1 22 40237101 SCREW M3X8 PAN MACHINE W/SW+SMALL PW BZC 2 23 5100001342 6.5MM JACK HTJ-064-12IMP (13449155R1) 3 24 F3449714R0 6.5MM JACK HTJ-064-05A 1 25 13429825 MIDI CONNECTOR YKF51-5054V 1 26 40011312 SCREW 3X8 BINDING TAPTITE P FE BZC 2 27 5100017587 USB CONNECTOR UBR23-4K5100 1 28 40237101 SCREW M3X8 PAN MACHINE W/SW+SMALL PW BZC 1 29 12499175 BUTTON JSPUE0011A 1 30 5100018071 POWER SW ESCUTCHEON 1 31 F3439875R0 ADAPTOR JACK KM02018ABM1P 1 32 40019123 SCREW 3X8 BINDING TAPTITE S BZC 1 33 22365714 CORD HOOK 1 40019123 SCREW 3X8 BINDING TAPTITE S BZC 1 34 40679656 SCREW 4X8 BINDING TAPTITE S NI 1 35 5100018068 USB BOX CASE 1 5100018069 USB BOX COVER 1 40011312 SCREW 3X8 BINDING TAPTITE P FE BZC 2 5100006802 USB CONNECTOR UAS21-4K5J00 1
5 Jan. 2011 GR-55
Exploded View fig.bunkaizu.eps@L
9 4 3 31 27 b 8 19 25 30 c l 29 e b a o 28 p
15 14 16 16 13 32 33 10 34 i 20 21 22 24 1
23
39 22
2 37
6 Jan. 2011 GR-55
fig.bunkaizu.eps@R
35 j f
6
38
i
5
h
26 37
i h 39 41 17
18 e 42 11 18 o 17 p
d
40 12 36 e k e g 7 j
m n g
7 Jan. 2011 GR-55
Exploded View Parts List
Parts
No. Part Code Part Name Description Q’ty 1 5100016592 TOP COVER 1 2 5100016593 BOTTOM COVER 1 3 5100016594 ESCUTCHEON 1 4 5100016595 DISPLAY COVER 1 5 5100018068 USB BOX CASE 1 6 5100018069 USB BOX COVER 1 7 5100018071 POWER SW ESCUTCHEON 1 8 5100019136 VR PEDAL 1 9 5100016596 PEDAL PLATE 1 10 5100002396 VR PEDAL HOLDER (G2147916R0) 1 11 03561356 SHAFT STAY STAY 1 12 5100016343 PIN STAY (#G1889117R0) 1 13 04560601 CUSHION R (#G2357111) 1 14 5100016344 RUBBER SW (#G2637107R0) 1 15 5100016345 RUBBER SW ESCUTCHEON (#G2567121R0) 1 16 04560634 BOLT HOLDER (G2147874) 2 17 5100016599 DISPLAY CUSHION A 2 18 5100016600 DISPLAY CUSHION B 2 19 5100007869 R-KNOB INDEX G2477526R1 1 20 5100018778 S-KEYTOP SD5H CLR (#G2497019R0) 0.8 21 03344945 KEYTOP S (G2477513R0) 7 22 5100016347 S-KEYTOP SD1H BLK (#G2477510R0) 2 23 5100016340 CURSOR KEY A (#G2477528R0) 1 24 5100016341 CURSOR KEY B (#G2477527R0) 1 25 5100016342 ENCODER KNOB (#G2477524R0) 1 26 12499175 BUTTON JSPUE0011A 1 27 5100001928 SW PEDAL (G2187916R0) 4 28 5100002400 SW PEDAL ESCUTCHEON (#G2497024R0) 4 29 04560712 SUPPORT SPRING (G2177103R0) 4 30 5100011841 SW PEDAL FOOT H=7.2 (G2357140R0) 4 31 5100016603 PEDAL LABEL 1 1 32 5100016604 PEDAL LABEL 2 1 33 5100016597 PEDAL LABEL 3 1 34 5100016598 PEDAL LABEL CTL 1 35 03344923 FOOT H=5 (G2357120) 4 36 22365714 CORD HOOK 1 37 5100015523 MAIN BOARD ASSY 1 38 5100018208 HOST BOARD ASSY 1
5100015524 PANEL SHEET ASSY 1 * This unit includes the following parts. 39 ******** PANEL BOARD 1 40 ******** EXP BOARD 1 41 ******** GK BOARD 1 42 ******** ENC BOARD 1
Screws
No. Part Code Part Name Description Q’ty a 5100002092 SCREW M6X70 (H5029867R0) HEX BOLT HALF THEREAD BZC 1 b 04560589 WASHER M6 T1 (H5039122) 2 c 04560590 U-NUT M6 BZC 1 d 40679656 SCREW 4X8 BINDING TAPTITE S NI 1 e 40019123 SCREW 3X8 BINDING TAPTITE S BZC 7 f 40342956 SCREW M3X6 PAN MACHINE W/SW+PW(S) BZC 8 g 40237101 SCREW M3X8 PAN MACHINE W/SW+SMALL PW BZC 3 h 40012867 SCREW M3X8 PAN MACHINE W/SW+PW ZC 14 i 40011278 SCREW 3X8 BINDING TAPTITE P FE ZC 8 j 40011312 SCREW 3X8 BINDING TAPTITE P FE BZC 6 k 40233012 SCREW 2.6X8 BINDING TAPTITE P BZC 1 l 40128923 HEX NUT M7 1 m 5100003918 JACK NUT M9X12X2 NI RTC(H5039510R0) 3 n 5100003926 PLAIN WASHER 9X13.5X0.5T NI(H5039158R0) 3 o H5069001R0 NUT M9 1 p H5039126R0 M9 WASHER 1
8 Jan. 2011 GR-55
Assembling the USB Box
1. Connect Wiring W4 (#5100017066) to the Host Board Assy (#5100018208). 5. Secure Wiring W4 to the tab on the USB Box Case. fig.assemble-1.eps fig.assemble-6.eps
2. Assemble the Host Board Assy to the USB Box Cover (#5100018069), and secure in place using Screw 3 x 8 Binding Taptite P FE ZC (#40011278). 6. Engage Wiring W4 on the hooks on the USB Box Case and adjust the fig.assemble-2.eps shape. fig.assemble-7.eps
fig.assemble-3.eps
7. After winding, check to ensure that Wiring W4 will not come loose from the tab. fig.assemble-8.eps
3. Secure Wiring W4 in place using a cable tie, and fit it securely into the USB Box Cover. fig.assemble-4.eps
4. Fit the USB Box Cover into the USB Box Case (#5100018068). After pressing in downward, press in at an angle, then fit the protrusion on the USB Box Cover into the hole in the USB Box Case. fig.assemble-5.eps
9 Jan. 2011 GR-55
Wiring Diagram/Block Diagram fig.block-wiring.eps@L MAIN BOARD
IC42 AF C (Invert) JK8 N C GK IN 4 2 N W3 3 IC34,36,39 IC32
GK BOARD GK SENS IC33,35,38 Buffer GK-SW,VOL IC9 A+3.3 (Invert)BufferIC9 IC23 Buffer +3.3V D+5/ IC4 A+5 +5V A+7V IC2 Q1 Q4 +7V JK1 FET SW FET SW DC IN Q19 (POWER) (A-PWR) A+PH/ Q18 A-PH Q25,31 SW1 Tr -9V IC3 -7V POWER (V-DET, D+3.3 SOFT-SW) D+1.2 A-7V IC1 DC-DC 3.3V,1.2V,-9V VR501 C N WIRING 3P XSWD-PWR SYS-RST 5 4 IC9,16 0 RESET SCL-COM,GAIN(PORT) 3
EXP BOARD C IC24 XPWR-OFF N MPX XRST 2 PF4 WCD0-7,13 AN0-3 C SW IC500 N C PF2,3 (PANEL) SW MPX 5 1 SCL-COM,LED(PORT) 0 N PF2,WAHH6 W1 MPX-SEL(PORT) 0 1 WAHH0,1,7 SW(PORT) IC10 AHP7,8,9,11 SSC IC501 ENC(PORT) LED PF8,9 S->P Drv UP,UD,UHVB,OC UH,PF6,7
PANEL BOARD PANEL VBUS,UP,UD UF C VR500 UART P0,1 N C 5 1 N 0 W1 5 IC11 5 NOR Flash EN500 D+5V 512Mb (Wave) IC22 A[1-22] HS-SW D[0-15] SW CS0 (PEDAL) IC8 C NOR Flash C N 64Mb N 8 (Program) 1 3 0 W4 (5pin-Shield) 0 JK1000 0 JK3 JK2 USB HOST USB Func MIDI I/O
No. Part Code Part Name Description Q’ty 1 5100017063 WIRING W1 2 2 5100017065 WIRING W3 1 3 5100017066 WIRING W4 1 LCD 4 5100002340 WIRING 3P 1
10 Jan. 2011 GR-55
fig.block-wiring.eps@R
IC41 IC43 DAC Buffer AK4386 (Differencial)
SSC->GUITAR OUT(2ch) Q17 JK10 MUTE GUITAR OUT IC45 IC47 Q5,7 CODEC Buffer MUTEQ?? AK4556 MUTE (Invert)
SSC->OUTPUT(2ch)
IC31,37,40 Q20,21 JK8,9 Q?? ADC MUTE OUTPUT IC10 MUTE AK5357ADCIC10 ADC
Q22,24 JK11 MUTEQ?? PHONES MUTE
Q14,15,16 MUTE CTL
XMUTE-OUTPUT GK-IN->WSP(6ch)
WSP->SSC(6ch)
PH-DET
D+3.3 SSC->WSP(4ch) IC21 SSC->WSP(4ch) D+1.5 LATCH IC7 +1.5V
CKUSB IC5 OSC 48MHz
IC20 IC19 ERAM_IF ERAM_IF IC13 SDRAM WSP SDRAM 64Mb 64Mb
CKUDL
X1 IC12 A[1-13] XRST Xtal D[0-15] BUFFER PLLRST 16.9344MHz CS2
A[2-16] D[0-31] CS3 D[0-8] LCD-IF
IC4,7 IC14,15 IC17,27 SDRAM SDRAM LATCH 64Mb*2128Mb*2
CN4
Module
11 Jan. 2011 GR-55
Parts List fig.-part1-e.eps
Safety Precautions: Due to one or more of the following reasons, The parts marked have parts with parts code ******** cannot be supplied as service parts. safety-related characteristics. Use only listed parts for replacement. • Part supplied only as a component in a complete assembly • Copyright does not permit the part to be supplied • Part is sold commercially
Note: The parts marked # are new. (initial parts) The description “Q’ty” means a necessary number of the parts per one product.
CASING # 5100016592 TOP COVER 1 # 5100016593 BOTTOM COVER 1 # 5100018069 USB BOX COVER 1
CHASSIS 5100019136 VR PEDAL 1 03561356 SHAFT STAY STAY 1 5100002396 VR PEDAL HOLDER (G2147916R0) 1 04560634 BOLT HOLDER (G2147874) 2 # 5100016343 PIN STAY (#G1889117R0) 1 # 5100018068 USB BOX CASE 1
KNOB, BUTTON # 5100016340 CURSOR KEY A (#G2477528R0) 1 # 5100016341 CURSOR KEY B (#G2477527R0) 1 # 5100018778 S-KEYTOP SD5H CLR (#G2497019R0) 0.8 # 5100016347 S-KEYTOP SD1H BLK (#G2477510R0) 2 03344945 KEYTOP S (G2477513R0) 7 # 5100016344 RUBBER SW (#G2637107R0) 1 12499175 BUTTON JSPUE0011A 1 # 5100016342 ENCODER KNOB (#G2477524R0) 1 5100007869 R-KNOB INDEX G2477526R1 1
SWITCH 01899989 PUSH SWITCH SPUP19-2N-LB2 1 01780101 TACT SWITCH SKQKABD010 17 03344723 TACT SWITCH SKQKAKD010 4 5100016344 RUBBER SW (#G2637107R0) 1
JACK, EXT TERMINAL 13429825 MIDI CONNECTOR YKF51-5054V 1 # 5100006802 USB CONNECTOR UAS21-4K5J00 1 # 5100017587 USB CONNECTOR UBR23-4K5100 1 00564556 DIN TCS5093-10-4152 1 F3439875R0 ADAPTOR JACK KM02018ABM1P 1 5100001342 6.5MM JACK HTJ-064-12IMP (13449155R1) 3 F3449714R0 6.5MM JACK HTJ-064-05A 1
DISPLAY UNIT # 5100018460 LCD PE24064WRT-005-I-Q 1
PWB ASSY # 5100015523 MAIN BOARD ASSY 1 # 5100018208 HOST BOARD ASSY 1
# 5100015524 PANEL SHEET ASSY 1 * This unit includes the following parts. ******** PANEL BOARD 1 ******** EXP BOARD 1 ******** GK BOARD 1 ******** ENC BOARD 1
DIODE F5229819R0 LED (RED) L-7104SURC-E 5 # 5100015704 LED L-7104QBC-H 1 03349978 LED (RED) L-34HDSL-FPB 5
12 Jan. 2011 GR-55
POTENTIOMETER 01016167 11M/M ROTARY POTENTIOMETER RK11K1140AFG 10KX1 1 5100001448 POTENTIOMETER (F3279802R0) RD901F-40-125F-B50K-00D 1 01905467 ROTARY ENCODER EVE GC1 F20 24B 1
WIRING, CABLE # 5100017063 WIRING W1 2 # 5100017065 WIRING W3 1 # 5100017066 WIRING W4 1 5100002340 WIRING 3P 1
SCREWS 40342956 SCREW M3X6 PAN MACHINE W/SW+PW(S) BZC 8 40012867 SCREW M3X8 PAN MACHINE W/SW+PW ZC 14 40237101 SCREW M3X8 PAN MACHINE W/SW+SMALL PW BZC 3 5100002092 SCREW M6X70 (H5029867R0) HEX BOLT HALF THEREAD BZC 1 40233012 SCREW 2.6X8 BINDING TAPTITE P BZC 1 40011312 SCREW 3X8 BINDING TAPTITE P FE BZC 6 40011278 SCREW 3X8 BINDING TAPTITE P FE ZC 8 40019123 SCREW 3X8 BINDING TAPTITE S BZC 7 40679656 SCREW 4X8 BINDING TAPTITE S NI 1 40128923 HEX NUT M7 1 H5069001R0 NUT M9 1 5100003918 JACK NUT M9X12X2 NI RTC(H5039510R0) 3 04560590 U-NUT M6 BZC 1 04560589 WASHER M6 T1 (H5039122) 2 5100003926 PLAIN WASHER 9X13.5X0.5T NI(H5039158R0) 3 H5039126R0 M9 WASHER 1
MISCELLANEOUS 5100001928 SW PEDAL (G2187916R0) 4 5100011841 SW PEDAL FOOT H=7.2 (G2357140R0) 4 # 5100016596 PEDAL PLATE 1 # 5100016595 DISPLAY COVER 1 # 5100016594 ESCUTCHEON 1 # 5100018071 POWER SW ESCUTCHEON 1 # 5100016345 RUBBER SW ESCUTCHEON (#G2567121R0) 1 5100002400 SW PEDAL ESCUTCHEON (#G2497024R0) 4 04560601 CUSHION R (#G2357111) 1 # 5100016599 DISPLAY CUSHION A 2 # 5100016600 DISPLAY CUSHION B 2 03344923 FOOT H=5 (G2357120) 4 # H2369430R0 LED SPACER LEDS-1.5_KY 6 # 04893056 LED SPACER LED-15_KY 4 G2199514R0 LED SPACER 7MM 1 # 5100016603 PEDAL LABEL 1 1 # 5100016604 PEDAL LABEL 2 1 # 5100016597 PEDAL LABEL 3 1 # 5100016598 PEDAL LABEL CTL 1 04560712 SUPPORT SPRING (G2177103R0) 4 05015034 USB CONNECTOR CAP USBC-1(G2247805R0) 1 22365714 CORD HOOK 1
ACCESSORIES (Standard) 04236101 AC ADAPTOR WITHOUT AC CORD PSB-1U(S) UNIVERSAL 1 01903334 AC CORD SET PSE 100V 1.0M FOR PSB for 100V 1 02562456 AC CORD SET 120V 1.0M (NON POLAR) for 117VU, 117VU/CS 1 5100012293 AC CORD SET 117VBL 1.0M FOR PSB for 117VBL 1 01903356 AC CORD SET 230V 1.0M FOR PSB for 230VEU, 220VCNR 1 5100018086 AC CORD SET 230VE 1.0M FOR EPS for 230VE 1 03785590 AC CORD SET SC-078-NA05 240VA for 240VA 1 # 5100018787 OWNER’S MANUAL JAPANESE 1 # 5100018788 OWNER’S MANUAL ENGLISH 1
13 Jan. 2011 GR-55
Verifying the Version Restore-operation Procedure 1. Switch on the power to the unit. 1. Hold down [PAGE ] and [PAGE ] and switch on the power. The initial screen appears. The version information is displayed. fig.main.eps fig.ver-check.eps
2. Insert the USB memory device containing the backed-up user data into 2. Switch off the power. the USB MEMORY connector on the side panel.
3. Press [EDIT], then press [PAGE ] 3 times. The SYSTEM setting screen appears. Data Backup and Restore fig.edit-system.eps Operations
Using the method described below, you can back up all parameters, including patch data. Note, however, that pedal sensitivity settings (calibration) cannot be backed up. For information on adjusting the sensitivity of the pedals, refer 4. Turn the encoder to select BACKUP/INIT, then press [ENTER]. to Adjusting the Pedal Sensitivity (CALIB) (Owner’s Manual, p. 73). The BACKUP/INITIALIZE screen appears. fig.back-ini.eps Item Required
• USB memory device (2 MB or larger) * Before you start, use a computer to format the device using the FAT32 file system. 5. Select BACKUP/RESTORE, then press [ENTER]. The BACKUP/RESTORE screen appears. Backup Procedure fig.backup.eps
1. Switch on the power to the unit. The initial screen appears. fig.main.eps
6. Select RESTORE, then press [ENTER]. 7. At the confirmation screen, select OK, then press [ENTER]. The restore operation is executed. 2. Insert the USB memory device into the USB MEMORY connector on the 8. Detach the USB memory device. side panel.
3. Press [EDIT], then press [PAGE ] 3 times. The SYSTEM setting screen appears. fig.edit-system.eps
4. Turn the encoder to select BACKUP/INIT, then press [ENTER]. The BACKUP/INITIALIZE screen appears. fig.back-ini.eps
5. Select BACKUP/RESTORE, then press [ENTER]. The BACKUP/RESTORE screen appears. fig.backup.eps
6. Select BACKUP, then press [ENTER]. 7. At the confirmation screen, select OK, then press [ENTER]. The backup is executed. 8. Detach the USB memory device.
14 Jan. 2011 GR-55
Performing a Factory Reset Updating the System
* Executing a factory reset causes all user settings except user patches and pedal- sensitivity settings (calibration) to be reset to their factory defaults. Items Required
• Update-use files (obtained via Service Net) A factory reset can be executed either when the unit has been started normally • USB memory device (2 MB or larger) or in the Test Mode. This section describes how to carry out the operation FAT32 when the unit has been started normally. * Before you start, use a computer to format the device using the file system.
1. Switch on the power to the unit. The initial screen appears. Procedure fig.main.eps 1. Copy the update-use file (gr55.bin) to the root directory of the USB memory device. 2. Insert the USB memory device just described into the USB MEMORY connector on the side panel. 3. Hold down [V-LINK] and [USER] and switch on the power. 2. Press [EDIT], then press [PAGE ] 3 times. The initial screen appears, and then the LCD screen lights up completely. The SYSTEM setting screen appears. fig.update-1.eps fig.edit-system.eps
3. Turn the encoder to select BACKUP/INIT, then press [ENTER]. After a short interval, the update is executed. fig.update-2.eps The BACKUP/INITIALIZE screen appears. fig.back-ini.eps
When the message Completed! is displayed, the update is finished. 4. FACTORY RESET Select , then press [ENTER]. fig.update-3.eps The FACTORY RESET screen appears. fig.factory.eps
4. Detach the USB memory device and switch off the power.
5. Select OK, then press [ENTER]. A factory reset is executed.
15 Jan. 2011 GR-55
Test Mode Test Items 1. DEVICE CHECK (p. 16) Items Required 2. LCD/ENCODER CHECK (p. 16) 3. SW/LED CHECK (p. 17) • GK-3-equipped guitar 4. VR CHECK (p. 17) • Headphones 5. EXP PEDAL CALIBRATION (p. 17) • Signal generator 6. EXP PEDAL SW CHECK • Oscilloscope (p. 17) • Noise meter 7. GK CONTROL CHECK (p. 17) • Computer (USB driver not required) 8. AUDIO CHECK (LINE/GUITAR OUT) (p. 18) • USB memory device (any capacity) 9. AUDIO CHECK (GK IN) (p. 18) * Before you start, use a computer to format the device using the FAT32 file 10. AUDIO CHECK (NORMAL IN) (p. 18) system. 11. AUDIO CHECK (Anx NOISE) (p. 18) • USB cable 12. AUDIO CHECK (SELF TEST) • MIDI cable (p. 18) 13. FACTORY RESET (p. 18) 14. FACTORY CHECK (p. 18) Preparations 15. POWER OFF (p. 19) Before carrying out the first test item (1. DEVICE CHECK), make the connections described below. 1. Connect the USB memory device to the USB MEMORY connector. 1. DEVICE CHECK 2. Using the USB cable, connect the COMPUTER connector and the USB ROM, RAM, MIDI, and USB operation is checked automatically. connector on the computer. fig.test-01.eps * A request for a USB driver appears at this time, but it can be ignored. In the Test Mode, no USB driver is required.
3. Using the MIDI cable, connect the MIDI IN and MIDI OUT jacks.
Entering the Test Mode 1. Verify the system version information to the right of PROG ROM. 1. Hold down [USER], [EZ EDIT], and [WRITE] [EDIT] at the same time 2. Verify that OK is displayed for all other items, then press [EXIT] + and switch on the power. CURSOR [ ] to advance to the next test item. * Continue to hold down the buttons until GR-55 appears on the screen.
After a short interval, the unit enters the Test Mode, and a display like 2. LCD/ENCODER CHECK the one shown below appears. fig.test-start.eps This checks the illumination of the LCD screen and the operation of the encoder. fig.test-02-1.eps
2. Press CURSOR [ ]. Execution advances to the first test item (1. DEVICE CHECK).
1. Verify that the LCD screen is completely illuminated, then press Quitting the Test Mode CURSOR [ ]. The screen shown below appears. Switch off the power. fig.test-02-2.eps
How to Move Between Test Items
Holding down [EXIT] and pressing CURSOR [ ] advances execution to the next test item. Holding down [EXIT] and pressing CURSOR [ ] returns execution to the 2. Verify that the LCD screen is completely dark, then press CURSOR previous test item. []. The screen shown below appears. fig.test-02-3.eps
16 Jan. 2011 GR-55
3. Turn the encoder and verify that the contrast changes. 5. EXP PEDAL CALIBRATION fig.test-02-4.eps This sets the operation range of the expression pedal. fig.test-05-1.eps
4. Press [EXIT] + CURSOR [ ] to advance to the next test item.
3. SW/LED CHECK 1. Depress the heel of EXP PEDAL all the way, then press [ENTER]. A screen like the one shown below is displayed. This checks switch operation and LED illumination. fig.test-05-2.eps fig.test-03.eps
2. Depress the toe of EXP PEDAL all the way, then press [ENTER].
1. Press each button displayed on the LCD screen, and verify that the Execution automatically advances to the next test item. button’s LED lights up. When testing of all switches and LEDs has been completed, advance to the next test item. 6. EXP PEDAL SW CHECK This checks expression-pedal switch operation. fig.test-06.eps 4. VR CHECK
This checks the output level. fig.test-04-1.eps
1. Forcefully depress the toe of the EXP PEDAL, and verify that EXP PEDAL SW is switched on or off. Execution automatically advances to the next test item.
1. Adjust the OUTPUT LEVEL control to minimum. A screen like the one shown below is displayed. fig.test-04-2.eps 7. GK CONTROL CHECK This checks the operation of the PHONES and GK IN connectors. fig.test-07.eps
2. Turn the OUTPUT LEVEL control clockwise. When the control has been adjusted to a setting past a location near the center, the display changes. fig.test-04-3.eps 1. At the PHONES connector, insert and detach the plug, and verify that OK is displayed. 2. Connect the GK-3 to the GK IN connector, operate the switches and the volume control on the GK-3, and verify that OK is displayed for each. If all items are OK, execution automatically advances to the next test 3. Turn the control to maximum, then advance to the next test item. item.
17 Jan. 2011 GR-55
8. AUDIO CHECK (LINE/GUITAR OUT) 10. AUDIO CHECK (NORMAL IN)
This checks the D/A path. This checks the A/D path (GK IN: NORMAL IN). fig.test-08.eps fig.test-10.eps
1. Connect the oscilloscope or noise meter to the OUTPUT L/MONO and R 1. Connect the signal generator to the GUITAR input connector on the GK- jacks. 3, set the switch on the GK-3 to GUITAR, and input a signal like the one shown below. 2. Verify that signals like the ones shown below are output. 200-Hz rectangular wave at -40 dBm OUTPUT L/R: 3.3 Vp-p±300 mV (+7 dBm±1 dB) 2. Verify that signals like the one shown below are output from OUTPUT L/ 3. Press [V-LINK], and verify that output is muted. MONO and R. OUTPUT L/R: -80 dB or lower 200-Hz rectangular wave at -4 dBm±1 dBm 4. Connect the oscilloscope or noise meter to the PHONES jack. 3. Detach the plug connected to the GUITAR input connector, and verify 5. Verify that signals like the ones shown below are output. that residual noise is at a value like the one shown below. OUTPUT L/R: 3.3 Vp-p±300 mV (+7 dBm±1 dB) -62 dBm or lower (DIN audio), or -66 dBm or lower (JIS A)
6. Connect the oscilloscope or noise meter to the GUITAR OUT jack. 4. Press [EXIT] + CURSOR [ ] to advance to the next test item. 7. Verify that signals like the one shown below are output. GUITAR OUT: 3.6 Vp-p±300 mV (+8 dBm±1 dB) 11. AUDIO CHECK (Anx NOISE) 8. Press [V-LINK], and verify that output is muted. GUITAR OUT: -45 dB or lower * This test item is used only for development purposes. It is not used for servicing.
9. Press [EXIT] + CURSOR [ ] to advance to the next test item. Press [EXIT] + CURSOR [ ] to advance to the next test item. 9. AUDIO CHECK (GK IN) 12. AUDIO CHECK (SELF TEST) This checks the A/D path (GK IN: six-string input). fig.test-09.eps * This test item is used only for development purposes. It is not used for servicing.
Press [EXIT] + CURSOR [ ] to advance to the next test item.
13. FACTORY RESET
This performs a factory reset. 1. Connect the GK-3-equipped guitar to the GK IN connector. fig.test-13.eps 2. Set the switch on the GK-3 to GK. 3. Verify that the input signals from the respective strings are output from OUTPUT L/MONO and R. 4. Operate the encoder to change the SW1 display on the LCD screen to SW2, SW3, and SW4, and verify that the input guitar sound simultaneously becomes louder. 1. Press [WRITE] to execute a factory reset. * Note that SW3 and SW4 are about the same level. When the factory reset has finished, execution automatically advances to 5. Press [EXIT] + CURSOR [ ] to advance to the next test item. the following test item.
14. FACTORY CHECK
* This test item is used only for development purposes. It is not used for servicing. fig.test-14.eps
Press [EXIT] + CURSOR [ ] to advance to the next test item.
18 Jan. 2011 GR-55
15. POWER OFF
This verifies the operation of the power switch. fig.test-15.eps
Press the POWER switch to switch off the power.
19 Jan. 2011 GR-55
Circuit Board (Main Board; no suffix) fig.b-main-1.eps
20 Jan. 2011 GR-55
fig.b-main-2.eps
21 Jan. 2011 GR-55
Circuit Board (Main Board; suffix 1) fig.b-main-s-1.eps
22 Jan. 2011 GR-55
fig.b-main-s-2.eps
23 Jan. 2011 GR-55
Circuit Diagram (Main Board: Power Block; no suffix) fig.d-main-1.eps@L D32 D+3.3 1SS362FV(TPL3) GR-55 POWER Block 2 1
R12 3 1SS387(TPH3.F) 10k GND
TP4 D2 XSWD-PWR To CPU R11 1k 1005 C7 UnPop TP18
R9 R10 TP20 330k 330k GND 0603 0603
11 12 13 2 Q11 PUSH(>100ms) POWER ON DTA114TUAT106 21 31 22 23 TP308 From CPU SW1 SPUP192000 H->POWER ON SW1 SPUP192000 D4 1SS361FV(TPL3,Z) L->POWER OFF TP5 1 2 XPWR-OFF R13 0 GND R26 0 3 TP11 TP6
TP3 PVCC VCC-PWR Q1 MCH6306-TL-E TP1 TP2 S D4 D3 D1 4 6 L1 R1 D2 5
SS11VL-R22020 SS3003CH-TL-E 33k 1M 1608 4 1 0603 D1 2 1608 2 2 G 1 2 41 C415 C414 3 3 5 TP9 1 3 1uF
NC 0.1uF 6 330k 1 3 2 R143 UnPop
5 R6 3 C6 1608 R8 0603 4 33k Q25 UnPop 1608 1608 1608 UnPop 1608 KM02018ABM1P UnPop UnPop 0603 C9 JK1 0603 C10
R7 0.1uF C1 C2 TP14 470uF 16V C3 C4 33k TP10 1 Q31 D3 2SA1832-GR(TE85L.F) DTC114TUAT106 23 FS1 FS1 UDZS TE-17 10B DR-670 DC JACK HOLDER(G2147127)
GND 10 20 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C17 C15 C18 C16 C476 C474 C475 C477 C479 C382 C478 C384 PVCC
GND
R51 C40 27k 2 0.1uF Q3 D ( 0.5% )
1 TP29 GND 2SA1832-GR(TE85L.F) 3
R16 XSYS-RST 68k 41 35 19 D ( 0.5% ) R17 VCC D5 100k XSYS-RST 48 CTL V REGOUT VBIAS1 UDZS TE-17 5.6B DCDC_OFF=7.5V 34 R37 0 SCP SC C28 GND C32 1uF 5 27pF 1608 6 CSOFT6 O 7 FB6
R18 IN6-
R53 R49 5.1k 8.2k 82k D ( 0.5% ) 9 D ( 0.5% )D ( 0.5% ) CSOFT5 O TP43 10 FB-9V 11 FB5 FB+1.2V C38 IN5- 1uF R15
51k R46 C23 1608 13 1k 47000pF CSOFT4 O
D ( 0.5% ) 14 FB+3.3V 15 FB4 16 IN4- 17 FB4RE IN4RE 0 R22 R20 3.3k 0 18k D ( 0.5% )
TP41 20 21 CSOFT3 O FB3
R50 R54 22 IN3- TP31 D ( 0.5% ) 0.1uF C25
R27 C34 C39 1000pF R48 24 3.3k 1k 10000pF 25 CSOFT2 OU
D ( 0.5% ) FB2 O
10k 26 IN2- C58 C45 100pF 0.1uF R55 R34 C46 28 D ( 0.5% ) 1k 47000pF 29 CSOFT1 OU 30 FB1 O IN1-
PVCC 8 12 STBY6 18 STBY5 23 STBY4 27 STBY3 31 STBY2
R56 R19 STBY1 5.1k 5.1k D ( 0.5% ) D ( 0.5% ) TP371 3 2 RT CT1 0603 1608 GND VS
R14 C30 I L 4 44 220pF 10k
GND GND
24 Jan. 2011 GR-55
fig.d-main-1.eps@R
R52 A+5 0 D+5 0605 TP383 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF UnPop UnPop C333 C376 C332 C482 C410 C413 C480 C412 C481 UnPop C300
GND GND A+5 IC4 R21 IC23 BA17805FP-E2 1 TP42 UPC29L33T-E1-AZ A+3.3 0605
TP373 1 3 TP378 3 1 APVCC IN OUT IN OUT COM COM
C50 C60 C274 UnPop 0.1uF 0.1uF C303 0.1uF 0.1uF 10uF 0.1uF 220uF 10uF LED-VCC 220uF 16V 16V 2 2 16V C239 2125 C273 C131 C302 C483 C59 TP8 GND GND 0605 0605 UnPop C484 UnPop C485 A+PH GND 2SC4738-GR(TE85L.F) Q19 for GK TP236 for Analog 3 2 Q4 IC2 GK+7V XC6216D702PR-G GK+7V MCH6306-TL-E 1 3 1 TP23 S D4 IN OUT 4 D3 6 D2
5 COM
1M C26 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF D1 2 C51 C52 0.1uF G 1 220uF C5 R47 0.1uF 0.1uF 2 16V 2.2k 3 220uF C36 C66 C22 C65 D13 C377 C472 C469 C468 C470 R143 16V
C295 TP200
10uF RB551V-30 TE-17 R111 16V 100k
GND C435
D8 10uF 16V TP201 1SS387(TPH3.F) 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C54 1 0.1uF D11 220uF UDZS TE-17 5.6B R96 16V 2.2k C53 C27 COM C67 C69 C68 C70 C378 C379 C380 C381 C473 IN OUT 2 3 1
NJM79L07UA TP77 GK-7V GK-7V TP252 TP76 IC3 -9V 3 2 Q18 2SA1832-GR(TE85L.F) A-PH
QS5U27TR(PB FREE) Q10 ELL6SH270M
TP60 L2
2 5 4 25V C42 10uF 1
2125 C49 3 1uF
GND Q10 C33 GND 220uF 0.1uF 16V 0.1uF 0.1uF 0.1uF 0.1uF C62 0.1uF TP363 32 C403 C401 VREF C407 C405 C400 QS5U27TR(PB FREE)
33 1608 POUT TP7 R44 CTL<2.5V C31 0 1uF
TP72 0605 47 -9V OUT6 FB-9V GND
46 OUT5 C297 1uF 25V TP58
45 Q9 OUT4 QS5U27TR(PB FREE) R59 for SSC Core 0 1 FB+1.2V D+1.2 L5 R192
52 ELL6SH100M 0 0605
TP377 TP376 TP345 43 OUT3 0.1uF 0.1uF TP374 TP51 C299 C298 Q9 10uF 100uF C20
0.1uF 2125 6.3V 40 34 UT2N QS5U27TR(PB FREE)
42 C21 OUT2 C385 R190 0 38 GND GND UT1N 39 C47 OUT1 1uF 1608 R31 0 Q6 QS5U27TR(PB FREE) for Digital 1 FB+3.3V D+3.3 D+3.3 D+3.3 L3 52 ELL6SH100M TP73 TP74 R40 0 37 NC 36 0605 NC 1 C57 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF NC C56 0.1uF
Q6 10uF 220uF C55 C19 0.1uF 2125 0.1uF 34 16V C454 C448 C450 C447 C451 C445 C452 C453 C461 C446 C310 C312 C313 C315 C319 C317 C318 C324 C325 C316 C1 C463 C449 C455 C460 C458 C304 C305 C306 C331 V5603T-TLM-E QS5U27TR(PB FREE)
GND GND GND
25 Jan. 2011 GR-55
Circuit Diagram (Main Board: Power Block; suffix 1) fig.d-main-s-1.eps@L D32 GR-55 POWER Block D+3.3 1SS362FV(TPL3) 2 1
R12 3 1SS387(TPH3.F) 10k GND
TP4 D2 XSWD-PWR To CPU R11 1k 1005 C7 UnPop TP18
R9 R10 TP20 330k 330k GND 1608 1608
11 12 13 2 Q11 LED-VCC PUSH(>100ms) POWER ON DTA114TUAT106 21 31 22 23 TP308 From CPU TP8 SW1 SPUP192000 H->POWER ON SW1 SPUP192000 D4 L->POWER OFF 1SS361FV(TPL3.Z) TP5 1 2 XPWR-OFF R13 0 2012 UnPop GND R26 0 2012 3 C484 UnPop TP11 C485
TP6 GND
TP3 PVCC VCC-PWR Q1 Q4 MCH6341-TL-E MCH6341-TL-E for Analog TP2 TP1 S D4 S D4 4 D3 6 4 D3 6 L1 D1 R1 D2 5 D2 5 1M SS11VL-R22020 SS3003CH-TL-E 33k 1608 2 2 4 1 D1 1608 1608 D1
1608 2 G 1 G 1 C414 2 41 2 C415 3 3 5 1 3 0.1uF 3 TP9 1uF NC 330k 1 3 2 6 R143 R6 UnPop
5 3 R8 1608 C6 16V 4 10k Q25 1608 1608 1608 1608 UnPop UnPop UnPop UnPop 1608 KM02018ABM1P C9 1608 R111
JK1 C10 100k R7 0.1uF C1 C2
TP14 470uF C3 C4 33k 3 TP10 1 Q31 D8 1SS387(TPH3.F) UDZS TE-17 10B D3 2SA1832-GR(TE85L.F) DTC114TUAT106 2 MK1 MK1 DR-670 DC JACK HOLDER(G2147127)
D11 GND UDZS TE-17 5.6B 10 20
-9V 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C17 C18 C15 C16 C478 C479 C474 C475 C477 C476 C382 C384
GND
FB+1.2V
C40 0.1uF C42 10uF 2125 8.2k 0 R20 GND R22 D ( 0.5% ) GND C25 4.7k 36 48 R19 68k 1000pF TP58 TP374 TP51 R27 D ( 0.5% ) D ( 0.5% ) VCC FB+3.3V 38 VCCO 35 SWOUT1 -INE1 OUT1-1 TP31 37 34 FB1 OUT1-2 R48 C34 39 22k 1.5k 0.01uF CS1 0
R54 C39 R50 D ( 0.5% ) TP371 0.022uF 1608 41 33 SWOUT2 -INE2 OUT2
15k 42
C58 FB2
100pF R34 C46 40 R55 D ( 0.5% ) 2.7k 0.01uF CS2 C45 43 R56 22k 0.022uF 1608 DTC2 D ( 0.5% ) Startup;20~30ms 46 32 -INE3 OUT3 45 FB3 47 CS3 44 DTC3 TP7 TP43
19 31 SWOUT4 -INA OUT4 R53 R49 18 6.8k 68k OUTA D ( 0.5% ) D ( 0.5% ) R18 10k 16 FB-9V -INE4 D ( 0.5% ) R15 R46 C23
TP41 15 47k FB4 D ( 0.5% ) 1k 47000pF 17 0
R31 CS4 C38 14 DTC4 Startup;100~150ms 0.1uF C32 21 100pF -INE5 22 FB5 30 20 OUT5 CS5 23 DTC5
26 -INE6 25 FB6 29 27 OUT6 CS6 24 DTC6
9 VREF C31 PVCC 1uF 1608 TP363 R14 22k GND 8 11 1608 1.14MHz -INS RT 13 12 CSCP CT R51
27k C28 C30 27pF 2 1uF 1608 D ( 0.5% )
Q3 1608
1 TP29 2 3 CTL1 CTL2 2SA1832-GR(TE85L.F) 4 3 5 CTL3
R16 6 CTL4 68k XSYS-RST 7 CTL5 D ( 0.5% ) CTL6 R17 100k D5
UDZS TE-17 5.6B 1 XSYS-RST CTL DCDC_OFF=7.5V GND GNDO IC1 MB39A123PMT-G-JN-EFE1 GND 10 28
GND
26 Jan. 2011 GR-55
fig.d-main-s-1.eps@R
R52 A+5 0 D+5 * The circuit of suffix 1 is different from the circuit with 2012 TP383 no suffix, but the operation and function are the same. 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF UnPop UnPop UnPop So, the circuit board can be replaced. C376 C333 C332 C412 C413 C410 C482 C480 C481 C300
GND GND A+5 IC4 R21 IC23 BA17805FP-E2 1 TP42 UPC29L33T-E1-AZ A+3.3 2012
TP373 1 3 TP378 3 1 APVCC IN OUT IN OUT COM COM UnPop 0.1uF 0.1uF 0.1uF C50 0.1uF C60 C274
0.1uF C303 10uF 220uF 10uF 220uF 16V 16V 2 16V 2 C239 2125 C273 C483 C131 C302 C59
GND GND
A+PH
Q19 2SC4738-GR(TE85L.F) for GK TP236 3 2 IC2 GK+7V XC6216D702PR-G GK+7V 1
3 1 TP23 IN OUT COM 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C26 0.1uF C51 C52
R47 220uF C5 0.1uF 0.1uF 2 2.2k 16V 220uF C66 C36 C65 D13 C22 C377 C468 C469 C472 16V C470
C295 RB551V-30 TE-17 TP200 10uF 16V
GND C435 10uF 16V TP201 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF
0.1uF C54 1 220uF R96 16V 2.2k C53 C27 COM C70 C69 C68 C67 C381 C380 C378 C379 C473 IN OUT 2 3 1
NJM79L07UA TP77 GK-7V GK-7V 3 2 TP252 TP76 IC3 Q18 2SA1832-GR(TE85L.F) A-PH
Q8 SI2303CDS-T1-GE3 TP60 2 3 1
Q10 UnPop ELL6SH270M L2 2 5 25V 1 C49 1uF SWOUT4
C33 GND Q10 0.1uF 0.1uF 0.1uF 0.1uF 220uF 0.1uF
C62 16V 0.1uF 34 CUS02(TE85L.Q) D14 UnPop C407 C400 C405 C403 C401
R44 0
TP72 2012 FB-9V -9V
C297 1uF 25V CPH5848-J-TL-E Q9 2 for SSC Core SWOUT1 1 FB+1.2V D+1.2 L5 R192 5 ELL6SH100M 0 2012 TP376 TP377 TP345 4 0.1uF C299 C298 0.1uF
Q9 C20 10uF 100uF CPH5848-J-TL-E 0.1uF 2125 6.3V 3 C21 C385
GND C47 GND 1uF 1608
for Digital 1 SWOUT2 Q6 CPH5848-J-TL-E FB+3.3V D+3.3 D+3.3 D+3.3 L3 52 ELL6SH100M TP73 TP74 R40 0 2012 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C55 C56 C57
10uF 220uF C19 Q6
0.1uF 0.1uF 2125 16V 34 C313 C315 C305 C449 C447 C460 C446 C319 C317 C318 C325 C331 C316 C304 C310 C312 C448 C454 C455 C451 C452 C453 C458 C324 C306 C463 C450 C445 C461 CPH5848-J-TL-E
GND GND GND
27 Jan. 2011 GR-55
Circuit Diagram (Main Board: Analog Block; no suffix) fig.d-main-2.eps@L
D+3.3 D+3.3 GK+7V GK+7V D17 D18 D19 D20 GR-55 Analog Block 1SS362FV(TPL3) 1SS362FV(TPL3) 2 1 1SS362FV(TPL3) 1SS362FV(TPL3) 2 1 2 1 2 1 3 3 3 GND GND 3 GK IN GND GND
CN6 GK-SW3 GK-SW3 9 2 11 10 8 6 4 3 1 13 7 5 14 12 GKS2
A2001WR2-14P GK-VOL3 GK-VOL3 R243 100 R234 R233 R241 R231 R232 R230 R238 R235 R239 R242 R236 R240 R237 D+3.3 R244 100 To GK CTL 0.01uF 0.01uF 1uF Q12 1uF 1608 1608 1 R2 TP87 DTA114EUAT106 (PB FREE) 0 0 0 0 0 0 0 0 0 0 0 0 GK+7V 0 0 GND (Page 4) PK+7 32 C326 C327 C321 C320 TP83 TP82 TP84 TP85 TP86 1 GK-S2 16V 22uF C322 GKS1 GND GK-SW3 GND Q13 GND 32 DTA114EUAT106 (PB FREE) R3 GK-S1 16V 22uF 0 C323 GK-GTR PK-7 GK-7V R246 SW1-B TP97 R245 TP89 4.7k 4.7k
SW1-A TP96 TP88 STR(4) STR(2) STR(3) STR(5) STR(1:6) STR(1) STR(6) A+5 5
Gain1 -16.8dB 13 GND
Pre-Em IC34 TP98 IC34 C345 Gain2 -8.0dB TP99 10uF16V f1 Gain3 +2.7dB 15.6kHz 1 2 3 4 3.2kHz C329 AK5357 Gain4 +4.2dB f1 D+3.3 ADC 3.0Vpp max 1500pF R249 R250 R251 R252 C343 0.1uF +2.73dBu max 1608 6.8k 3.9k 6.8k 33k C344 0.1uF GND D21 D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) 1SS362FV(TPL3) GK+7V 2 1 GND 7 GK-7V C330 82pF 6 TP94 Gain -15.18dB 3 1608 C328 R248 27k f1,f2,g=1.4k,7.0k,13.9dB VA VD TP90 10uF16V D ( 0.5% ) C337 TP109 STR(1) 6 TP101 R369 47 7 10uF16V 2 10 LRCK-W GK+7V AINL LRCK C242 R38 R33 5 R380 47 D6 3300pF 6.8k 4.7k 1 12 BCK-W IC33 AINR SCLK 1SS362FV(TPL3) 1608 D ( 0.5% ) D ( 0.5% ) TP117 A+5 AD-VREF NJM2115V(TE1) TP100 2 1 A+5 C394 4 UnPop TP369 R295 100 0603
R247 VCOM 9 SD(0) 3 C289 100k
TP93 SDTO 15 47pF 14
16V CKS2 8 3 GK-7V TP111
CKS1 TP46 GND 16 14 R210 VDD CKS0 DIF IC44 SW2-B TP103 1uF 47 C346 13 11 C241 NJM2115V(TE1)
C336 SW2-A TP106 MCK-W 0.1uF
C342 IC33 PDN MCLK 10uF16V
0.1uF GK-GTR 6 VSS NJM2115V(TE1) 4 IC34 12 R77 7
6 IC34 7 IC34 27k 5 AGND DGND TP95 TP110 D ( 0.5% ) GND GND TP104 C277 8 910 11 UnPop R57 TC74HC4066AFT(EL) 0603 5 C340 8 100k AD-VREF-GT 1500pF R257 R261 R258 R260 6.8k 3.9k 6.8k 33k IC31 1608 AK5357ET-E2 GND A+3.3 D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) GND R209 150k D22 A+3.3 1SS362FV(TPL3) 1,2 STR D ( 0.5% ) GK+7V 2 1 C341 82pF 10k GK-7V TP107 C288 XCODEC-PDN TP30 3 C339 R259 1608 8 10pF 1608 TP116 27k A+5 R208 10uF16V C338 D ( 0.5% ) R204 10k IC44 STR(2) TP108 2 1 10uF16V NJM2115V(TE1) D ( 0.5% ) C408 D ( 0.5% ) 3 R253 10k 0.1uF 2 AD-VREF C63 4 1
IC33 10k AD-VREF D ( 0.5% ) 10uF
TP105 3 C395 NJM2115V(TE1)
UnPop 16V 0603
R256 GND R203 100k D ( 0.5% ) UnPop
TP92 C276 IC44 Gain +23.5dB TP59
TP102 NJM2115V(TE1) SW3-B TP112 R255 10k C335 GND GND SW3-A TP125 D ( 0.5% )
C334 10uF 0.1uF 5 NOR STR
13 16V IC36 IC36 A+5 TP128 TP129 D+3.3 1 2 3 4 GND C352 C353 10uF16V 1500pF R264 R272 R267 R270 6.8k 3.9k 6.8k 33k C360 0.1uF 1608 C359 D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) 0.1uF D23 GND 1SS362FV(TPL3) C355 82pF GK+7V 2 1 TP126 GND GK-7V 6 7 1608 3 C351 R268
10uF16V 27k C350 VA VD TP130 STR(3) TP131 6 R382 47 10uF16V TP118 D ( 0.5% ) 7 2 10 LRCK-W 5 AINL LRCK IC35 1 12 R395 47 BCK-W AD-VREF NJM2115V(TE1) AINR SCLK
A+5 C396
A+5 UnPop
0603 4 R262 TP370 VCOM 100k R296 100 TP115 9 SD(1) TP121 15 SDTO 14
16V CKS2 8 IC35 3 CKS1 GND NJM2115V(TE1) 16 14
VDD CKS0 DIF
SW4-B TP122 1uF
C347 13 11
C358 SW4-A TP124 MCK-W 0.1uF
C357 PDN MCLK 0.1uF
VSS R226 4 IC36 12 47
6 IC36 7 IC36 AGND DGND TP113 TP119 GND GND TC74HC4066AFT(EL) 8 910 11 5 C354 8 1500pF R265 R273 R266 R271 6.8k 3.9k 6.8k 33k IC37 1608 AK5357ET-E2 D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) GND D24 1SS362FV(TPL3) 3,4 STR C356 82pF GK+7V 2 1 TP123 GK-7V 1608 C348 3 XCODEC-PDN 10uF R269 16V 27k C349
TP114 2 STR(4) 10uF16V D ( 0.5% ) 1 3 IC35 AD-VREF NJM2115V(TE1) C397 0603 TP120 UnPop R263 100k
TP127 SW5-B SW5-A TP150 GND TP142 5
13 IC39 IC39
TP138 TP147 A+5 1 2 3 4 C362 C367 10uF16V 1500pF R279 R284 R276 R282 TP167 D+3.3 1608 6.8k 3.9k 6.8k 33k C372 0.1uF C374 D ( 0.5% )D ( 0.5% )D ( 0.5% )D ( 0.5% ) 0.1uF D25 TP151 1SS362FV(TPL3) C370 82pF SW1-A
GK+7V 2 1 TP146 TP148 GK-7V 6 7 SW1-B 1608 GND SW2-A 3 C363 R280 GND SW2-B
10uF16V 27k C366 VA VD SW3-A STR(5) TP136 6 R396 47 D+3.3 7 10uF16V 2 10 LRCK-W SW3-B D ( 0.5% ) AINL LRCK SW4-A 0.1uF 5 R397 47 1 12 SW4-B C375 IC38 AINR SCLK BCK-W SW5-A A+5 AD-VREF NJM2115V(TE1)
A+5 C398 SW5-B 16 0603 TP132 4 UnPop R274 TP372 VCOM R297 100 SW6-A 100k 9 SD(2) GND TP145 15 SDTO SW6-B 14
16V CKS2
IC38 3 15 VDD 16 CKS1 14 14 Q11
GND NJM2115V(TE1) C361 VDD CKS0 DIF 8 1 13 Q10 2
SW6-B 1uF GAIN-SDA TP134 13 11 A+5 7 2 12 Q9 DATA
C373 SW6-A MCK-W 0.1uF
C371 TP137 PDN MCLK Q8
0.1uF 6 3 11 3 SCL-COM VSS IC39 R227 Q7 CLOCK 48 12 47 RA87 54 10
6 IC39 Q6 7 IC39 10k 8 1 9
TP139 Q5 TP140 AGND DGND 7 2 8 GND 6 3 7 Q4 GND Q3 TC74HC4066AFT(EL) C368 8 910 11 54 6 5 8 Q2 1500pF R277 R285 R278 R283 XCODEC-PDN 8 1 5 1608 IC40 7 2 4 Q1 6.8k 3.9k 6.8k 33k Q0 AK5357ET-E2 6 3 VSS D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) GND 54 IC32 D26 BU2090FS-E2 5,6 STR 1 GK+7V 1SS362FV(TPL3) 10k RA84 2 1 TP141 C369 82pF 10k RA88 1608 GND
3 GK-7V IC38 R281 NJM2115V(TE1) 27k C364 STR(6) TP149 2 LRCK-W 10uF16V D ( 0.5% ) 1 BCK-W C365 3 10uF16V MCK-W SD(0)
C399 SD(1)
AD-VREF UnPop 0603 TP143 R275 SD(2) To WSP 100k TP144
GND TP171 TP172 TP173 TP355 TP354 TP353
28 Jan. 2011 GR-55
fig.d-main-2.eps@R
A+PH 16V C95 C309
0.1uF IC47 22uF NJM4556AM-TE1-#ZZZB A+3.3 0603 48
GND C311 R4
TP208 C307 4.7 0.1uF
AK4556 22uF16V AD/DA 2.31Vpp max TP203 +0.46dBu max TP204 R323 C429 UnPop UnPop A-PH
16V Gain +15.00dB C422 C427 C426 C420 0.1uF 0.1uF C428 10uF16V 10uF 82pF 1608 TP209 TP210 5 4 R327 27k TP198 C409 TP188 GND GND R219 10uF C425 1.5k TP341 D ( 0.5% ) TP222 TP225 TP221
TP218 C243 TP37 VA VD D ( 0.5% ) R344 R305 R347 16V 2 19 22uF16V 2 LIN LOUT 1k 16V22uF 1k 0 R207 1 2 3 4 C423 3.3k 0603 0603 0603 D ( 0.5% ) IC47 1 Lch 1 20 22uF16V UnPop RIN ROUT C430 NJM4556AM-TE1-#ZZZB JK8 1 1 HTJ-064-12IMP Q7
13 8 0603 UnPop
C411 SDDA(1) R340 C443 SDTI SDTO 10uF DTC614TU T106 100k 23 R326 100 23 16V LRCK-S 14 GND TP213 Q20 MCK-S 15 LRCK GND BCK-S 16 MCLK SDAD(1) GND GND GND
BCLK DTC614TU T106 GND R351 47 R350 47 7 R330 C432 6 DEM1 UnPop R348 47 DEM0 VCOM1 UnPop R345 47 17 18 TP202 PDN VCOM C433 OUTPUT 12 82pF 1608 CKS3 11 R221 27k 10 CKS2 CKS1 R220 1uF 50V 9 TP340 C424 C421 1.5k D ( 0.5% ) CKS0 0.1uF TP229 TP227 TP212 C294 TP226
D ( 0.5% ) TP211 R349 R310 R352
VSS 6 1k 16V22uF 1k 0 IC45 R64 7 2 AK4556VT-E2 5 4 3 3.3k 0603 0603 IC47 0603 1
D ( 0.5% ) 3 Rch UnPop C431 NJM4556AM-TE1-#ZZZB JK9 1 1 GND Q5 HTJ-064-12IMP 0603 UnPop C444 R342
DTC614TU T106 100k 23 2
C438 GND Q21 MUTE-VCC 220uF GND PVCC 16V GND GND GND DTC614TU T106 GND D29 GND 1SS387(TPH3.F) TP254 PVCC
R29 R223 R222 R336 C441 R366 100k 100k MUTE-VCC TP237 TP238 220uF TP311 TP239 TP241 TP250 2 22 22 0 R28 16V
TP36 0603 100k 1 1/4W 1/4W R334 10k TP199 3 TP63 Q2 TP35 MUTE-DA
TP216 TP253 2SA1832-GR(TE85L.F) MUTE 1 1 PHONES 1 R5 From CPU R331 R375 C459 100k 4700pF 5
H->MUTE OFF 100 0 23 23
Q22 4 23 L->MUTE ON 3
R335 1608 GND 2
1 DTC614TU T106 3 C437 C466 GND GND Q15 DTC114TUAT106 Q23 1M UnPop GND 7
1uF UnPop 8 2
Q14 GND GND 1
R337 GK-7V D+3.3 JK11 2.7k
DTC114TUAT106 D28 HTJ-064-05A 1SS362FV(TPL3) R225 C442 R224 R370 TP337 1 2 TP248 22 TP251 220uF 22 TP245 0 16V 0603 GND GND 1/4W 1/4W 3 R338 GND R332 10k 3 1k PH-DET PH-JKSW 1 1 4700pF
To CPU R301 100k 23 H->PH PLUGED 2 Q24
C434 C462 L->PH UNPULLGED Q26 TP256 UnPop UnPop TP255 GND GND
DTC614TU T106 GND GND
A+3.3 C383 AK4386 GND R299 C391 10uF DA 2.21Vpp max 6.8k 3300pF 16V +0.08dBu max D ( 0.5% ) TP181 1608 TP162 GND Gain +16.35dB C390 82pF 1608 C386 f1,f2,g=7.0k,1.4k,13.9dB 0.1uF R170 14 27k D ( 0.5% ) R308
TP242 R304 TP243 R309 GUITAR OUT LRCK-S 4 C402 1k 1k LRCK 22uF16V 0603 TP40 TP179 TP178 TP182 TP185 0 BCK-S 2 VDD 11 2 0603 SDDA(2) 3 BICK LOUT 1 0603 2 SDTI R161 8.2k 3 4 R359 47 15 C240 IC43 C404 1 UnPop C392 D ( 0.5% ) 3 R360 47 9 DIF1 10 22uF16V NJM4580M(TE1) 22uF R361 47 DIF0 ROUT 16V JK10 R218 1 HTJ-064-12IMP 7 UnPop C406 R307 DFS1 8.2k 0603 100k UnPop
6 TP177 DFS0 D ( 0.5% ) 2 1608 Q17 C393 3300pF
16 R193 GND
TEST TP161 1608 5 12 TP180 GND GND GND GND 8 PDN VCOM R175 C389 DEM 27k
MCK-S 1 DTC614TU T106 D ( 0.5% )
MCLK 82pF R363 VSS GK+7V 50V 1uF C388 R298 47 C387 0.1uF 6.8k
13 IC41 AK4386ET-E2 D ( 0.5% ) C456
0.1uF IC43 6 GND NJM4580M(TE1) GND 7 5 IC43 NJM4580M(TE1) GND 48 C457 GND 0.1uF
GK-7V TP205 TP207 TP206
LRCK-S BCK-S MCK-S
TP357 SDAD(1) TP358 SDDA(1) To SSC TP359 SDDA(2) TP360 XCODEC-PDN TP69 XMUTE-OUTPUT PH-DET TP310 GAIN-SDA SCL-COM
29 Jan. 2011 GR-55
Circuit Diagram (Main Board: Analog Block; suffix 1) fig.d-main-s-2.eps@L
D+3.3 D+3.3 GK+7V D18 GR-55 Analog Block GK+7V D17 D19 D20 1SS362FV(TPL3) 1SS362FV(TPL3) 1 1SS362FV(TPL3) 1SS362FV(TPL3) 2 1 2 2 1 2 1 3 3 3 GND GND 3 GK IN GND GND
CN6 GK-SW3 GK-SW3 14 12 11 9 5 13 10 7 6 4 2 8 3 1 GKS2
A2001WR2-14P GK-VOL3 GK-VOL3 R243 100 R237 R238 R231 R240 R235 R230 R233 R241 R234 R232 R239 R242 R236 D+3.3 R244 100
2 To GK CTL 0.01uF 0.01uF 1uF Q12 1uF 1608 1608 1 R2 TP87 DTA114EUAT106 (PB FREE) 0 0 0 0 0 0 0 0 0 0 0 0 GK+7V 0 0 GND (Page 4) PK+7 3 C327 C326 C320 C321 TP82 TP83 TP85 TP84 TP86 1 GK-S2 16V C322 22uF GKS1 GND GK-SW3 GND Q13 GND 32 DTA114EUAT106 (PB FREE) R3 GK-S1 16V
0 C323 22uF GK-GTR PK-7 GK-7V R246 SW1-B TP97 R245 TP89 4.7k 4.7k
SW1-A TP96 TP88 STR(1) STR(2) STR(4) STR(6) STR(5) STR(1:6) STR(3) A+5 5
Gain1 -16.8dB 13 GND
Pre-Em IC34 TP98 IC34 C345 Gain2 -8.0dB TP99 10uF16V f1 Gain3 +2.7dB 15.6kHz 1 2 3 4 f1 3.2kHz AK5357 Gain4 +4.2dB C329 D+3.3 ADC 3.0Vpp max 1500pF R249 R250 R251 R252 C343 0.1uF +2.73dBu max 1608 6.8k 3.9k 6.8k 33k C344 0.1uF GND D21 D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) 1SS362FV(TPL3) GK+7V 2 1 GND 7 GK-7V C330 82pF 6 TP94 Gain -15.18dB 3 1608 C328 R248 27k f1,f2,g=1.4k,7.0k,13.9dB VA VD TP90 10uF16V D ( 0.5% ) C337 TP109 6 TP101 STR(1) 10uF16V R369 47 GK+7V 7 2 10 C242 AINL LRCK LRCK-W R38 R33 5 R380 47 D6 3300pF 6.8k 4.7k 1 12 1SS362FV(TPL3) 1608 IC33 AINR SCLK BCK-W D ( 0.5% ) D ( 0.5% ) TP117 A+5 AD-VREF NJM2115V(TE1) TP100 2 1 A+5 C394 4 UnPop TP369 R295 100 0603
R247 VCOM 9 SD(0) 3 C289 100k
TP93 SDTO 15 47pF 14 16V 3 CKS2 GK-7V TP111
CKS1 TP46 GND 16 14 R210 VDD CKS0 DIF IC44 SW2-B TP103 1uF 47 C346 13 11 C241 NJM2115V(TE1)
C336 SW2-A TP106 MCK-W 0.1uF
C342 IC33 PDN MCLK 10uF16V
0.1uF GK-GTR 6 VSS NJM2115V(TE1) 48 IC34 12 R77 7
6 IC34 7 IC34 27k 5 AGND DGND TP110 GND GND TP104 TP95 D ( 0.5% ) C277 8 910 11 UnPop R57 TC74HC4066AFT(EL) 0603 C340 5 8 1500pF R257 R261 R258 R260 100k AD-VREF-GT 1608 6.8k 3.9k 6.8k 33k IC31 AK5357ET-E2 GND D ( 0.5% ) A+3.3 D ( 0.5% )D ( 0.5% ) D ( 0.5% ) GND R209 150k D22 A+3.3 1SS362FV(TPL3) 1,2 STR D ( 0.5% ) GK+7V 2 1 GK-7V C341 82pF 10k TP107 XCODEC-PDN TP30 C288 3 C339 R259 1608 10pF 1608 TP116 27k A+5 R208 10uF16V C338 D ( 0.5% ) R204 10k IC44 STR(2) TP108 2 1 10uF16V NJM2115V(TE1) D ( 0.5% ) C408 D ( 0.5% ) 3 R253 10k AD-VREF 0.1uF 2 C63 48 1
D ( 0.5% ) 10k AD-VREF IC33 10uF
TP105 3 C395 NJM2115V(TE1)
UnPop 16V 0603
R256 GND R203 100k D ( 0.5% ) UnPop
TP92 IC44 C276 Gain +23.5dB TP59
TP102 NJM2115V(TE1) TP112 R255 10k SW3-B C335 GND GND SW3-A TP125 D ( 0.5% )
C334 10uF 0.1uF 5 NOR STR
13 16V IC36 IC36 A+5 TP129 TP128 D+3.3 1 2 3 4 GND C352 C353 10uF16V 1500pF R264 R272 R267 R270 1608 6.8k 3.9k 6.8k 33k C360 0.1uF C359 D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) 0.1uF GND D23 1SS362FV(TPL3) GK+7V 2 1 TP126 C355 82pF GND 7 GK-7V 6 1608 3 C351 R268
10uF16V 27k C350 VA VD STR(3) TP131 6 TP130 R382 47 10uF16V TP118 D ( 0.5% ) 7 2 10 LRCK-W 5 AINL LRCK IC35 1 12 R395 47 BCK-W AD-VREF NJM2115V(TE1) AINR SCLK
A+5 C396
A+5 UnPop
0603 4
R262 TP370 VCOM 100k R296 100 TP115 9 SD(1) TP121 15 SDTO 14
16V CKS2 8 IC35 3 GND NJM2115V(TE1) 16 CKS1 14
VDD CKS0 DIF
SW4-B TP122 1uF
C347 13 11
C358 SW4-A TP124 MCK-W 0.1uF
C357 PDN MCLK 0.1uF
VSS R226 4 IC36 12 47
6 IC36 7 IC36 DGND AGND TP119 GND GND TP113 TC74HC4066AFT(EL) 8 910 11 C354 5 8 R265 R273 R266 R271 1500pF IC37 1608 6.8k 3.9k 6.8k 33k AK5357ET-E2 D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) GND D24 1SS362FV(TPL3) 3,4 STR GK+7V 2 1 C356 82pF GK-7V TP123 1608 C348 3 XCODEC-PDN 10uF R269 16V 27k C349
STR(4) TP114 2 10uF16V D ( 0.5% ) 1 3 IC35 AD-VREF NJM2115V(TE1) C397 0603 TP120 UnPop R263 100k
TP127 SW5-B TP150 GND SW5-A TP142 5
13 IC39 IC39
TP138 TP147 A+5 1 2 3 4 C362 C367 10uF16V 1500pF R279 R284 R276 R282 TP167 D+3.3 1608 6.8k 3.9k 6.8k 33k C374 D ( 0.5% ) D ( 0.5% ) C372 0.1uF D ( 0.5% ) D ( 0.5% ) 0.1uF D25 TP151 1SS362FV(TPL3) C370 82pF SW1-A
GK+7V 2 1 TP146 TP148 6 GK-7V 7 SW1-B 1608 GND SW2-A 3 C363 R280 GND SW2-B
10uF16V 27k C366 VA VD SW3-A
TP136 6 STR(5) 10uF16V R396 47 LRCK-W SW3-B D+3.3 D ( 0.5% ) 7 2 10 5 AINL LRCK SW4-A 0.1uF R397 47 C375 1 12 BCK-W SW4-B IC38 AINR SCLK SW5-A A+5 AD-VREF NJM2115V(TE1)
A+5 C398 SW5-B 16 0603 TP132 4 UnPop
R274 TP372 VCOM R297 100 SW6-A 100k 9 SD(2) GND TP145 15 SDTO SW6-B 14
16V CKS2
IC38 3 15 VDD 16 CKS1 14 14 Q11
GND NJM2115V(TE1) C361 VDD CKS0 DIF 8 1 13 Q10 2
SW6-B 1uF GAIN-SDA TP134 13 11 A+5 7 2 12 Q9 DATA
C373 SW6-A MCK-W 0.1uF
C371 TP137 PDN MCLK Q8
0.1uF 6 3 11 3 SCL-COM VSS IC39 R227 Q7 CLOCK 48 12 47 RA87 54 10
6 IC39 Q6 7 IC39 10k 8 1 9
TP139 Q5 DGND AGND 7 2 8 GND TP140 GND 6 3 7 Q4 TC74HC4066AFT(EL) C368 8 910 11 54 6 Q3 5 8 Q2 1500pF R277 R285 R278 R283 XCODEC-PDN 8 1 5 1608 IC40 7 2 4 Q1 6.8k 3.9k 6.8k 33k Q0 AK5357ET-E2 6 3 VSS D ( 0.5% )D ( 0.5% )D ( 0.5% ) D ( 0.5% ) GND 54 IC32 D26 BU2090FS-E2 GK+7V 5,6 STR 1 1SS362FV(TPL3) C369 82pF 10k RA84 2 1 TP141 10k RA88 1608 GND
3 GK-7V IC38 R281 NJM2115V(TE1) 27k C364
TP149 2 STR(6) 10uF16V LRCK-W D ( 0.5% ) 1 BCK-W C365 3 MCK-W 10uF16V SD(0)
C399 SD(1) TP357
AD-VREF UnPop TP143 0603 R275 SD(2) To WSP TP358 100k
TP144 TP359 TP360 GND TP69 TP171 TP172 TP173 TP355 TP353 TP354 TP310
30 Jan. 2011 GR-55
fig.d-main-s-2.eps@R * The circuit of suffix 1 is different from the circuit with no suffix, but the operation and function are the same. So, the circuit board can be replaced.
A+PH 16V C95 C309
0.1uF IC47 22uF NJM4556AM-TE1-#ZZZB A+3.3 0603 48
GND C311 R4
TP208 C307 4.7 0.1uF
AK4556 22uF16V AD/DA 2.31Vpp max TP204 +0.46dBu max TP203 R323 C429 UnPop UnPop A-PH
16V Gain +15.00dB C426 C427 C422 C420
0.1uF 0.1uF C428 10uF 10uF16V 82pF 1608 TP209 TP210 5 4 R327 27k TP198 C409 TP188 GND GND R219 10uF C425 1.5k TP341 D ( 0.5% ) TP221 TP222 TP225
TP218 C243 TP37 VD VA D ( 0.5% ) R344 R305 R347 16V 2 19 22uF16V 2 LIN LOUT 1k 16V22uF 1k 0 R207 1 2 3.3k 3 0603 0603 0603 4 C423 IC47 1
D ( 0.5% ) 3 Lch 1 20 22uF16V UnPop C430 NJM4556AM-TE1-#ZZZB JK8 RIN ROUT 1 1 Q7 HTJ-064-12IMP
13 8 0603 UnPop C443 C411 R340 SDDA(1) SDTI SDTO 10uF DTC614TU T106 100k 2 R326 100 23 16V LRCK-S 14 GND TP213 Q20 15 LRCK GND MCK-S MCLK BCK-S 16 SDAD(1) GND GND GND
BCLK DTC614TU T106 GND R351 47 R350 47 7 R330 C432 6 DEM1 UnPop R348 47 DEM0 VCOM1 UnPop R345 47 17 18 TP202 PDN VCOM C433 OUTPUT 12 82pF 1608 CKS3 11 R221 27k 10 CKS2 CKS1 R220 1uF 50V 9 TP340 C421 C424 1.5k D ( 0.5% ) CKS0 0.1uF TP226 TP229 TP227 C294 TP212
D ( 0.5% ) TP211 R349 R310 R352
VSS 6 1k 16V22uF 1k 0 IC45 R64 7 2 AK4556VT-E2 5 4 3 3.3k 0603 0603 IC47 0603 1 3 D ( 0.5% ) 3 Rch UnPop C431 NJM4556AM-TE1-#ZZZB JK9 1 1 GND Q5 HTJ-064-12IMP 0603 UnPop C444 R342
DTC614TU T106 100k 2 2
C438 GND Q21 MUTE-VCC 220uF GND PVCC 16V GND GND GND DTC614TU T106 GND
D29 GND 1SS387(TPH3.F) TP254 PVCC
R29 R223 R222 R336 C441 R366 100k 100k MUTE-VCC TP237 TP311 TP250 TP238 TP239 220uF TP241 2 22 22 0 R28 16V
TP36 0603 100k 1 1/4W 1/4W R334 10k TP199 3 TP63 Q2 TP35 MUTE-DA
TP216 TP253 2SA1832-GR(TE85L.F) MUTE 1 1 PHONES 1 R5 From CPU R331 R375 C459 100k 4700pF 5 23 H->MUTE OFF 100 0 23
Q22 4 23 L->MUTE ON 3
R335 1608 GND 2
1 DTC614TU T106 3 C466 C437 GND GND Q15 DTC114TUAT106 Q23 1M UnPop GND 7
1uF UnPop 8 2
Q14 GND GND 1
R337 GK-7V D+3.3 JK11 2.7k
DTC114TUAT106 D28 HTJ-064-05A 1SS362FV(TPL3) R225 C442 R224 R370 TP248 TP251 TP337 1 2 22 220uF 22 TP245 0 16V 0603 GND GND 1/4W 1/4W 3 R338 GND R332 10k 3 1k PH-DET PH-JKSW 1 1 4700pF
To CPU R301 100k 2 H->PH PLUGED 23 Q24
C434 C462 L->PH UNPULLGED Q26 TP256 UnPop UnPop TP255 GND GND
DTC614TU T106 GND GND
A+3.3 C383 AK4386 GND R299 C391 10uF DA 2.21Vpp max 6.8k 3300pF 16V +0.08dBu max D ( 0.5% ) TP181 1608 TP162 C390 GND Gain +16.35dB 82pF 1608 C386 f1,f2,g=7.0k,1.4k,13.9dB 0.1uF R170 14 27k D ( 0.5% ) R308
TP242 R304 TP243 R309 GUITAR OUT 4 C402 1k 1k LRCK-S LRCK 22uF16V 0603 TP40 TP178 TP182 TP185 TP179 0 BCK-S 2 VDD 11 2 0603 3 BICK LOUT 1 0603 2 SDDA(2) SDTI R161 8.2k 3 4 R359 47 15 C240 IC43 C404 1 UnPop DIF1 22uF16V D ( 0.5% ) C392 22uF R360 47 9 10 NJM4580M(TE1) JK10 R361 47 DIF0 ROUT 16V R218 1 HTJ-064-12IMP 7 UnPop C406 DFS1 8.2k R307 0603 100k UnPop
6 TP177 DFS0 D ( 0.5% ) 23 1608 Q17 C393 3300pF
16 R193 GND
TEST TP161 1608 5 12 TP180 GND GND GND GND 8 PDN VCOM R175 C389 DEM 27k
MCK-S 1 DTC614TU T106 D ( 0.5% )
MCLK 82pF VSS GK+7V R363 1uF 50V R298 C387 47 C388 0.1uF 6.8k
13 IC41 AK4386ET-E2 D ( 0.5% ) 8 C456
0.1uF IC43 6 GND NJM4580M(TE1) GND 7 5 IC43 NJM4580M(TE1) GND 4 C457 GND 0.1uF
GK-7V TP205 TP206 TP207
LRCK-S BCK-S MCK-S SDAD(1) SDDA(1) To SSC SDDA(2) XCODEC-PDN XMUTE-OUTPUT PH-DET GAIN-SDA SCL-COM
31 Jan. 2011 GR-55
Circuit Diagram (Main Board: Digital Block (SSC); no suffix) fig.d-main-3.eps@L
GR-55 Digital Block(SSC) CD(0:31) CD(0 RA21 47 RA17 47 D+3.3 D+3.3 CA(1:22) 53 4 5 R62 2.7k DQ15 CD(31) C82 CA(14) 20 51 3 6 CD(30) RA59 RA57 R63 2.7k CD(0:31) BA0 DQ14 0.1uF CA(22) CA(15) 21 50 27CD(29) 24 4.7k 4.7k BA1 DQ13 18 23 CA(21) 36 48 CD(28) CA(13) 35 NC DQ12 47 18 22 A11 DQ11 CD(27) 4.7k 6 5 5 6 8 CA(12) 22 45 27CD(26) 4.7k 21 4.7k A10/AP DQ10 20 GND R120 47 CA(11) 34 44 3 6 CD(25) 33 A9 DQ9 42 4 5 19 R122 47 CA(10) A8 DQ8 CD(24) 3 3 18 4 27 1 4 27 18 R93 CD(0:31) CA(9) 32 13 18CD(23) R82 AUDCK R91 D25 P23 CA(22) A7 DQ7 AUDCK CA22/AHP6 31 11 27 17 AUDATA0 B21 R23 CA(8) A6 DQ6 CD(22) AUDATA0 CA21/AHP5 CA(21) CA(1:22) CA(7) 30 10 3 6 CD(21) 16 AUDATA1 A22 T23 4 5 CA(20) A5 DQ5 15 AUDATA1 CA20 3 6 CA(6) 29 8 4 5 CD(20)
AUDATA2 B22 U23 CA(19) TP346 AUDATA2 CA19 CA(22) CA(5) 26 A4 DQ4 7 18CD(19) 14 AUDATA3 A23 V25 27CA(18) RA26 TP257 DQ3 AUDATA3 CA18 CA(4) 25 A3 5 27CD(18) 13 AUDSYNC B23 V24 18CA(17) 47 CA(21) TP258 A2 DQ2 12 AUDSYNC CA17 4 5 CA(20) CA(3) 24 4 3 6 CD(17) W25 CA(16) TP259 23 A1 DQ1 2 4 5 11 E25 CA16 W24 3 6 CA(19) TP260 CA(2) CD(16) TCK TCK CA15 CA(15) A0 DQ0 10 TMS D24 Y25 27 RA22 CA(18) RA36 47 TMS CA14 CA(14) 47 CA(17) TP261 9 XTRST C23 Y24 18CA(13) TP262 RA34 47 _TRST CA13 CA(16) XCCS3 19 27 8 TDI E24 AA25 4 5 CA(12) TP263 _CS VDD 7 TDI CA12 CA(15) XCRAS 18 14 D+3.3 TDO E23 AC23 3 6 CA(11) TP264 _RAS VDD 6 TDO CA11 AD25 RA44 CA(14) XCCAS 17 1 CA10 27CA(10) CA(13) TP265 16 _CAS VDD 49 5 XASEBRKAK A24 AD24 CA(9) 47 TP266 XCWE VDDQ CA9 18 CA(12) XCDQMUU 39 _WE 43 4 TP387 B24 _ASEBRKAK AB22 CA(8) TP267 UDQM VDDQ ASEBCK CA8 4 5 CA(11) XCDQMUL 15 9 3 XASEMD C22 AB21 3 6 CA(7) RA28 TP268 LDQM VDDQ 2 _ASEMD CA7 CA(10) CKIO1 R70 0 38 3
AB20 2125 R158 1k 27CA(6) 47 TP269 37 CLK VDDQ 1 TP385 CA6 AC20 CA(9) TP270 CCKE XRST CA5 18CA(5) CA(8) 40 CKE 4 5 AC19 4 5 CA(4) TP271 XCDQMLU NC 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 10uF GND GND CA4 3 6 CA(7) XCDQMLL 10uF CN3 XCCS3 3 6 P24 AC18 CA(3) TP272 R103 100 _CCS3 CA3 AC17 27 RA40 CA(6) 52 24FLT-SM2-TB (LF)(SN) TP56 27 N23 CA(2) TP273 330 VSSQ 46 XCCS0 18RA55 M25 _CCS2/AHP10 CA2 AC16 18 47 CA(5) TP274 UnPop XCCS2 CA(1) UnPop VSSQ 12 18 _CCS0 CA1 AD17 CA(4) TP275 VSSQ C81 6 C80 C113 C137 C124 C153 C179 2125 C142 CA0 CA(3) C210 C178 XCDQMUU 27 N24 TP276 VSSQ 54 for DEBUG XCDQMUL 3 6 RA49 N25 _WE3/CDQMUU/AHP1 CA(2) TP277 150pF VSS U24 _WE2/CDQMUL/AHP0 D19 CA(1) 41 D+3.3 XCRD 4 5 100 4 5 CD(31) TP278 UnPop VSS 28 18 U25 _WE1/CDQMLU CD31/DH15 C19 XWE1 CD30/DH14 3 6 CD(30) VSS XCDQMLU 27 M24 _WE0/CDQMLL B19 CD(29) RA42 D+5 XCRD _CRD CD29/DH13 27 47 IC22 GND R65 XWE0 3 6RA52 C20 18CD(28) GND IC14 XCDQMLL 4 5 100 K23 CD28/DH12 F25 18CD(27) BD2055AFJ-E2 CD27/DH11 6 M12L128168A-7TG2T(0.09) 10k _WAIT F24 27CD(26) RA39 OUT WSP-WAIT R115 CD26/DH10 UH+5
TP279 G25 3 6 CD25/DH9 CD(25) 47 2 7 CS3 WorkRAM(128Mb*2) XCRAS 47 R25 G24 4 5 CD(24) IN OUT CCKE T24 _CRAS CD24/DH8 H25 18CD(23) RA35 47 4 5 _CCAS CD23/DH7 3 8 RA41 47 XCWE 3 6RA45 T25 H24 27CD(22) RA25 IN OUT XCCAS 100 R24 _CWE CD22/DH6 J25 3 6 CD(21) 47 53 18CD(15) 27 CCKE CD21/DH5 DQ15 18 J24 4 5 CD(20) CA(14) 20 51 27CD(14) CD20/DH4 4 5 0.1uF BA0 DQ14
P25 K25 18 2125 21 50 3 6
CKIO1 10uF CD19/DH3 CD(19) EN _OC CA(15) DQ13 CD(13) WSPCKIO D+1.2 CKIO K24 27CD(18) RA18 36 BA1 48 4 5 CD(12) D+1.2 CD18/DH2 NC DQ12 L25 3 6 CD(17) 47 CA(13) 35 47 18CD(11) R321 47 CD17/DH1 GND D23 L24 4 5 CD(16) CA(12) 22 A11 DQ11 45 27CD(10)
R346 47 C64
CD16/DH0 C417 E22 PLLVCC1 AE25 18CD(15) CA(11) 34 A10/AP DQ10 44 3 6 CD(9) PLLVCC1 CD15 A9 DQ9 for CKUSB(CK_CPU) C216 C122 AC22 27CD(14) RA27 1 CA(10) 33 42 4 5 CD(8) CD14 AE24 3 6 32 A8 DQ8 13 D+3.3 10uF 0.1uF CD13 CD(13) 47 CA(9) DQ7 4 5 CD(7) AD23 4 5 CD(12) TP196 CA(8) 31 A7 11 CD(6) CD12 A6 DQ6 3 6 2125 C24 AE23 18CD(11) GND 30 10 CD(5) PLLVSS1 CD11 EN-UHVB TP197 CA(7) A5 DQ5 27 C25 AD22 27CD(10) RA19 16V 29 8 CD(4) CD10 OC-UH CA(6) A4 DQ4 18 PLLVSS1 AE22 3 6 CD(9) 47 CA(5) 26 7 CD(3) GND CD9 A3 DQ3 4 5 4 1 AC21 4 5 CD(8) R341 CA(4) 25 5 3 6 CD(2) C416 UnPop VDDTRI-STATE R68 10k A21 CD8 AE21 18 C418 220uF 24 A2 DQ2 4
CD(7) TP389 CD7 1k D+5 CA(3) 27CD(1) C119 CKCPU AD21 27 23 A1 DQ1 2 CD(0) GND CD6 CD(6) RA24 CA(2) 18 0.1uF AE20 3 6 CD(5) 47 A0 DQ0 2 3 A19 CD5 AD20 4 5 CD(4) RA14 47 GND OUT CKUSB CD4 CN8 3 D+3.3 AE19 18CD(3) XCCS3 19 27 RA13 47 CD( R155 CD3 A2001WV2-5P _CS VDD CD(3
IC5 AD19 27CD(2) XCRAS 18 14 D+3.3 CD2 _RAS VDD CD(2 D36B48.0000NNS 120 C5 AE18 3 6 CD(1) 1uF XCCAS 17 1 D6 AVREF CD1 AD18 4 5 16 _CAS VDD 49 CD(2
GND R121 CD(0) XCWE
UnPop _WE VDDQ CD(2 C214 AVCC CD0 XCDQMLU 39 43 C128 RA15 15 UDQM VDDQ 9 CD(2
0.1uF C419 XCDQMLL 10uF 47 D12 R74 0 LDQM VDDQ CD(2 B16 UDZS TE-17 5.6B CKIO1 38 3
UHVBUS CLK VDDQ 2125 CD(2 3 5 4 2 C4 1 37 R110 0 C198 2125 GND CCKE UnPop D5 AVSS A17 1 4 40 CKE CD(2 R109 0 AVSS UHDP NC CD(2 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 10uF R113 0 L8 R100 10uF B17 23 52 CD(2 R108 0 ACM2012-900-2P-T002 VSSQ CD(2 EXPPDL GND GND A2 UHDM 330 46 AN3 VSSQ CD(1 AN2 B3 C16 R153 5.6k TP52 UnPop 12 AN2 UHREFRIN VSSQ CD(1 0 C79 B4 6 C93 C97 C87 C160 C102 C159 2125 C134 AN1 C199 C173 UnPop AN1 D ( 0.5% ) GND UnPop VSSQ CD(1 AN0 A3 A15 150pF 54 AN0 UHA33V C17 UA+3.3 VSS 41 CD(1
UHD33V D+3.3 R333 0603 VSS CD(1 D+1.2 UnPop 28 R318 UnPop R316 R319 VSS CD(1 D+3.3 A16 C185 C193 C194 C190 H23 UHA12V D15 CD(1 1000pF 1000pF 1000pF 1000pF SCL1 UHD12V GND GND IC15 CD(1 J23 JK3 GND SDA1 M12L128168A-7TG2T(0.09) CD(1 UBR23-4K5100 0.1uF RA77 0.1uF CD(1 1000pF 1000pF 5 6 TP39 0.1uF
F23 2125 10000pF 10000pF 10000pF 10000pF 100 GND SCL0 10uF CD(9 R343 100 G23 C15 USB Function SDA0 UHD12G D16 CD(8 RA75 10k R356 100 UHA12G CD(7 3 27 4 18 C111 C202 C184 C130 C187 C207 C189 C191 C209 4 5 C167 CD(6 D17 13 3 6 A6 UHD33G B15 CA(22) CD(5 10 LCD-E 20 A21 DP DM GND VCC 10 LCD-D 27 B7 PF12 UHA33G GND UAGND CA(21) A20 CD(4 PF11 UAGND R145 CA(20) 9 CD(3
18 3 2 1 4 10 20 LCD-C A7 0 0603 R156220 0603 16 A19 ENC1-B C8 PF10 B13 CA(19) A18 CD(2 PF9 UFVBUS R140 CA(18) 17 CD(1 ENC1-A B8 48 A17 R358 0 A8 PF8 TP384 0 CA(17) CD(0 OC-UH C254 1uF GND 1 A16 45 EN-UHVB R357 0 C9 PF7 A12 0603 CA(16) Q15/A-1 CD(15) CA(15) 2 A15 43 CD(14) XCODEC-PDN R123 0 B9 PF6 UFDP A14 Q14
23 0603 3 41 XPWR-OFF R149 0 A9 PF5 B12 L7ACM2012-900-2P-T002 CA(14) A13 Q13 CD(13) PF4 UFDM CA(13) 4 39 CD(12) GAIN-SDA R185 100 D10 A12 Q12 PF3 1 4 TP388 CA(12) 5 36 CD(11) R186 100 C10 0 A11 Q11 SCL-COM 6 34 CD(10) MIDIRX R187 0 B10 PF2 C13 R152 5.6k CA(11) A10 Q10 R188 0 PF1 UFREFRIN CA(10) 7 32 CD(9) MIDITX A10 UAGND 8 A9 Q9 30
R141 CD(8) PF0 A14 D ( 0.5% ) CA(9) A8 Q8
UnPop UnPop 18 44 UFA33V C12 UA+3.3 CA(8) A7 Q7 CD(7) UFD33V D+3.3 19 42 CD(6) L22 D+1.2 CA(7) A6 Q6 2.7k 2.7k 2.7k _RESET A13 CA(6) 20 40 CD(5) 21 A5 Q5 38 UFA12V D14 GND CA(5) CD(4) 47000pF 47000pF A4 Q4 R39 R41 UFD12V R97 UnPop 22 35 L23 CA(4) A3 Q3 CD(3) 0 R94 R83 23 33
R339 MD CA(3) CD(2)
UnPop A2 Q2 CA(2) 24 31 CD(1) 1000pF 1000pF 0.1uF 0.1uF 0.1uF 2125 10000pF 10000pF 10000pF 10000pF 10uF R78 UA+3.3 25 A1 Q1 29
C213 C212 D+3.3 CA(1) CD(0) R67 AA22 C14 A0 Q0 VBGP UFD12G 0603 TP62 TP347
D+1.2 D13 0
C204 D+3.3 GND UFA12G C192 C206 C127 C203 C195 C188 C186 C140 C208 C90
26 2125 AB23 D12 XCCS0 UFD33G 11 _CE 37 XRST AC24 VBGN B14 XWE0 _WE VCC R288 R287 VBEN UFA33G XCRD 28 R144 GND C114 _OE 15 0.1uF 0.1uF UnPop UnPop GND D+3.3 10uF UAGND 0 UAGND UnPop UAGND 47 RY/_BY GND IC10 0603 14 _BYTE 46 R286
UnPop R8A02021ABG (SSC7) _WP/ACC GND CCS0=16bit XRST 12 27 C77
_RESET GND C162 C196 UnPop CPU Side R106 0 CN7 IC8 BACKLIGHT D+3.3 MX29LV640EBTI-70G GND C200 18 VLCD R101 100pF UnPop
VADJ UnPop 17 C132 0.1uF 16 LCD-D7 CS2 LCD CS0 BootROM(64Mb) 15 LCD-D6 14 LCD-D5 GND
13 LCD-D4 20 12 LCD-D3 CD(0:31) LCD-D2 12 9 11 LCD7 Q7 D7 CD(7)
LCD-D1 LCD6 13 VCC 8 CD(6) 10 D6 LCD-D0 14 Q6 7 CD(5) 9 LCD5 Q5 D5 8 LCD-EP LCD4 15 6 CD(4) LCD-RS D+3.3 16 Q4 D4 5 7 R408 0 LCD3 Q3 D3 CD(3) 6 LCD-WR LCD2 17 4 CD(2) LCD-VDD 0603 18 Q2 D2 3 5 LCD1 Q1 D1 CD(1) 4 LCD-CS1 LCD0 19 2 CD(0) GND Q0 D0 3 D+3.3 XLCDRST 1 2 _OE
2125 11 1 C181 C180 10uF 0.1uF CK GND IC17 TC74VHC574FT(EL) 10 10k 10k C1834.7uF 2125 GND 10k C2114.7uF 2125 2 5.5V C2964.7uF 2125 D+3.3
1 UnPop D7
TP21 LCD-VG GND R329 R112 R328 TP66 2 LCD-XV0 RA6 RA8 TP67 3 LCD-E TP68 4 LCD-VM 10k 10k LCD-D 5 LCD-VDD LCD-C
6 GND 5 6 8 5 6 D+3.3 C14 0.1uF TP190 7 LCD-VD1 C301 4.7uF TP186 8 LCD-VDD 2125 RA56 100 TP61 9 4 3 27 1 4 3 27 18
TP187 10 LCD-CS1 LCD-EP 18 20 TP356 TP64 11 LCD-IF3 R105 0 LCD-RS 27 TP368 TP367 TP45 TP176 12 LCD-IF2 R24 0 LCD-WR 3 6 12 9 R58 0 Q7 D7 13 4 5 13 VCC 8 TP175 LCD-IF1 LCD-CS1 Q6 D6 D+3.3 TP38 14 XLCDRST 14 7 TP55 15 LCD-EP RA48 100 15 Q5 D5 6 CD(4) XMUTE-OUTPUT Q4 16 LCD-D7 LCD-D7 18 16 D4 5 CD(2) TP33 Q3 D3 TP15 17 LCD-D6 LCD-D6 27 17 4 CD(1) TP28 18 LCD-D5 LCD-D5 3 6 18 Q2 D2 3 CD(0) IC9
Q1 D1 R124 TP24 19 LCD-D4 LCD-D4 4 5 19 2 CD(3) BD45431G-TR 56k Q0 D0 R181 0 TP16 20 LCD-D3 LCD-D3 18 XSYS-RST 5 4 6 21 LCD-D2 LCD-D2 27 1 VDD VOUT TP13 _OE TP19 22 LCD-D1 LCD-D1 3 6 11 3 1
for PowerTip for CASIO(debug) CK 23 4 5 GND GND ER IC16 TP27 LCD-D0 LCD-D0 SUB 24
TP91 LCD-WR IC27 1uF 25 RA51 100 C219
TP49 LCD-RS TC74VHC574FT(EL) C13 10 TP70 2 TP189 26 UnPop 27 GND XLCD-RST 2 5.5V TP32 28 BACKLIGHT R117 GND 100 GND D+3.3 GND
CN4 TP34 52559-2852 R23 D+5 R104 0 10k UnPop to LCD UNIT 0603 CD01234567 C205 LCDC CSBR/W A0 RST MUTE 240 64dot C170 8 0.1uF C218 10uF LCDD Command/Data VCC 0.1uF 2125 GND IC16 TC7W14FU(TE12L.F) 4 GND C29 GND LCD Controller IF:6800 GND
32 Jan. 2011 GR-55
fig.d-main-3.eps@R
0:31) R183 100 SYNC F3 U3 R194 100 LED-SD1 _SYNC/AHP15 WBREQ/WAHH6 T3 R195 100 R3 WBACK/WAHH7 TP191 SD4/_WCS0 TP193 COM2 E3 AB7 R98 47 XWCS1 F2 SD3/NMI/AHP14 _WDE/_WCS1/WAHH5 TP194 COM1 SD2/IRQ7/AHP13 WSP-INT E2 AB3 R90 100 MCK-S E1 SD1/AHP12 DBA1/MCK/TRCKI/WCD15 AA4 R89 100 XSWD-PDL4 SD0/AHP11 BCK-S DBA0/BCK/TRCKO/WCD14 AD7 R182 47 XWWE XSWD-PDL3 D1 DA12/_WWE/WAHH4 AE7 R197 47 XWOE C1 LRCK/CA25/AHP9 DA11/_WOE/WAHH3 AD8 R206 100 XSWD-PDL2 MCK/CA24/AHP8 SEL-C XSWD-PDL1 D2 DA10/WA27/_WCS2/WAHH2 AE8 R201 47 WA(26) SEL-B BCK/CA23/AHP7 DA9/WA26/_WCS3/WAHH1 AD9 R107 100 CD(31) DA8/WA25/_WCS4/WAHH0 SEL-A CD(30) TP283 AC7 18 WA(24) TP284 D+1.2 DA7/WA24/WAHL7 AC8 RA10 47 27 WA(23) CD(29) DA6/WA23/WAHL6 CD(28) TP285 AE4 AC10 3 6 WA(22) TP294 PLLVCC2 DA5/WA22/WAHL5 AC11 4 5 WA(21) CD(27) C75 DA4/WA21/WAHL4 CD(26) TP292 C73 AC12 18 WA(20) TP299 DA3/WA20/WAHL3 C76 CD(25) 10uF 0.1uF AC13 RA29 47 27 WA(19) UnPop TP287 AE3 DA2/WA19/WAHL2 AC14 3 6 WA(18) CD(24) PLLVSS2 TP282 2125 DA1/WA18/WA18D15/WAHL1 AC15 4 5 WA(17) CD(23) DA0/WA17/WA17D14/WAHL0 CD(22) TP296 GND GND CD(21) TP302 C384FS V1 TP289 CKUDL AE17 4 5 WA(16) CD(20) DD31/WA16/WA16D13/WALH7 WA(15) CD(19) TP298 R75 100 AE16 3 6 TP295 R76 100 DD30/WA15/WA15D12/WALH6 AD16 27 WA(14) CD(18) DD29/WA14/WA14D11/WALH5 WA(13) CD(17) TP286 SEA(13) R2 AE15 RA31 47 18 TP303 P2 EA13/EAH5 DD28/WA13/WA13D10/WALH4 AD15 4 5 WA(12) CD(16) SEA(12) WA(11) TP297 SEA(11) 18N1 EA12/EAH4 DD27/WA12/WA12D9/WALH3 AE14 3 6 CD(15) EA11/EAH3 DD26/WA11/WA11D8/WALH2 WA(10) CD(14) TP301 RA54 SEA(10) 27T1 AD14 27 TP293 3 6 P1 EA10/EAH2 DD25/WA10/WA10D7/WALH1 AE13 18 WA(9) CD(13) 100 SEA(9) EA9/EAH1 DD24/WA9/WA9D6/WALH0 RA32 47 WA(8) CD(12) TP291 SEA(8) 4 5 R1 AD13 18 TP290 SEA(7) L4 EA8/EAH0 DD23/WA8/WA8D5/WALL7 AE12 27 WA(7) CD(11) 4 5 RA33 47 WA(6) TP300 RA47 SEA(6) L3 EA7/TRS7 DD22/WA7/WA7D4/WALL6 AD12 3 6 CD(10) 3 6 EA6/TRS6 WA(5) TP288 100 SEA(5) N3 DD21/WA6/WA6D3/WALL5 AE11 4 5 CD(9) TP305 27 EA5/TRS5 DD20/WA5/WA5D2/WALL4 WA(4) CD(8) SEA(4) 18P3 AD11 18 TP306 18K3 EA4/TRS4 DD19/WA4/WA4D1/WALL3 AE10 27 WA(3) CD(7) SEA(3) RA37 47 WA(2) TP307 RA46 SEA(2) 27J3 EA3/TRS3 DD18/WA3/WA3D0/WALL2 AD10 3 6 CD(6) 100 EA2/TRS2 DD17/WA2/WALL1 WA(1) CD(5) TP316 SEA(1) 3 6 H3 AE9 4 5 TP314 SEA(0) 4 5 G3 EA1/TRS1 DD16/WA1/WALL0 RA60 47 CD(4) EA0/TRS0 CD(3) TP321 AD5 18WD(6) TP309 RA20 47 DD15/WD15/WALE/WDH7 AD4 27 CD(2) DD14/WD14/WDH6 WD(14) CD(1) TP304 SED(7) 18F1 AC2 3 6 WD(7) TP318 SED(6) 27G2 ED7/TRR7/EDL7 DD13/WD13/WDH5 AC1 4 5 CD(0) ED6/TRR6/EDL6 DD12/WD12/WDH4 WD(15) TP324 SED(5) 3 6 G1 AB2 RA6118 ED5/TRR5/EDL5 DD11/WD11/WDH3 WD(4) SED(4) 4 5 H2 AB1 47 27 ED4/TRR4/EDL4 DD10/WD10/WDH2 WD(12) SED(3) 18H1 AA2 3 6 WD(5) SEA(0:13) ED3/TRR3/EDL3 DD9/WD9/WDH1 SED(2) 27J2 AA1 4 5 WD(13) 3 6 J1 ED2/TRR2/EDL2 DD8/WD8/WDH0 AA3 18 SED(1) ED1/TRR1/EDL1 DD7/WD7/TRS7/WDL7 WD(2) D+3.3 SED(0) 4 5 K2 Y1 RA62 27WD(10) ED0/TRR0/EDL0 DD6/WD6/TRS6/WDL6 Y2 3 6 WA(1:26) C1060.1uF C123 0.1uF
47 WD(3) WD(0:15) RA38 47 DD5/WD5/TRS5/WDL5 W1 4 5 RA53 100 DD4/WD4/TRS4/WDL4 WD(11) XSECS N2 W2 18WD(0) 43 XSERAS M1 _ECS/EC0 DD3/WD3/TRS3/WDL3 V2 27 GND 29 GND 4 5 DD2/WD2/TRS2/WDL2 RA79 WD(8) XSECAS M2 _ERAS/EC1 U2 47 3 6 3 6 _ECAS/EC2 DD1/WD1/TRS1/WDL1 WD(1) WA(26) 56 XSEWE 27L1 T2 4 5 WD(9) A24 WA(24) 1 VCC VIO _EWE/EC3 DD0/WD0/TRS0/WDL0 A23 18 R69 100 WA(23) 2 XSELDQM K1 15 A22 L2 ELDQM/TRCKO/EC4 V3 RA76 100 WA(22) XSEUDQM LRCK-S WA(21) 12 A21 EUDQM/TRCKI/EC5 _DWE/LRCK/WCD13 AC6 18 A20 R80 100 _DCS1/SD7/TRR7/WCD7 WA(20) 11 R81 100 Y3 27 SD1-TO-WSP 18 A19 _DCS0/SD6/TRR6/WCD6 AD6 WA(19) DCK AD1 3 6 SD2-TO-WSP 19 A18 DCK DCKE1/SD5/TRR5/WCD5 AE6 4 5 WA(18) R87 SD1-TO-SSC WA(17) 54 A17 D+3.3 DCKE0/SD4/TRR4/WCD4 AC5 R189 100 SD2-TO-SSC A16 47 WA(16) 3 51 WD(15) DQM1/SD3/TRR3/WCD3 AE5 R134 47 SD3-TO-SSC A15 DQ15/A-1 31) 4 5 DQM0/SD2/TRR2/WCD2 WA(15) 4 49 WD(14) 3 6 W3 R66 100 A14 DQ14 30) _DCAS/WCS1/SD1/TRR1/WCD1 R61 47 WA(14) 5 47 WD(13) 27 W4 6 A13 DQ13 45 29) 10k _DRAS/WCS0/SD0/TRR0/WCD0 WA(13) A12 WD(12) 18 7 DQ12 42 WD(11) 28) RA2 WA(12) A11 DQ11 18 SDDA(2) WA(11) 8 40 WD(10) 27) IC10 A10 DQ10 26) 27 RA3 SDDA(1) WA(10) 9 38 WD(9) 3 6 R8A02021ABG (SSC7) 10 A9 DQ9 36 25) 10k UDL Side SDAD(1) WA(9) A8 WD(8) 4 5 WA(8) 20 DQ8 50 WD(7) 24) SED(0:7) A7 DQ7 23) 18 WA(7) 21 48 WD(6) 27 22 A6 DQ6 46 22) RA5 WA(6) A5 WD(5) 3 6 WA(5) 23 DQ5 44 WD(4) 21) 10k RA30 47 D+3.3 A4 DQ4 20) 4 5 WA(4) 24 41 WD(3) RA16 47 25 A3 DQ3 19) 18 20 53 18 WA(3) 39 WD(2) 27 SEA(12) SED(7) 26 A2 DQ2 37 18) RA1 21 BA0 DQ15 51 27 WA(2) A1 WD(1) 3 6 SEA(13) BA1 SED(6) R95 WA(1) 31 DQ1 35 WD(0) 17) 10k SEA(11) 35 DQ14 50 3 6 SED(5) A0 DQ0 16) 4 5 A11 DQ13 10k 4 5 SEA(10) 22 48 4 5 SED(4) 15) SEA(9) 34 A10/AP DQ12 47 18 SED(3) TP380 14) 3 6 A9 DQ11 XWCS1 32 27 SEA(8) 33 45 27 SED(2) 13 _CE 13) 10k 32 A8 DQ10 44 3 6 D+3.3 XWWE _WE 18 SEA(7) SED(1) XWOE 34 55 12) RA12 SEA(6) 31 A7 DQ9 42 4 5 SED(0) _OE NC 11) 4 5 A6 DQ8 R102 0 16 30 3 6 SEA(5) 30 13 18 SED(0) 53 _WP/ACC NC 28 10) SEA(4) 29 A5 DQ7 11 27 SED(1) _BYTE NC 9) 27 10k A4 DQ6 17 27 18 SEA(3) 26 10 3 6 SED(2) RY/_BY NC 8) RA11 SEA(2) 25 A3 DQ5 8 4 5 SED(3) 7) A2 DQ4 XRST 14 4 5 RA4 SEA(1) 24 7 18 SED(4) _RESET 6) 3 6 23 A1 DQ3 5 27 VSS VSS 10k SEA(0) A0 DQ2 SED(5) IC11 5) 27 4 3 6 SED(6) R79 0 4) DQ1 S29GL512P10TFCR20 52 18 2 4 5 SED(7) 33 3) 4 5 XSECS 19 DQ0 RA7 _CS RA23 47 D+1.2 2) 3 6 10k XSERAS 18 D+3.3 1) 27 17 _RAS 1 RA43 47 C221 10uF C220 UnPop XSECAS R191 UnPop GND 0) 18 XSEWE 16 _CAS VDD 14 2125 _WE VDD 27 C217 10uF GND D+3.3 37 VDD 3 2125 GND DCK 38 CKE VDDQ 49 C230 10uF WAVE ROM (Flash 512Mb) CLK VDDQ 9 2125 VDDQ C234 10uF TP382 XSEUDQM 39 43 2125 XSELDQM 15 UDQM VDDQ 2125 LDQM 2125 D+3.3 C171 0.1uF B1 F4 C163 0.1uF VCC VSS 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C2 F22 12 10uF 10uF C78 0.1uF D3 VCC VSS J4 VSSQ 46 C145 0.1uF VCC VSS 36 VSSQ 6 E4 J22 NC VSSQ C117 0.1uF L11 VCC VSS L12 10k 52 C172 0.1uF VCC VSS C92 C94
UnPop UnPop L15 L13 C116 C115 C232 VSSQ C156 C138 C120 C228 40 28 C126 0.1uF VCC VSS NC VSS 41 M11 L14 VSS C121 0.1uF M12 VCC VSS M13 D+1.2 R71 R72 R73 54 C84 0.1uF VSS M14 VCC VSS N13 TP328 SEA(7) C149 0.1uF M15 VCC VSS P13 SEA(6) IC13 C176 0.1uF N11 VCC VSS P22 TP329 VSS SEA(5) M12L64164A-7TG2M(70NM) GND C104 0.1uF N12 VCC R12 TP330 SEA(4) C164 0.1uF VSS TP331 N14 VCC R13 SEA(3) C103 0.1uF VSS C314 TP332 N15 VCC R14 SEA(2) C151 0.1uF VCC VSS 100uF TP333 ERAM(64Mb) P11 U4 SEA(1) C166 0.1uF P12 VCC VSS U22 TP334 C85 0.1uF VCC 6.3V TP335 SEA(0) P14 VSS Y4 C71 0.1uF P15 VCC VSS Y22 C168 0.1uF R11 VCC VSS 6 7 5 10k C150 0.1uF R15 VCC SYSTEM MODE SETTING VCC GND 10k 10k SEA[2:0]=000->DSP=Mode0 D+3.3 3 18 2 4 UnPop SEA[6:5]=01->CKUSB/3=192MHz C72 0.1uF A5 A1
RA58 10k SEA[3]=0(Unused) R88 C74 0.1uF PVCC PVSS R85 R86 R84 SEA[4,7]=0->UserProg A20 A4 C83 0.1uF B6 PVCC PVSS A11 C86 0.1uF B20 PVCC PVSS A18 GND C89 0.1uF B25 PVCC PVSS A25 C91 0.1uF PVSS C7 PVCC B2 D+3.3 TP281 C88 0.1uF C11 PVCC PVSS B5 C96 0.1uF C18 PVCC PVSS B11 C99 0.1uF PVCC PVSS 100 R119 D8 B18 D384FS C100 0.1uF D11 PVCC PVSS C3 C471 C98 0.1uF D18 PVCC PVSS C6 C201 C101 0.1uF D21 PVCC PVSS C21 100uF C107 0.1uF PVCC PVSS
TP25 TP26 D22 D4 PVSS 6.3V UnPop C108 0.1uF G22 PVCC D7 R139 GND C105 0.1uF H4 PVCC PVSS D9
TP280 for CKUDL C109 0.1uF PVCC PVSS 1M K4 D20 C112 0.1uF M3 PVCC PVSS G4 C118 0.1uF M4 PVCC PVSS H22 R154 120 C110 0.1uF PVCC PVSS GND 3562 C384FS M22 K22 C125 0.1uF M23 PVCC PVSS N4 C135 0.1uF PVCC PVSS R146 C197 R4 N22 IC12 IC12 C136 0.1uF R22 PVCC PVSS P4 C129 0.1uF PVCC 1 3 680 UnPop U1 PVSS T4 GND C139 0.1uF V4 PVCC PVSS T22 C144 0.1uF PVCC PVSS C251 C252 V22 W22 2 4 C146 0.1uF V23 PVCC PVSS W23 15pF 15pF C143 0.1uF Y23 PVCC PVSS AA23 TP12 C147 0.1uF AA24 PVCC PVSS AB4 GND C152 0.1uF AB5 PVCC PVSS AB6 X1 C154 0.1uF PVCC E3SB16.9344F12D33 AB9 PVSS AB8 C148 0.1uF PVCC PVSS 17PLLRST AB11 AB10 C155 0.1uF AB13 PVCC PVSS AB12 C158 0.1uF AB15 PVCC PVSS AB14 C161 0.1uF PVCC IC16 D+3.3 AB17 PVSS AB16 C157 0.1uF AB19 PVCC PVSS AB18 C165 0.1uF AB25 PVCC PVSS AB24 8 C174 0.1uF PVCC PVSS
0.1uF AC4 AC3 PLLRST -> XRST >300us VCC 17 C175 0.1uF AC9 PVCC PVSS AC25 C169 0.1uF AD3 PVCC PVSS AD2 C177 0.1uF AE2 PVCC PVSS AE1 4
GND IC12 PVCC PVSS C133 2 35TP386 XRST TC7WU04FU(TE12L.F) GND XRST C225 10uF R99 2125 IC10 4.7k IC16 GND C229 10uF R8A02021ABG (SSC7) IC12 2125
C61 C215 10uF POWER Side 0.1uF 2125
C222 10uF 2125 GND GND
33 Jan. 2011 GR-55
Circuit Diagram (Main Board: Digital Block (SSC); suffix 1) fig.d-main-s-3.eps@L GR-55 Digital Block(SSC) CD(0:31) CS3 WorkRAM(128Mb*2) CD(0:31 RA21 47 IC14 RA17 47 D+3.3 D+3.3 CA(1:22) 53 4 5 CD(31) R62 2.7k CA(14) 20 DQ15 51 3 6 CD(30) C82 RA59 RA57 R63 2.7k BA0 DQ14 27 24 CA(22) CD(0:31) CA(15) 21 50 CD(29) 23 0.1uF 4.7k 4.7k CA(21) 36 BA1 DQ13 48 18CD(28) 22 CA(13) 35 NC DQ12 47 18CD(27) 5 6 7 8 5 6 A11 DQ11 21 4.7k CA(12) 22 45 27CD(26) 4.7k 20 4.7k GND R120 47 CA(11) 34 A10/APDQ10 44 3 6 CD(25) 19 R122 47 CA(10) 33 A9 DQ9 42 4 5 CD(24) 27 18 4 3 2 1 4 3 A8 DQ8 18 R93 CD(0:31) CA(9) 32 13 18CD(23) AUDCK R91 R82 D25 P23 CA(22) 17 AUDATA0 B21 AUDCK CA22/AHP6 R23 CA(21) CA(8) 31 A7 DQ7 11 27CD(22) 16 AUDATA1 A22 AUDATA0 CA21/AHP5 T23 4 5CA(20) CA(1:22) CA(7) 30 A6 DQ6 10 3 6 CD(21) 15 AUDATA1 CA20 3 6 CA(6) 29 A5 DQ5 8 4 5 CD(20) AUDATA2 B22 U23 CA(19) TP346 14 A23 AUDATA2 CA19 V25 27CA(18) RA26 CA(22) TP257 CA(5) 26 A4 DQ4 7 18CD(19) 13 AUDATA3 AUDATA3 CA18 18 47 CA(21) CA(4) 25 A3 DQ3 5 27CD(18) AUDSYNC B23 V24 CA(17) CA(20) TP258 24 A2 DQ2 4 3 6 12 AUDSYNC CA17 W25 4 5CA(16) TP259 CA(3) DQ1 CD(17) 11 TCK E25 CA16 W24 3 6CA(15) CA(19) TP260 CA(2) 23 A1 2 4 5 CD(16) 10 D24 TCK CA15 Y25 27 RA22 CA(18) A0 DQ0 9 TMS TMS 18CA(14) 47 CA(17) TP261 RA36 47 XTRST C23 CA14 Y24 CA(13) CA(16) TP262 XCCS3 19 27 RA34 47 8 TDI E24 _TRST CA13 AA25 4 5CA(12) TP263 18 _CS VDD 14 7 TDI CA12 CA(15) XCRAS D+3.3 TDO E23 AC23 3 6CA(11) RA44 CA(14) TP264 XCCAS 17 _RAS VDD 1 6 TDO CA11 AD25 27CA(10) TP265 16 _CAS VDD 49 5 XASEBRKAK A24 CA10 AD24 18CA(9) 47 CA(13) TP266 XCWE 4 TP387 B24 _ASEBRKAK CA9 AB22 CA(8) CA(12) TP267 XCDQMUU 39 _WE VDDQ 43 3 C22 ASEBCK CA8 AB21 4 5 CA(11) XCDQMUL 15 UDQM VDDQ 9 2 XASEMD _ASEMD CA7 3 6 CA(7) RA28 CA(10) TP268 CKIO1 R70 0 38 LDQM VDDQ 3 2125 AB20 2125 1 TP385 R158 1k CA6 27CA(6) 47 CA(9) TP269 CCKE 37 CLK VDDQ XRST AC20 18CA(5) CA(8) TP270 XCDQMLU 40 CKE 4 5 CA5 AC19 4 5 CA(4) TP271 NC
GND GND CA(7) XCDQMLL 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 10uF XCCS3 3 6 P24 CA4 AC18 3 6 CA(3) TP272 R103 10uF CN3 100 N23 _CCS3 CA3 AC17 27 RA40 CA(6) 52 24FLT-SM2-TB (LF)(SN) TP56 27 18CA(2) 47 CA(5) TP273 330 VSSQ 46 UnPop XCCS2 XCCS0 18RA55 M25 _CCS2/AHP10 CA2 AC16 CA(1) CA(4) TP274 UnPop VSSQ 12 18 _CCS0 CA1 AD17 TP275 VSSQ CA(3) 6 C80 C81 C153 C178 C124 C113 C137 C142 for DEBUG XCDQMUU 27 N24 CA0 CA(2) TP276 C210 VSSQ 54 C179 XCDQMUL 3 6 RA49 N25 _WE3/CDQMUU/AHP1 TP277 150pF VSS 41 D+3.3 XCRD 4 5 100 U24 _WE2/CDQMUL/AHP0 D19 4 5 CD(31) CA(1) TP278 XWE1 18 U25 _WE1/CDQMLU CD31/DH15 C19 UnPop VSS 28 _WE0/CDQMLL CD30/DH14 3 6 CD(30) RA42 VSS XCDQMLU 27 M24 B19 27CD(29) D+5 IC22 XCRD R65 XWE0 3 6RA52 _CRD CD29/DH13 C20 18CD(28) 47 GND M12L128168A-7TG2L(70NM) GND XCDQMLL 4 5 100 K23 CD28/DH12 F25 18CD(27) BD2055AFJ-E2 10k _WAIT CD27/DH11 F24 27 6 WSP-WAIT R115 CD26/DH10 CD(26) RA39 OUT UH+5 TP279 G25 3 6 CD(25) CD25/DH9 47 2 7 XCRAS 47 R25 G24 4 5 CD(24) IN OUT RA35 47 CCKE 4 5 T24 _CRAS CD24/DH8 H25 18CD(23) 3 8 XCWE 3 6RA45 T25 _CCAS CD23/DH7 H24 27CD(22) RA25 IN OUT IC15 RA41 47 XCCAS 27100 R24 _CWE CD22/DH6 J25 3 6 CD(21) 47 53 18CD(15) 18 CCKE CD21/DH5 J24 4 5 CD(20) 4 5 CA(14) 20 DQ15 51 27CD(14) CD20/DH4 0.1uF BA0 DQ14 CKIO1 P25 K25 18CD(19) 2125 CA(15) 21 50 3 6 CD(13) 10uF EN WSPCKIO D+1.2 CKIO CD19/DH3 K24 27CD(18) RA18 _OC 36 BA1 DQ13 48 4 5 CD(12) D+1.2 CD18/DH2 L25 3 6 CD(17) 47 CA(13) 35 NC DQ12 47 18CD(11) R321 47 GND R346 47 D23 CD17/DH1 L24 4 5 CD(16) CA(12) 22 A11 DQ11 45 27CD(10) C64 E22 PLLVCC1 CD16/DH0 AE25 18CD(15) C417 CA(11) 34 A10/APDQ10 44 3 6 CD(9) for CKUSB(CK_CPU) C216 C122 PLLVCC1 CD15 AC22 27CD(14) RA27 1 CA(10) 33 A9 DQ9 42 4 5 CD(8) CD14 AE24 3 6 CD(13) 47 CA(9) 32 A8 DQ8 13 4 5 CD(7) D+3.3 10uF 0.1uF CD13 AD23 4 5 CD(12) TP196 CA(8) 31 A7 DQ7 11 3 6 CD(6) 2125 C24 CD12 AE23 18CD(11) GND CA(7) 30 A6 DQ6 10 27CD(5) PLLVSS1 CD11 EN-UHVB TP197 UnPop A5 DQ5 C25 AD22 27CD(10) RA19 16V CA(6) 29 8 18CD(4) PLLVSS1 CD10 AE22 3 6 CD(9) 47 OC-UH CA(5) 26 A4 DQ4 7 4 5 CD(3) 4 1 GND CD9 AC21 4 5 CD(8) R341 CA(4) 25 A3 DQ3 5 3 6 CD(2)
VDDTRI-STATE R68 10k CD8 C416 C418 220uF A2 DQ2 A21 AE21 18CD(7) TP389 1k CA(3) 24 4 27CD(1) C119 CKCPU CD7 AD21 27CD(6) RA24 D+5 CA(2) 23 A1 DQ1 2 18CD(0) GND CD6 AE20 3 6 CD(5) 47 A0 DQ0 0.1uF 2 3 A19 CD5 AD20 4 5 CD(4) RA14 47 GND OUT D+3.3 CKUSB CD4 AE19 18CD(3) CN8 XCCS3 19 27 RA13 47 CD(31) R155 CD3 AD19 27 A2001WV2-5P 18 _CS VDD 14 CD(30) IC5 120 CD2 CD(2) XCRAS _RAS VDD D+3.3 CD(29) D36B48.0000NNS C5 AE18 3 6 CD(1) 1uF XCCAS 17 1 GND D6 AVREF CD1 AD18 4 5 CD(0) XCWE 16 _CAS VDD 49 CD(28) R121 UnPop AVCC CD0 XCDQMLU 39 _WE VDDQ 43 CD(27) C128 C214 RA15 XCDQMLL 15 UDQM VDDQ 9 CD(26) C419 10uF 0.1uF B16 47 D12 CKIO1R74 0 38 LDQM VDDQ 3 CD(25) 2125 2125
UDZS TE-17 5.6B CD(24) 2125 C4 UHVBUS GND 5 4 3 2 1 CCKE 37 CLK VDDQ R110 0 C198 UnPop D5 AVSS A17 1 4 40 CKE CD(23) R109 0 AVSS UHDP NC CD(22)
L8 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF R113 0 R100 10uF 10uF B17 23ACM2012-900-2P-T002 52 CD(21) EXPPDLR108 0 GND GND A2 UHDM 330 VSSQ 46 CD(20) AN3 R153 UnPop VSSQ CD(19) AN2 B3 C16 5.6k TP52 12 CD(18)
AN2 UHREFRIN 0 VSSQ AN1 B4 6 C93 C97 C79 C87 C159 C173 AN1 D ( 0.5% ) GND C199 VSSQ C160 C102 C134 CD(17) AN0 A3 A15 UA+3.3 150pF 54 CD(16) AN0 UHA33V C17 D+3.3 VSS 41 CD(15) R333 0603 VSS UHD33V D+1.2 UnPop 28 CD(14) R316 UnPop R318 UnPop R319 UnPop VSS D+3.3 A16 CD(13) C185 C193 C190 C194 H23 UHA12V D15 1000pF 1000pF 1000pF 1000pF GND M12L128168A-7TG2L(70NM) J23 SCL1 UHD12V JK3 GND GND CD(12) SDA1 UBR23-4K5100 CD(11) 0.1uF RA77 0.1uF CD(10) 5 6 TP39 2125 1000pF F23 1000pF 0.1uF 10uF 10000pF 10000pF 10000pF 100 GND G23 SCL0 C15 10000pF USB Function CD(9) R343 100 SDA0 UHD12G D16 CD(8) 10k RA75 R356 100 CD(7) 4 18 27 3 UHA12G CD(6) C189 C130 C207 C111 C202 4 5 D17 C184 C191 C167 C209 C187 3 6 A6 UHD33G B15 CA(22) 13 CD(5) LCD-E 10 20 DP DM 27 PF12 UHA33G GND UAGND VCC GND CA(21) 10 A21 CD(4) LCD-D B7 UAGND R145 CA(20) 9 A20 CD(3) 3 20 LCD-C 18 A7 PF11 0603 2 1 4 10 ENC1-B C8 PF10 B13 0 R156220 0603 CA(19) 16 A19 CD(2) ENC1-A B8 PF9 UFVBUS R140 CA(18) 17 A18 CD(1) OC-UH R358 0 A8 PF8 TP384 0 CA(17) 48 A17 CD(0) R357 0 0603 C2541uF GND CA(16) 1 A16 45 CD(15) EN-UHVB C9 PF7 A12 CA(15) 2 A15 Q15/A-1 43 CD(14) XCODEC-PDN R123 0 B9 PF6 UFDP A14 Q14 XPWR-OFF R149 0 A9 PF5 B12 23ACM2012-900-2P-T002L7 0603 CA(14) 3 41 CD(13) R185 100 PF4 UFDM CA(13) 4 A13 Q13 39 CD(12) GAIN-SDA D10 1 4 TP388 CA(12) 5 A12 Q12 36 CD(11) SCL-COM R186 100 C10 PF3 0 MIDIRX R187 0 B10 PF2 C13 R152 5.6k CA(11) 6 A11 Q11 34 CD(10) R188 0 PF1 UFREFRIN CA(10) 7 A10 Q10 32 CD(9) MIDITX A10 UAGND CA(9) 8 A9 Q9 30 CD(8) PF0 A14 D ( 0.5% ) R141 UFA33V UA+3.3 CA(8) 18 A8 Q8 44 CD(7) C12 D+3.3 CA(7) 19 A7 Q7 42 CD(6) L22 UFD33V D+1.2 A6 Q6 2.7k 2.7k 2.7k _RESET A13 CA(6) 20 40 CD(5) UFA12V D14 GND CA(5) 21 A5 Q5 38 CD(4)
47000pF 47000pF A4 Q4 R39R41 UnPop UnPop L23 UFD12V R97 UnPop CA(4) 22 35 CD(3)
0 A3 Q3 R83 R94 CA(3) 23 33 CD(2) R339 MD UnPop CA(2) 24 A2 Q2 31 CD(1) 2125 1000pF 1000pF 0.1uF 0.1uF 0.1uF UA+3.3 10uF 10000pF 10000pF 10000pF 10000pF D+3.3 R78 CA(1) 25 A1 Q1 29 CD(0) C213 C212 R67 AA22 C14 0603 TP62 TP347 A0 Q0 D+1.2 VBGP UFD12G D13 0 D+3.3 GND C204 UFA12G C206 C192 C195 C188 C208 C186 C140 C127 C203 AB23 D12 C90 XCCS0 26 XRST VBGN UFD33G XWE0 11 _CE 37 AC24 B14 XCRD 28 _WE VCC R288 R287 VBEN UFA33G R144 GND 15 _OE 0.1uF GND C114 0.1uF UnPop UnPop UAGND 0 UAGND UnPopUAGND D+3.3 47 RY/_BY 10uF GND IC10 0603 14 _BYTE 46 R286 UnPop R8A02021ABG (SSC7) _WP/ACC GND CCS0=16bit XRST 12 27 C77 UnPop CPU Side _RESET GND C162 C196 2125 CN7 R106 0 BACKLIGHT IC8 VLCD D+3.3 MX29LV640EBTI-70G GND C200 18 R101 UnPop 100pF 17 VADJ UnPop 16 LCD-D7 CS2 LCD C132 0.1uF CS0 BootROM(64Mb) 15 LCD-D6 14 LCD-D5 GND
13 LCD-D4 20 12 LCD-D3 CD(0:31) 11 LCD-D2 LCD7 12 9 CD(7) LCD-D1 LCD6 13 Q7 D7 8 CD(6) 10 VCC 9 LCD-D0 LCD5 14 Q6 D6 7 CD(5) 8 LCD-EP LCD4 15 Q5 D5 6 CD(4) 7 LCD-RS R408 0 D+3.3 LCD316 Q4 D4 5 CD(3) 6 LCD-WR LCD217 Q3 D3 4 CD(2) 5 LCD-VDD 0603 LCD118 Q2 D2 3 CD(1) 4 LCD-CS1 LCD019 Q1 D1 2 CD(0) 3 GND Q0 D0 XLCDRST 1 D+3.3 2 _OE 2125 11
1 C181 C180 10uF 0.1uF GND CK IC17 TC74VHC574FT(EL) 10 10k 10k 2125 GND 10k C1834.7uF2125 C2114.7uF2125 D+3.3 2 5.5V 1 UnPop TP21 LCD-VG C2964.7uF D7 GND R329 R328 TP66 2 LCD-XV0 RA6 RA8 R112 TP67 3 LCD-E TP68 4 LCD-VM 10k 10k LCD-D 5 LCD-VDD LCD-C 6 5 6 6 GND 5 D+3.3 TP190 7 LCD-VD1 C301 4.7uF RA56 C14 0.1uF TP186 8 LCD-VDD 2125 100 TP61 9 4 3 27 18 4 3 27 18
TP18710 LCD-CS1 LCD-EP 18 20 TP367 TP45 TP64 11 LCD-IF3 R105 0 LCD-RS 27 TP368 TP356 TP176 12 LCD-IF2 R24 0 LCD-WR 3 6 12 9 TP175 13 LCD-IF1 R58 0 LCD-CS14 5 13 Q7 D7 8 TP38 14 XLCDRST 14 Q6 VCC D6 7 D+3.3 TP55 15 LCD-EP RA48 100 15 Q5 D5 6 CD(4) XMUTE-OUTPUT TP33 16 LCD-D7 LCD-D7 18 16 Q4 D4 5 CD(2) TP15 17 LCD-D6 LCD-D6 27 17 Q3 D3 4 CD(1) TP28 18 LCD-D5 LCD-D5 3 6 18 Q2 D2 3 CD(0) TP24 19 LCD-D4 LCD-D4 4 5 19 Q1 D1 2 CD(3) IC9 R124 TP16 20 LCD-D3 LCD-D3 18 Q0 D0 BD45431G-TR 56k TP13 21 LCD-D2 LCD-D2 27 1 XSYS-RST 5 4 R181 0 62 TP19 22 LCD-D1 LCD-D1 3 6 _OE 11 VDD VOUT for PowerTip for CASIO(debug)
GND CK TP27 23 LCD-D0 LCD-D0 4 5 3 1 IC16 GND SUB ER TP91 24 LCD-WR RA51 100 IC27
TP49 25 LCD-RS TC74VHC574FT(EL) 1uF 10 C219 C13 TP18926 TP70 2 27 GND XLCD-RST 2 5.5V UnPop TP32 28 BACKLIGHT R117 GND 100 CN4 TP34 GND GND 52559-2852 R23 D+5 R104 0 10k UnPop D+3.3 to LCD UNIT 0603 CD01234567 C205 240 64dot C170 LCDC CSBR/W A0 RST MUTE C218 10uF 2125 GND LCDD Command/Data 8
0.1uF 0.1uF VCC IC16 TC7W14FU(TE12L.F)
GND 4 GND
LCD Controller IF:6800 C29
GND
34 Jan. 2011 GR-55
fig.d-main-s-3.eps@R R183 SYNC 100 F3 U3 R194 100 LED-SD1 _SYNC/AHP15 WBREQ/WAHH6 T3 R195 100 TP191 R3 WBACK/WAHH7 TP193COM2 E3 SD4/_WCS0 AB7 R98 47 XWCS1 1) TP194COM1 F2 SD3/NMI/AHP14 _WDE/_WCS1/WAHH5 WSP-INT E2 SD2/IRQ7/AHP13 AB3 R90 100 MCK-S XSWD-PDL4 E1 SD1/AHP12 DBA1/MCK/TRCKI/WCD15 AA4 R89 100 BCK-S SD0/AHP11 DBA0/BCK/TRCKO/WCD14 AD7 R182 47 XWWE XSWD-PDL3 D1 DA12/_WWE/WAHH4 AE7 R197 47 XWOE XSWD-PDL2 C1 LRCK/CA25/AHP9 DA11/_WOE/WAHH3 AD8 R206 100 SEL-C XSWD-PDL1 D2 MCK/CA24/AHP8DA10/WA27/_WCS2/WAHH2 AE8 R201 47 WA(26) SEL-B BCK/CA23/AHP7DA9/WA26/_WCS3/WAHH1 AD9 R107 100 SEL-A DA8/WA25/_WCS4/WAHH0 AC7 18 WA(24) D+1.2 DA7/WA24/WAHL7 AC8 RA10 47 27 WA(23) AE4 DA6/WA23/WAHL6 AC10 3 6 WA(22) PLLVCC2 DA5/WA22/WAHL5 AC11 4 5 WA(21) CD(31) C75 DA4/WA21/WAHL4 AC12 18 WA(20)
TP283 C73 C76 CD(30) DA3/WA20/WAHL3 AC13 RA29 47 27 WA(19) UnPop CD(29) TP284 10uF 0.1uF AE3 DA2/WA19/WAHL2 AC14 3 6 WA(18) CD(28) TP285 2125 PLLVSS2 DA1/WA18/WA18D15/WAHL1 AC15 4 5 WA(17) CD(27) TP294 GND DA0/WA17/WA17D14/WAHL0 GND CD(26) TP292 C384FS V1 CD(25) TP299 CKUDL AE17 4 5 WA(16) CD(24) TP287 R75 100 DD31/WA16/WA16D13/WALH7 AE16 3 6 WA(15) CD(23) TP282 R76 100 DD30/WA15/WA15D12/WALH6 AD16 27 WA(14) CD(22) TP296 SEA(13) R2 DD29/WA14/WA14D11/WALH5 AE15 RA3147 18 WA(13) CD(21) TP302 SEA(12) P2 EA13/EAH5 DD28/WA13/WA13D10/WALH4 AD15 4 5 WA(12) CD(20) TP289 SEA(11) 18 N1 EA12/EAH4 DD27/WA12/WA12D9/WALH3 AE14 3 6 WA(11) CD(19) TP298 RA54 SEA(10) 27 T1 EA11/EAH3 DD26/WA11/WA11D8/WALH2 AD14 27 WA(10) CD(18) TP295 SEA(9) 3 6 P1 EA10/EAH2 DD25/WA10/WA10D7/WALH1 AE13 RA3247 18 WA(9) CD(17) TP286 100 SEA(8) 4 5 R1 EA9/EAH1 DD24/WA9/WA9D6/WALH0 AD13 18 WA(8) CD(16) TP303 SEA(7) 4 5 L4 EA8/EAH0 DD23/WA8/WA8D5/WALL7 AE12 RA33 47 27 WA(7) CD(15) TP297 RA47 SEA(6) 3 6 L3 EA7/TRS7 DD22/WA7/WA7D4/WALL6 AD12 3 6 WA(6) CD(14) TP301 100 SEA(5) 27N3 EA6/TRS6 DD21/WA6/WA6D3/WALL5 AE11 4 5 WA(5) CD(13) TP293 SEA(4) 18P3 EA5/TRS5 DD20/WA5/WA5D2/WALL4 AD11 18 WA(4) CD(12) TP291 SEA(3) 18 K3 EA4/TRS4 DD19/WA4/WA4D1/WALL3 AE10 RA37 47 27 WA(3) CD(11) TP290 RA46 SEA(2) 27 J3 EA3/TRS3 DD18/WA3/WA3D0/WALL2 AD10 3 6 WA(2) CD(10) TP300 100 SEA(1) 3 6 H3 EA2/TRS2 DD17/WA2/WALL1 AE9 4 5 WA(1) CD(9) TP288 SEA(0) 4 5 G3 EA1/TRS1 DD16/WA1/WALL0 RA60 47 CD(8) TP305 EA0/TRS0 AD5 18WD(6) CD(7) TP306 RA20 47 DD15/WD15/WALE/WDH7 AD4 27WD(14) CD(6) TP307 SED(7) 18F1 DD14/WD14/WDH6 AC2 3 6 WD(7) CD(5) TP316 SED(6) 27G2 ED7/TRR7/EDL7 DD13/WD13/WDH5 AC1 4 5 WD(15) CD(4) TP314 SED(5) 3 6 G1 ED6/TRR6/EDL6 DD12/WD12/WDH4 AB2 RA6118WD(4) TP321 4 5 H2 ED5/TRR5/EDL5 DD11/WD11/WDH3 AB1 27 CD(3) TP309 SED(4) ED4/TRR4/EDL4 DD10/WD10/WDH2 47 WD(12) CD(2) TP304 SED(3) 18H1 AA2 3 6 WD(5) CD(1) SEA(0:13) SED(2) 27J2 ED3/TRR3/EDL3 DD9/WD9/WDH1 AA1 4 5 WD(13) CD(0) TP318 SED(1) 3 6 J1 ED2/TRR2/EDL2 DD8/WD8/WDH0 AA3 18WD(2) TP324 SED(0) 4 5 K2 ED1/TRR1/EDL1 DD7/WD7/TRS7/WDL7 Y1 RA62 27WD(10) D+3.3
ED0/TRR0/EDL0 DD6/WD6/TRS6/WDL6 Y2 47 3 6 WD(3) WA(1:26) C1060.1uF C123 0.1uF RA38 47 DD5/WD5/TRS5/WDL5 W1 4 5 WD(11) WD(0:15) XSECS RA53 100 N2 DD4/WD4/TRS4/WDL4 W2 18WD(0) XSERAS M1 _ECS/EC0 DD3/WD3/TRS3/WDL3 V2 RA79 27WD(8) GND 43 29 GND 4 5 M2 _ERAS/EC1 DD2/WD2/TRS2/WDL2 U2 3 6 XSECAS 3 6 DD1/WD1/TRS1/WDL1 47 WD(1) WA(26) 56 XSEWE 27L1 _ECAS/EC2 T2 4 5 WD(9) WA(24) 1 NC 18 _EWE/EC3 DD0/WD0/TRS0/WDL0 R69 100 WA(23) 2 A23 VCC VIO XSELDQM K1 RA76 100 WA(22) 15 A22 XSEUDQM L2 ELDQM/TRCKO/EC4 V3 LRCK-S WA(21) 12 A21 R80 100 EUDQM/TRCKI/EC5 _DWE/LRCK/WCD13 AC6 18 WA(20) 11 A20 R81 100 _DCS1/SD7/TRR7/WCD7 Y3 27 SD1-TO-WSP WA(19) 18 A19 DCK AD1 _DCS0/SD6/TRR6/WCD6 AD6 3 6 SD2-TO-WSP A18 DCK DCKE1/SD5/TRR5/WCD5 AE6 4 5 SD1-TO-SSC WA(18) 19 R87 DCKE0/SD4/TRR4/WCD4 AC5 R189 100 SD2-TO-SSC WA(17) 54 A17 47 DQM1/SD3/TRR3/WCD3 AE5 R134 47 SD3-TO-SSC WA(16) 3 A16 51 WD(15) DQM0/SD2/TRR2/WCD2 W3 R66 100 WA(15) 4 A15 Q15/A-1 49 WD(14) R61 47 WA(14) 5 A14 Q14 47 WD(13) _DCAS/WCS1/SD1/TRR1/WCD1 W4 WA(13) 6 A13 Q13 45 WD(12) D+3.3 _DRAS/WCS0/SD0/TRR0/WCD0 WA(12) 7 A12 Q12 42 WD(11) SDDA(2) WA(11) 8 A11 Q11 40 WD(10) 4 5 IC10 SDDA(1) WA(10) 9 A10 Q10 38 WD(9) 3 6 R8A02021ABG (SSC7) UDL Side SDAD(1) WA(9) 10 A9 Q9 36 WD(8) 2710k WA(8) 20 A8 Q8 50 WD(7) 18 RA2 SED(0:7) WA(7) 21 A7 Q7 48 WD(6) 18 WA(6) 22 A6 Q6 46 WD(5) 27 RA3 WA(5) 23 A5 Q5 44 WD(4) 3 6 10k RA30 47 D+3.3 WA(4) 24 A4 Q4 41 WD(3) 4 5 RA16 47 WA(3) 25 A3 Q3 39 WD(2) 18 SEA(12) 20 53 18SED(7) WA(2) 26 A2 Q2 37 WD(1) 27 SEA(13) 21 BA0 DQ15 51 27SED(6) R95 31 A1 Q1 35 RA5 SEA(11) 35 BA1 DQ14 50 3 6 SED(5) WA(1) A0 WD(0) 3 6 10k SEA(10) 22 A11 DQ13 48 4 5 SED(4) 10k Q0 4 5 SEA(9) 34 A10/AP DQ12 47 18SED(3) TP380 18 SEA(8) 33 A9 DQ11 45 27SED(2) XWCS1 32 27 RA1 32 A8 DQ10 44 3 6 D+3.3 XWWE 13 _CE 3 6 10k SEA(7) A7 DQ9 SED(1) XWOE 34 _WE 55 4 5 SEA(6) 31 42 4 5 SED(0) R102 0 16 _OE NC 30 4 5 SEA(5) 30 A6 DQ8 13 18SED(0) 53 _WP/ACC NC 28 3 6 SEA(4) 29 A5 DQ7 11 27SED(1) 17 _BYTE NC 27 27 SEA(3) 26 A4 DQ6 10 3 6 SED(2) RY/_BY NC 1810k SEA(2) 25 A3 DQ5 8 4 5 SED(3) RA12 SEA(1) 24 A2 DQ4 7 18SED(4) XRST 14 4 5 GND GND 23 A1 DQ3 5 27 _RESET 3 6 SEA(0) A0 DQ2 SED(5) R79 0 IC11 2710k 4 3 6 SED(6) MX29GL256EHT2I-90Q DQ1 52 33 18 2 4 5 SED(7) UnPop RA11 XSECS 19 DQ0 D+1.2 4 5 RA4 XSERAS 18 _CS RA23 47 D+3.3 3 6 10k XSECAS 17 _RAS 1 RA43 47 C221 10uF GND 27 XSEWE 16 _CAS VDD 14 2125 C220 R191 UnPop 18 _WE VDD 27 C217 10uF 4 5 RA7 D+3.3 37 VDD 3 2125 GND GND 3 6 10k DCK 38 CKE VDDQ 49 C230 10uF WAVE ROM (Flash 512Mb) 27 CLK VDDQ 9 2125 18 TP382 XSEUDQM 39 VDDQ 43 C234 10uF 15 UDQM VDDQ 2125 2125 XSELDQM LDQM 2125 D+3.3 C171 0.1uF B1 F4 C2 VCC VSS F22 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF C163 0.1uF 12 10uF 10uF VSSQ 46 C78 0.1uF D3 VCC VSS J4 36 VSSQ 6 C145 0.1uF E4 VCC VSS J22 NC VSSQ 52 C117 0.1uF L11 VCC VSS L12 10k VCC VSS C94 C92 C172 0.1uF L15 L13 C116 C115 C138 C120 C156 40 VSSQ 28 C228 C232 NC VSS 41 C126 0.1uF M11 VCC VSS L14 D+1.2 VSS C121 0.1uF M12 VCC VSS M13 R71 UnPop R72 R73 UnPop 54 C84 0.1uF M14 VCC VSS N13 TP328 SEA(7) VSS C149 0.1uF M15 VCC VSS P13 TP329 SEA(6) IC13 C176 0.1uF N11 VCC VSS P22 TP330 SEA(5) M12L64164A-7TG2M(70NM) GND C104 0.1uF N12 VCC VSS R12 TP331 SEA(4) C164 0.1uF N14 VCC VSS R13 C314 TP332 SEA(3) C103 0.1uF N15 VCC VSS R14 TP333 SEA(2) ERAM(64Mb) C151 0.1uF P11 VCC VSS U4 100uF TP334 SEA(1) C166 0.1uF P12 VCC VSS U22 6.3V TP335 SEA(0) C85 0.1uF P14 VCC VSS Y4 C71 0.1uF P15 VCC VSS Y22 C168 0.1uF R11 VCC VSS 6 5 10k C150 0.1uF R15 VCC SYSTEM MODE SETTING VCC GND 10k 10k SEA[2:0]=000->DSP=Mode0 D+3.3 27 3 4 18 SEA[6:5]=01->CKUSB/3=192MHz SEA[3]=0(Unused) C72 0.1uF A5 A1 RA58 10k R88 PVCC PVSS R85 R86 R84 UnPop SEA[4,7]=0->UserProg C74 0.1uF A20 A4 C83 0.1uF B6 PVCC PVSS A11 C86 0.1uF B20 PVCC PVSS A18 GND C89 0.1uF B25 PVCC PVSS A25 C91 0.1uF C7 PVCC PVSS B2 D+3.3 TP281 C88 0.1uF C11 PVCC PVSS B5 C96 0.1uF C18 PVCC PVSS B11 100 R119 C99 0.1uF D8 PVCC PVSS B18 D384FS C100 0.1uF D11 PVCC PVSS C3 C471 C98 0.1uF D18 PVCC PVSS C6 C101 0.1uF D21 PVCC PVSS C21 100uF C201 PVCC PVSS TP25 TP26 C107 0.1uF D22 D4 6.3V UnPop C108 0.1uF G22 PVCC PVSS D7 R139 GND C105 0.1uF H4 PVCC PVSS D9 TP280 for CKUDL C109 0.1uF K4 PVCC PVSS D20 1M C112 0.1uF M3 PVCC PVSS G4 R154 C118 0.1uF M4 PVCC PVSS H22 GND 35 62 120 C384FS C110 0.1uF M22 PVCC PVSS K22 C125 0.1uF M23 PVCC PVSS N4 R146 C135 0.1uF R4 PVCC PVSS N22 IC12 IC12 C197 C136 0.1uF R22 PVCC PVSS P4 1 3 680 UnPop C129 0.1uF U1 PVCC PVSS T4 GND C139 0.1uF V4 PVCC PVSS T22 C144 0.1uF V22 PVCC PVSS W22 C251 2 4 C252 C146 0.1uF V23 PVCC PVSS W23 15pF 15pF C143 0.1uF Y23 PVCC PVSS AA23 TP12 C147 0.1uF AA24 PVCC PVSS AB4 X1 GND C152 0.1uF AB5 PVCC PVSS AB6 E3SB16.9344F12D33 C154 0.1uF AB9 PVCC PVSS AB8 C148 0.1uF AB11 PVCC PVSS AB10 C155 0.1uF AB13 PVCC PVSS AB12 C158 0.1uF AB15 PVCC PVSS AB14 D+3.3 C161 0.1uF AB17 PVCC PVSS AB16 C157 0.1uF AB19 PVCC PVSS AB18 C165 0.1uF AB25 PVCC PVSS AB24 17 8 AC4 PVCC PVSS AC3
PLLRST 0.1uF C174 0.1uF VCC 17 C175 0.1uF AC9 PVCC PVSS AC25 C169 0.1uF AD3 PVCC PVSS AD2 IC16 C177 0.1uF AE2 PVCC PVSS AE1 4 GND IC12 PVCC PVSS C133 TC7WU04FU(TE12L.F) GND PLLRST -> XRST >300us C225 212510uF IC10 GND C229 10uF R8A02021ABG (SSC7) IC12 2125 C215 10uF POWER Side 35TP386 XRST 2125 R99 XRST C222 10uF 4.7k IC16 2125 GND C61 0.1uF
GND * The circuit of suffix 1 is different from the circuit with no suffix, but the operation and function are the same. So, the circuit board can be replaced.
35 Jan. 2011 GR-55
Circuit Diagram (Main Board: Digital Block (WSP)) fig.d-main-4.eps@L D+1.5 D+3.3 IC7 GR-55 Digital Block(WSP) UPD120N15T1B-E1-AZ 3 1 IN OUT TP343 C35
COM C8 100uF 0.1uF 6.3V C11 0.1uF 10uF 2 C263 2125 C262 0.1uF GND C261 0.1uF D+1.5 C260 0.1uF 10uF C259 0.1uF C226 2125 C246 0.1uF C247 0.1uF C245 0.1uF C250 0.1uF C244 0.1uF C258 0.1uF C238 0.1uF C248 0.1uF C237 0.1uF C256 0.1uF C236 0.1uF C257 0.1uF C235 0.1uF C255 0.1uF C233 0.1uF C253 0.1uF C231 0.1uF CA(1:22) C249 0.1uF C227 0.1uF 42 86 98 19 33 51 63 77 12 35 56 72 81 165 144 110 121 131 147 154 100 115 GND 166 GND VDDS VDDS VDDC VDDC VDDC VDDS VDDS VDDS VDDS VDDS VDDS VDDS VDDS VDDS VDDS VDDS VDDC VDDC VDDC VDDC VDDC VDDC VDDS CA(13) 96 146 R293 100 CA(12) 99 CA13 SD7 145 R162 47 CA12 SD6 CA(11) 102 142 R164 47 CA11 SD5 CA(10) 103 141 R163 100 CA(9) 104 CA10 SD4 129 R166 100 106 CA9 SD3 128 R165 47 CA(8) CA8 S CA(7) 107 SD2 126 R168 47 S 108 CA7 SD1 125 R167 47 CA(6) CA6 S CA(5) 109 SD0 CA(4) 111 CA5 CA4 CA(3) 112 148 R169 100 114 CA3 MCKI 130 CA(2) CA2 MCKE CA(1) 116 CA1 153 R172 47 CD(0:31) BCK3 152 R171 100 18 58 BCK2 CD(15) CD15 CD(14) 27RA63 59 151 R173 47 3 6 60 CD14 LRCK3 150 R174 100 CD(13) 47 CD13 CD(12) 4 5 62 LRCK2 18 64 CD12 124 R184 100 CD(11) CD11 _SYNC CD(10) 27RA64 65 3 6 66 CD10 173 CD(9) 47 CD9 TRCKI CD(8) 4 5 68 172 18 69 CD8 TRR7 170 CD(7) CD7 CD(6) 27 70 TRR6 169 RA65 CD6 TRR5 CD(5) 3 6 47 71 168 TP362 TP364 TP365 TP366 4 5 74 CD5 TRR4 167 CD(4) CD4 CD(3) 18 75 TRR3 164 CD3 TRR2 CD(2) 27RA66 76 3 6 78 CD2 162 CD(1) 47 CD1 CD(0) 4 5 80 TRCKO 161 CD0 TRS7 160 TRS6 159 95 TRS5 158 XCCS2 _CS16 TRS4 XCRD 84 157 82 _CRD TRS3 155 XWE1 _CWR TRS2 WSP-INT 101 10 WED(15) 57 _INT ED15 11 WSP-WAIT ED14 WED(14) _WAIT 15 WED(13) 90 ED13 18 ED12 WED(12) D+3.3 91 _DREQ1 21 WED(11) _DREQ0 ED11 TP375 TP379 93 23 WED(10) 94 _DACK1 ED10 26 ED9 WED(9) _DACK0 28 WED(8) 117 ED8 27 ED7 WED(7) 119 RXD 25 WED(6) R116 10k 122 TXD ED6 22 ED5 WED(5) R118 10k 120 _CTS 20 WED(4) R353 10k _RTS ED4 TP361 16 WED(3) XRST R354 10k 85 ED3 14 WED(2) _RESET ED2 WSPCKIO 89 CCKIN 38 D+1.5 WEA(13) 1 EA13 36 WEA(12) VDDC 6 EA12 37 WEA(11) 3 VDDC EA11 41 WEA(10) AVD EA10 40 WEA(9) C267 EA9 43 WEA(8) 10uF C266 C265 C264 EA8 0.1uF 0.1uF 0.1uF 46 WEA(7) 2125 4 EA7 49 AVS WEA(6) 5 EA6 52 WEA(5) 2 VSS2 EA5 54 GND VSS2 WEA(4) EA4 53 WEA(3) D384FS 7 EA3 50 WEA(2) CKI EA2 48 D+1.5 WEA(1) EA1 45 WEA(0) 133 EA0 VDDC 138 9 ECK 135 VDDC ECK 34 AVDE _ECS ECS 32 ERAS C268 _ERAS 31 ECAS 10uF C270 C271 C269 _ECAS 0.1uF 0.1uF 0.1uF 29 EWE 2125 136 _EWE AVSE 137 D+3.3 134 VSS2 44 VSS2 TEST4 132 139 TEST3 88 CKE TEST2 176 PLLRST GND GND 174 SYSCKO GND VSS VSS VSS2 VSS VSS VSS VSS VSS VSS2 VSS VSS VSS2 VSS2 VSS2 VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS2 VSS2 VSS2 47 92 163 175 8 13 67 30 55 61 73 79 87 97 113 123 127 140 149 156 17 24 39 83 105 118 143 171
IC19 GND T6TZ3AFG-0002(O)
PLLRST TP327 TP217 TP78 TP214 TP184 TP220 TP183 TP75 TP80 TP219 TP224 TP71 TP79 TP215 TP223 WEA(9) WEA(8) WEA(7) WEA(6) WEA(5) WEA(4) WEA(3) WEA(2) WEA(1) WEA(0) WEA(10) WEA(13) WEA(11) WEA(12)
WSP MODE SETTING EA12 = 0 ->lower 24-bit connection EA11 = 0 ->WAIT as Totempole Output EA10 = 0 ->INT as Totempole Output EA9 = 0 ->SYNC Slave EA7,6 = 00 ->SYSCKO output = 384Fs EA3 = 1 ->upper word at even address EA2:0 = 001 ->WAIT 1Clock : 15ns
36 Jan. 2011 GR-55
fig.d-main-4.eps@R GK STRINGS 1-6 For Analog
SD(0:2) D+3.3 MCK-W LRCK-W BCK-W C275 20 0.1uF GND 12 9 Q7 D7
13 VCC 8 14 Q6 D6 7 R176 100 15 Q5 D5 6 R320 47 R178 100 16 Q4 D4 5 R25 47 R202 100 17 Q3 D3 4 18 Q2 D2 3 19 Q1 D1 2 Q0 D0 LRCK-S 1 _OE 11 CK GND IC21 TC74VHC574FT(EL) 10 2 5.5V GND GND
SD3-TO-SSC SD2-TO-WSP-L SD1-TO-WSP-L SD2-TO-SSC SD2-TO-SSC SD1-TO-SSC SD1-TO-SSC SD(2) SD2-TO-WSP SD(1) TP17 SD1-TO-WSP SD(0) LRCK-S TP44 TP22
TP351 TP352 BCK-S SYNC TP48 TP47 SSC->WSP(4ch) WSP->SSC(6ch) ClkMstr:SSC LRCK-S-L TP50 TP53 WED(9) WED(2) WED(8) WED(7) WED(6) WED(5) WED(4) WED(3) WED(13) WED(12) WED(11) WED(15) WED(14) WED(10) TP326 TP317 TP230 TP244 TP325 TP323 TP322 TP320 TP315 TP319 TP228 TP240 TP313 TP312
WED(2:15)
R126 100 R127 100 WEA(13) 20 53 18WED(15) 21 BA0 DQ15 51 27 WEA(12) BA1 DQ14 RA68 WED(14) WEA(11) 18 35 50 100 3 6 WED(13) WEA(10) 27 22 A11 DQ13 48 4 5 RA69 A10/AP DQ12 WED(12) WEA(9) 3 6 100 34 47 18WED(11) WEA(8) 4 5 33 A9 DQ11 45 27 A8 DQ10 RA72 WED(10) WEA(7) 32 44 100 3 6 WED(9) WEA(6) 31 A7 DQ9 42 4 5 4 5 RA71 A6 DQ8 WED(8) WEA(5) 3 6 100 30 13 18WED(7) WEA(4) 29 A5 DQ7 11 27 27 A4 DQ6 RA73 WED(6) WEA(3) 18 26 10 100 3 6 WED(5) 25 A3 DQ5 8 4 5 D+3.3 WEA(2) 4 5 RA70 A2 DQ4 WED(4) WEA(1) 3 6 100 24 7 WED(3) 23 A1 DQ3 5 WED(2) WEA(0) 27 A0 DQ2 18 4 R138 10k DQ1 2 DQ0 R137 10k 19 R135 100 18 _CS 4 5 RA67 _RAS R136 100 D+3.3 3 6 100 17 1 16 _CAS VDD 14 27 _WE VDD 18 27 D+3.3 37 VDD 3 38 CKE VDDQ 49 CLK VDDQ 9 R179 VDDQ 120 39 43 15 UDQM VDDQ R180 LDQM 330 C280 C281 C282 C283 C284 C278 C279 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF UnPop 12 0.1uF
WEA(0:13) GND C272 VSSQ 46 VSSQ D+3.3 150pF 36 6 NC VSSQ 52 UnPop 40 VSSQ 28 NC VSS 41 VSS 54 GND VSS 10k 10k 10k 10k 10k 10k IC20 M12L64164A-7TG2M(70NM) GND R133 R147 R131 R142 R151 R128 WEA(13) WEA(12) WEA(11) WEA(10) WEA(9) WEA(8) WEA(7) WEA(6) WEA(5) WEA(4) WEA(3) WEA(2) WEA(1) WEA(0) 10k 10k 10k 10k 10k 10k 10k 10k R132 R129 R150 R157 R130 R148 R159 R160
GND
37 Jan. 2011 GR-55
Circuit Diagram (Main Board: CTL Block) fig.d-main-5.eps L4 D+3.3 FBMA-10-160808-601T D+3.3 R291 C182 CTL Block 0.1uF 0603 1.5k R289 D9 TP155 TP154 1SS387(TPH3.F) 6 120 TP165 TP164 TP163 TP153 TP166
1 14 JK2 5 0603 TP156 12 IC6 3 R290 TP157 15 R292 100 100 D+3.3 PC410LKNIP0F L6 4
FBMA-10-160808-601T YKF51-5054V D+3.3 R198 GND 22 1/4W 24 TP152 TP65 R200 10k TP160 TP158 22 MIDIRX R199 TP159 25 MIDITX 3562 D+3.3 22 1/4W
IC18 IC18 L11 0.1uF FBMA-10-160808-601T 60 50 30 IC18 L12 40 TC7W04FK(TE85L/F) FBMA-10-160808-601T TP168 TP169 C285 8
VCC 17 GND GND 3 R177 C308 0.1uF D+3.3 0 4
GND IC18
GND 1 2 D10 GND UnPop
XSWD-PWR PH-DET D+3.3
D16 R216 1SS387(TPH3.F) 1.8k D ( 0.5% ) 2 1 3 GK-SW3 IC25 GK-VOL3 GK-S2 GK-S1 R215 3.3k R217
C292 UnPop GK+7V 220k D ( 0.5% ) D ( 0.5% ) 8 GND GND D+3.3
IC25 C293 NJM2904M-TE3 0.1uF 4
PH-DET D+3.3 GK+7V XSWD-PWR AN2 3 4 TP135 GND COM 7 2 D15 6 5 IC25 5 1 R212 TP349 D+3.3 4 R213 16 12 GK-SW3A 3.9k 6 220k VCC 3 D ( 0.5% ) D ( 0.5% ) 0.1uF 15 7 2 1SS387(TPH3.F) 14 5 GK-VOL3 1 13 8 0
GND UnPop 9 TP350 C290 C 10 B R211 11 4.7k 1M R214
A C291
7 6 D ( 0.5% ) VEE INH GND GND IC24 GND TC74LVX4051FK(EL) GND V R60 100 R196 100 TP170 TP174 GK-S2 SEL-B SEL-C SEL-A GK-S1 TP133 C287 C286 UnPop UnPop D+3.3
GND C4410uF 2125 C48 0.1uF SEL-C 0603 100k 100k 100k SEL-B 100k R45 0 SEL-A R43 0 0603 A2001WR2-10P CN1 LED-VCC TP344 TP338 TP57 TP246 TP348 TP249 TP235 TP342 TP81 TP336
R315 R317 R322 R325 10 ENC1-B R306 100 9 ENC1-A R311 100 8 R313 100 7 R314 100 6 XSWD-PDL1 5 XSWD-PDL2 4 XSWD-PDL3 3 XSWD-PDL4 2 R30 0 0603 1 R35 0 0603 R36 0 0603 To PEDAL CN505 R42 0 0603 GND UnPop UnPop UnPop C43C24 UnPop C223 C224 R229 0 0603 GND R254 0 0603 R355 0 0603 R303 0 0603 A2001WR2-10P TP231 TP247 TP339 TP232 TP233 TP234 TP54 CN5 SEL-A D+3.3 SEL-B 10 SEL-C 9 AN0 8 SCL-COM 7 LED-SD1 6 AN1 5 4 3 UnPop UnPop 2 MPX-SELECT 1 R125 0 0603 To PEDAL CN500
C439 C440 R205 0 0603 GND 01234567 R302 0 0603 GND AN0 SWD-AD C141 0.1uF C1210uF 2125 AN1 MASTER-VR
AN2 GKS1 GKS2 GKVOLGKS3 PWRSW PHDET GKVOL DMY D+3.3 AN3 EXPPEDAL CN2 A2001WR2-3P
R228 TP381 0 0603 BU2090-IF TP195 3 2 01234567891011 1 0.1uF C41
GAIN 1-A 1-B 2-A 2-B 3-A 3-B 4-A 4-B 5-A 5-B 6-A 6-B 2125 10uF C436
UnPop To EXP CN503 LED CTRLAUDIO EXP USER --- VLINK PDL1 SOLO PDL2 BKG PAD PDL3 C37
GND
38 Jan. 2011 GR-55
39 Jan. 2011 GR-55
Circuit Board (Panel, Enc, EXP, GK Board) fig.b-panel.eps@L
40 Jan. 2011 GR-55
fig.b-panel.eps@R
41 Jan. 2011 GR-55
Circuit Diagram (Panel, Enc Board) fig.d-panel.eps@L GR-55 PANEL SHEET
ENC BOARD
EN500 EVEGC1F2024B 1 2 3
EN500 EN500 20 10 1 3 2 CN502
PEDAL BOARD P+3.3
CN504 [OUTPUT] P-LED-VCC GT-10 RIBBON 3P 3 1 2 3
2 VR500 50kB 1 0.1uF 0.1uF 0.1uF 0.1uF VR-OUTPUT VR500 VR500 SWD-AD 3 4 PGND COM X7 2 X6 C518 P+3.3 5 C517 C500 C511 1 C507 0.01uF X5 1 UnPop X4 10 2 20 16 12 3 RD901F-40-125F-B50K-00D VCC X3 15 PENC-B X2 4 PENC-A 14 5 X1 13 C509 6 0.1uF 8 X0 7 PGND GND 9 8 C 10 9 B 11 10 7 A 6
Connect to MAIN CN1 VEE INH SKQKAKD010 CN505 IC500 GR-55 WIRING W1 PGND HD74HC4051P SW512 2 6V PGND SKQKAKD010
PGND SW511
MPX-SELA SKQKAKD010 MPX-SELB SW510 MPX-SELC
SKQKAKD010 SW509 TP500 TP502 TP553 TP552 TP551 TP549 P+3.3
1 MPX-SELA 16 2 MPX-SELB 3 MPX-SELC SWD-AD R505 4 VDD 15 5 LED-CK Q11 14 R519 6 LED-D1 LED-D1 2 Q10 13 R510 7 DATA Q9 12 R509 8 LED-CK 3 Q8 11 R508 9 VR-OUTPUT CLOCK Q7 10 R507 10 Q6 9 R506 Connect to MAIN CN5 Q5 8 CN500 P+3.3 Q4 7 R503 TP550 Q3 6 R502 GR-55 WIRING W1 Q2 5 R501 Q1 4 R500 Q0 VSS TP501 TP506 TP544 TP545 TP546 TP543 TP516 C508 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF IC501 BU2090 1 C516 C504 C506 C505
PGND PGND
42 Jan. 2011 GR-55
fig.d-panel.eps@R
SW521 SW516 SW515 SW507 SW522 SW504 SW523 SW503 P+3.3 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 A 27k 27k 27k 27k 27k 27k 27k 27k SW501 SW502 SW500 SW505 SW508 SW506 SW524 SW526 R526 100 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 SKQKABD010 R531 100 TP518 TP514 TP521 TP520 TP517 TP515 TP522 TP519 R523 100 B R527 100 R517 R512 R515 R516 R511 R513 R504 R514
C
R524 100 SW513 UnPop UnPop R522 100 SKQKABD010 TP512 TP513 TP525 TP526 TP528 TP527 R545 100 TP524 TP523 R551 100 27k 27k 27k 12k 56k 56k 27k 27k 56k 56k 56k 56k 27k 27k 56k 56k 27k C501 C502 UnPop C514 UnPop C503C510C512 C513 UnPop UnPop UnPop C515 UnPop R533 R536 R538 R518 R532 R537 R535 R539 R543 R553 R554 R520 R534 R540 R541 R542 R552
PGND PGND
LED510 L-7104SURC-E 2 1 PAD SW AD(/100) 02345678 LED509 L-7104SURC-E 2 1 BACKING 63-72 A 60-80 CUR SOLO USER CUR-> WRITE EZ EDIT ENTER PAGE< LED508 L-34HDSL 46-54 B 46-59 CUR<- PAD V-LINK CUR AUDIO EXIT EDIT PAGE> 2 1 PEDAL2 20-34 C 10-34 BACKING LED505 L-7104SURC-E 2 1 SOLO 36-44 A+B 35-45
LED504 L-34HDSL 2 1 PEDAL1
LED503 L-7104QBC-H 2 1 V-LINK
LED501 L-34HDSL 2 1 PEDAL3 5.6k LED11 2.7k LED10 LED500 L-7104SURC-E 2.7k LED9 2 1 USER 5.6k LED8 2.7k LED7 LED507 L-34HDSL 5.6k LED6 2 1 EXP SW ON/OFF 8.2k LED5 LED502 L-7104SURC-E 2.7k LED3 2 1 AUDIO 5.6k LED2 8.2k LED1 LED506 L-34HDSL 5.6k LED0 2 1 PEDAL CTRL TP532 TP534 TP511 TP510 TP509 TP507 TP508 TP533 TP535 TP529 TP503
43 Jan. 2011 GR-55
Circuit Diagram (EXP Board) fig.d-EXP.eps
EXP BOARD
CN503 ME-50 WIRING 3P
3 2 2 VR501
1 13 RK11K1140AFG
VR501 VR501 Connect to MAIN CN2 10 20
EXP-GND
Circuit Diagram (GK Board) fig.d-GK.eps
STR(1:7) GK BOARD
CN501 STR(1) STR(2) STR(5) STR(3) STR(2) STR(6) STR(4) STR(7) STR(4) STR(6) STR(7) STR(3) STR(1) STR(5) GR-55 WIRING W3 14 13 12
12 GKS(1:4)
GKS(4) 4 JK500 11 GKS(2) 10 8 9 11 8 3 GKS(4) 13 7 GKS(1) 6 GKS(3) 7
10 TCS5093-1042577 5 GKS(1) 6 4 GKS(2) GKS(3) 2 3 9 2 5 1 1 30 20 Connect to MAIN CN6
44 Jan. 2011 GR-55
Circuit Board (Host Board) fig.b-host.eps
Circuit Diagram (Host Board) fig.d-host.eps GR-55 HOST BOARD
HOST BOARD
JK1000 UAS21-4K5J00 1 4 10 2 3 20 UHVB 4 5 3 2 1 UHSHELL CN1000 A2001WR2-5P To MAIN BOARD CN8
45