Fiber-Optic Devices TOSLINK

2008-3

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100PRODUCTY.COM.TW GUIDE

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TM WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Fiber-Optic Devices TOSLINK WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

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semiconductorWWW.100Y.COM.TW http://www.semicon.toshiba.co.jp/engWWW.100Y.COM.TW WWW.100Y.COM.TW

TOSLINK™ Optical TransmissionWWW.100Y.COM.TW Devices

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WWW.100Y.COM.TWTOSLINK™ isWW a familyW.100 of dataY.COM.TW transmission devices that use optical signals

WWW.100Y.COM.TWinstead of electricalWW signals.W.100 YBecause.COM.TW TOSLINK uses an optical fiber cable as a transmission line, it provides the following benefits, compared to electrical WWW.100Y.COM.TW WWW.100Y.COM.TWtransmission using a twisted-pair or coaxial cable:

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ■ The transmission line (i.e. the optical cable) is not susceptible to WWW.100Y.COM.TW WWW.100Y.COM.TWelectromagnetic interference.WWW.100Y.COM.TW

WWW.100Y.COM.TW■ The optical cable doesWW notW .100radiateY.COM.TW any electromagnetic noise. WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW■ The optical cable providesWWW a .100completeY.COM.TW galvanic isolation between External appearances of TOSLINK equipments. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100ComparisonY.COM.TW of TOSLINK devices and photocouplers

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A photocoupler is a semiconductor that consists of a light-emitting device WWW.100Y.COM.TW WWW.100Y.COM.TWVCC WWW.100Y.COM.TW and a light-receiving device molded in one package. It is used to provide WWW.100Y.COM.TW WWW.100Y.COM.TW VCC WWelectricalW.100 isolationY.COM.TW between input and output. In contrast, TOSLINK uses

WWseparateW.100 light-emittingY.COM.TW and light-receivingWW unitsW that.100 areY.COM.TW connected through WWW.100Y.COM.TW a long optical cable. Input Output WWW.100Y.COM.TW WWW.100Y.COM.TW BecauseWWW.100 an opticalY.COM.TW cable is used as a transmission line, it is possible to

transmitWWW signals.100Y over.COM.TW long distances while providingWWW.100 a galvanicY.COM.TW isolation WWW.100(a)Y Photocoupler.COM.TW

between the transmitting and receiving ends. VCC WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Thus, TOSLINK can be viewed, in a sense, as a long-distance VCC WWW.100Y.COM.TW WWW.100Y.COM.TW photocoupler.WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW Input WWWOptical.100 cableY.COM.TW Output

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Optical transmitting module Optical receiving module WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW (b) TOSLINK WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Comparison of a TOSLINK device and a photocoupler

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Electrical WWand Woptical.100Y.COM.TW transmission systemsWWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW In an electrical data transmission system, a line driver is used to drive WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW electrical signals through a long transmission line such as a twisted-pair Electrical input Electrical output signal Twisted-pair cable signal cable. At the other end,WW a lineW.100 receiverY.COM.TW compensates for signalWW decayW by.100 Y.COM.TW WWW.100Y.COM.TW Line Electrical Electrical Line amplifying the signals. A connector is required at each end of the cable. connector connector WWW.100Y.COM.TW WWW.100Y.COM.TWDriver WWWReceiver.100Y.COM.TW By contrast, in a TOSLINK-based system, a transmitting module converts WWW.100Y.COM.TW WWW.100Y.COM.TW electrical signals into opticalWW signals,W.100 Yand.COM.TW a receiving module converts (a) Data transmission using a twisted-pair cable

optical signals back to electricalWWW signals..100Y .COM.TWAn optical fiber cable is usedWW asW a .100Y.COM.TW WWW.100Y.COM.TW transmission line, and optical connectors link the transmitting and WWW.100Y.COM.TW WWW.100Y.COM.TW receiving modules to the cable.WWW.100Y.COM.TW Electrical input Fiber-optic link Electrical output The TOSLINK transmitting module incorporates a light-emitting diode and signal WWW.100signalY.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Optical cable driver circuit. The TOSLINK receiving module incorporates a photodiode WWW.100Y.COM.TWTransmitting optical optical ReceivingWWW.100Y.COM.TW and waveform reshaping circuit.WW TheW interface.100Y.COM.TW is either TTL or PECL for Module connector connector Module

both modules for easy connectionWW withW other.100 Yperipheral.COM.TW ICs. WWW.100Y.COM.TW WWW.100Y.COM.TW E/O converter O/E converter WWW.100Y.COM.TW WWW.100YTransmitting.COM.TWLED Receiving Circuit Photodiode Circuit WWW.100Y.COM.TW WWW.100Y.COM.TW (b) Data transmission using an optical cable WWW.100Y.COM.TW WWW.100Y.COM.TW Data transmission systems TOSLINK is a trademark of Toshiba Corp. WWW.100Y.COM.TW WWW.100Y.COM.TW 2 WWW.100Y.COM.TW

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Optical fiber WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW An optical fiber consistsWW of aW core.100 surroundedY.COM.TW by a cladding. An optical ray

entering the fiber is reflectedWWW back.100 atY the.COM.TW boundary between the coreWW andW.100 Y.COM.TW

the cladding. In this manner, WW it Wtravels.100 Yalong.COM.TW the length of the fiber.WWW.100Y.COM.TW WWW.100Y.COM.TW There are three kinds of optical fiber: WWW.100Y.COM.TW WWW.100Y.COM.TWOptical ray WWW.100Y.COM.TWa) All-plastic fiber (APF)

WWW.100Y.COM.TWb) Plastic-clad silica fiberWW (PCF)W.100Y.COM.TW WWW.100Y.COM.TW Sheathing

WWW.100Y.COM.TWc) Silica fiber WWW.100Y.COM.TW WWW.100Y.COM.TW Cladding (low refractive index for confinement of light) WWW.100All-plasticY.COM.TW fiber, having a plastic WWcore andW.100 plasticY.COM.TW cladding, is used for WWW.100Y.COM.TW short-distance transmission. A plastic-clad silica fiber, which consists of a WWW.100Y.COM.TW WWW.100silicaY core.COM.TW and plastic cladding, is WWused Wfor.100 mid-distanceY.COM.TW transmission. Silica Core (high refractive index for transmission of light) fiber consists of a pure silica core withWW silicaW.100 claddingY.COM.TW and is used for WWW.100Y.COM.TW WWW.100Y.COM.TW long-distance transmission. Each optical fiber has a lower transmission loss WWW.100Y.COM.TW WWW.100YStructure.COM.TW of an optical fiber WWWover.100 a certainY.COM.TW wavelength range and is used together with appropriate optical

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TOSLINK circuit configurations WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW OpticalWWW transmission.100Y.COM.TW module Transmitting IC The LED is driven by a differential circuit to WWreduceW current.100Y.COM.TW transients WWW.100Y.COM.TW WWW.100Y.COM.TW LED generated during the on-off switching of the LED so that the LED’s WWW.100Y.COM.TW WWW.100Y.COM.TW WWInputW4.100Y.COM.TW switching does not affect peripheral ICs. VCC 3 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW IF-CONT 2 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW GND 1

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Transmitting module WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

Optical receiving module WWW.100Y.COM.TW WWReceivingW.100 ICY.COM.TW The receivingWW moduleW.100 employsY.COM.TW an ATC (automatic threshold control) circuit

to reshape theWW waveform.W.100 TheY.COM.TW ATC circuit controls the WWcomparatorW.100 Y.COM.TW WWW.100Y.COM.TW 4 GND2 reference voltage so that it is always automatically adjusted in accordance WWW.100Y.COM.TWAmp circuit WWW.100Y.COM.TW WWW.100Y.COM.TW 3 VCC with the input optical power. This minimizes pulse width distortion, Comparator WWW.100Y.COM.TW regardless of theWW lengthW .100or bendingY.COM.TW of the optical fiber. WWW.100Y.COM.TWReference voltage 2 GND1 generating circuit WWW.100Y.COM.TW WWW.100Y.COM.TW1 Output WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ATC circuit

WWW.100Y.COM.TW WWW.100Y.COM.TW ReceivingWW moduleW.100Y.COM.TW

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TOSLINK packageWW constructionsW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW There are two package types available for TOSLINK optical modules. One WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW is a molded resin package for ordinary applications. The other is ceramic, Bonding wire Ceramic Substrate WWWBonding.100 padY.COM.TW used for applications requiringWW exceptionallyW.100Y.COM.TW high reliability. WWW.100PDY.COM.TW Metal shell Receiving The structures of these two packages are shown in the figure on the right. IC WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Capacitor In the molded resin package, devices are mounted on a leadframe and Resin WWW.100Y.COM.TW WWW.100Y.COM.TWmold WWW.100Y.COM.TW molded with transparent resin. In the ceramic package, devices are PD Capacitor Lead mounted on a ceramic substrate WWand hermeticallyW.100Y.COM.TW sealed by a metal shell.WWW.100Y.COM.TWframe Receiving IC The ceramic package provides better resistance against humidity and WWW.100Y.COM.TW WWW.100Y.COM.TW Lead frame temperature than the molded resin package. WWW.100Y.COM.TW WWMoldedW.100 resinY.COM.TW package Ceramic package

WWW.100Y.COM.TW Internal structures of TOSLINK devices WWW.100Y.COM.TW 3 WWW.100Y.COM.TW

TOSLINK™ Optical TransmissionWWW.100Y.COM.TW Devices

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WWW.100Y.COM.TW TOSLINK categories TOSLINK categoriesWWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW The Toshiba TOSLINKWW productsW.100 areY broadly.COM.TW categorized as follows.

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Optical Modules WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Simplex optical modules WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

General-purpose WW transmittingW.100Y.COM.TW modules WWW.100JISY.COM.TW F05 APF WWW.100Y.COM.TW General-purpose receiving modules JIS F05 APF WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

High-speed transmitting WWW.100 modulesY.COM.TW WWW.100JIS F05Y.COM.TW APF/PCF WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWWSMA.100Y.COM.TW APF

High-speed receiving WW modulesW.100Y.COM.TW WWWJIS.100 F05Y .COM.TW APF/PCF WWW.100Y.COM.TW

WWW.100Y.COM.TW WWSMAW.100Y.COM.TW APF WWW.100Y.COM.TW

WWW.100Y.COM.TWDigital audio transmittingWW Wmodules.100Y.COM.TW WWJEITAW .100RC-5720BY.COM.TW Square style APF

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TWDigital audio receiving modules JEITA RC-5720B Square style APF

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Duplex optical modules WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW General-purpose transceiver modules JIS F07 APF WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

High-speed transceiver modules WW W.100Y.COM.TW PNWWW.100Y.COM.TW APF/PCF WWW.100Y.COM.TW SMI APF WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TOSLINK application examples WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

TOSLINK is WWused Win .100a wideY .COM.TWvariety of applications, suchWW as Wdigital.100 audioY.COM.TW and factory automation.WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW Factory automationWWW.100 (FA)Y.COM.TW Digital audio

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Car audio and navigation systems Office automation (OA) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW R L WWW.100Y.COM.TW R T BEA WWW.100Y.COM.TW BX-G WWW.100Y.COM.TW

WWW.100Y.COM.TW 8 WWW.100Y.COM.TW 00854 200-10 WWW.100Y.COM.TW WWW.100Y.COM.TW

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General-Purpose OpticalWWW Modules.100Y.COM.TW

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—2 WWW.100Y.COM.TW NRZ randomWW patternsW.100Ta Y= 25.COM.TW°C, V = 5 V —4 CC Toshiba defines general-purpose optical modules as those having a APF : 190 series —6 WWW.100Y.COM.TW WWW.100Y.COM.TW: 170 series data rate of up to 6 Mb/s (NRZ) over distances up to 40 m (APF). —8 —10 WWW.100Y.COM.TW General-purposeWWW.100 opticalY.COM.TW modules come in two versions: simplex —12 TODX297A(F) types compatible with F05 connectors and duplex types compatible —14 TODX271A(F)WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW PMAX with F07 connectors. All general-purpose optical modules are —16 P MAX WWW.100Y.COM.TW—18 WWW.100Y.COM.TW housed in moldedWWW resin.100 packages.Y.COM.TW —20 Whereas the 170 Series requires the external resistor value to be WWW.100Y.COM.TW—22 WWW.100Y.COM.TW WWW.100Y.COM.TW —24 adjusted according to the transmission distance, the 190 Series —26 PMIN WWW.100Y.COM.TW WWW.100Y.COM.TW WWPMIN W.100Y.COM.TWneeds no such adjustment. Received optical power (dBm) Received optical power —28 TODX271A(F) TODX297A(F) WWW.100Y.COM.TW—30 WWW.100Y.COM.TWThe figure at rightWW illustratesW.100 theY.COM.TW dynamic ranges of the 170 and 190 —32 Series. The 190 Series offers a dynamic range more than 6 dB wider —34 WWW.100Y.COM.TW WWW.100Y.COM.TW500 k 1 M 2 M 3 M4 M 6 MWW 10 M 20W M 30.100 M 50 MY 100.COM.TW M than the 170 Series. Data transmission rate (Mb/s) WWW.100Y.COM.TW WWW.100Y.COM.TW PMAX: MaximumWW receivableW.100 powerY.COM.TW P MIN: Minimum receivable power WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Dynamic ranges of general-purpose TOSLINK modules WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Application circuits Application circuits WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

ApplicationWWW.100 circuitsY.COM.TW for the TOTX197A(F) andWW TORX196(F),W.100Y.COM.TW a pair of WWW.100Y.COM.TW Fiber-optic connector Fiber-optic connector insertion side insertion side transmittingWWW.100 andY receiving.COM.TW modules, are shownWW inW the.100 figureY.COM.TW on the right. WWW.100Y.COM.TW The TOTX197A(F) transmission module requires an external resistor to Soldered to Soldered to PC boardWWW.100PC boardY.COM.TW supplyWW currentW.100 toY the.COM.TW LED. WWW.100Y.COM.TW Optical Optical 5 6 GND 56GND The TORX196(F)WWW.100 receivingY.COM.TW module requires anWW inductor-capacitorW.100Y.COM.TW noise TransmittingWW ModuleW.100Y.COM.TWReceiving Module 4 321 4 321 filter on the Vcc line. The module case is made of conductive resin to 0.1 mF WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW0.1 mF provide a shielding effect against external noise. Pins #5 and #6 must be 5.6 kW 47 mH connectedWW to theW.100 systemY.COM.TW ground. WWW.100Y.COM.TW WWW.100Y.COM.TW

There are also duplex modules in the general-purpose TOSLINK series; Input V CC WWGND W.100Y.COM.TWGND VCC Output WWW.100Y.COM.TW WWW.100Y.COM.TW (Bottom view) (Bottom view) their application circuits are generally the same as for simplex modules. WWW.100Y.COM.TW TOTX197A(F)WWW.100Y.COM.TW TORX196(F) All the general-purposeWWW.100 modulesY.COM.TW have a TTL interface for easy connection Application circuits for the TOTX197A(F) and TORX196(F) with peripheralWW digitalW.100 ICs.Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

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ReceivingsWW modulesW.100Y with.COM.TW an analog outputWW forW optical.100Y.COM.TW flux monitor—TORX198(F)WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Toshiba also offers a general-purpose receiving module with not only a digital output but alsoWW an Wanalog.100 Youtput..COM.TW This receiving module,WW designatedW.100Y .COM.TW PIN-PD WWW.100Y.COM.TW

the TORX198(F), provides an analog voltage from the internal WW amplifier,W.100 Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW GND which changes with the optical power input into the receiving module. GND 4 GND WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Hence, by monitoring the analog output it is possible to measure optical Amplifier Comparator 3 VCC

power without dedicatedWW opticalW .100powerY .COM.TWmeter. WWW.100Y.COM.TWReference WWW2 .100AnalogY output.COM.TW voltage Incorporating such a feature in your system helps to simplify optical power + Generator WW1WDigital.100 outputY.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW – measurements for regular system maintenance. WWW.100Y.COM.TW When optical flux monitoringWW is notW .100required,Y.COM.TW the TORX198(F) handlesWW W.100Y.COM.TWATC circut GND

digital data transmission like the other TOSLINK receiving modules. InWW this W.100Y.COM.TW5 WWW.100Y.COM.TW WWW.100Y.COM.TW Ta = 25˚C, VCC = 5 V case, the analog output pin may be left open. 4 WWW.100Y.COM.TWWith APF WWW.100Y.COM.TW WWW.100Y.COM.TW 3 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.1002Y.COM.TW

WWW.100Y.COM.TW WWW.1001 Y.COM.TW 0 (V) Analog output voltage WWW.100Y.COM.TW WWW.100–30 –28Y.COM.TW –26 –24 –22 –20 –18 –16 –14 –12 –10 –8 Received optical power (dBm) WWW.100Y.COM.TW WWW.100Y.COM.TW Receiving module with an analog output

WWW.100Y.COM.TW for optical flux monitoring WWW.100Y.COM.TW 5 WWW.100Y.COM.TW

Ceramic-Packaged OpticalWWW.100 ModulesY.COM.TW

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Toshiba offers several WW TOSLINKW.100Y modules.COM.TW housed in ceramicWW packagesW.100 thatY.COM.TW have higher reliability than plastic molded

packages. WWW.100Y.COM.TW WWW.100Y.COM.TW In ceramic packages, devices are mounted on a ceramic substrate and hermetically sealed in metal shells. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TWCeramic packages provide superior moisture resistance and also reduce the stress put on the internal LED, leading to

WWW.100Y.COM.TWlonger life. WWW.100Y.COM.TW WWW.100Y.COM.TW

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Structure of a ceramic-packaged optical transceiver module WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWWThe.100 figureY.COM.TW on the right illustrates the structure of the optical transceiver

WWWmodule.100Y housed.COM.TW in a ceramic package.WW W.100Y.COM.TW WWW.100Y.COM.TW

The transmitter section consists of an LED, a transmitting IC that drives WWW.100Y.COM.TW WWtheW LED,.100 Yand.COM.TW a chip capacitor mountedWW on Wa ceramic.100Y.COM.TW substrate. Ceramic substrate The receiver section consists of a photodiode, WWW .100a receivingY.COM.TW IC (which WWW.100Y.COM.TW WWW.100Y.COM.TW Bonding pads contain a waveform-reshaping circuit) and chip capacitors mounted on the WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW same ceramic substrate. Transmitting IC Metal shell BothWW theW .100transmitterY.COM.TW and receiver sectionsWW are hermeticallyW.100Y.COM.TW sealed in metal WWW.100Y.COM.TW LED shells with glass windows. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Capacitors The transceiver module is installed in a case to be attached to an optical WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW connector and fastended from the back of the case. Photodetector WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Receiving IC

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Glass window Lead WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Structure of a ceramic-packaged WWW.100Y.COM.TW WWW.100Y.COM.TW transceiverWWW.100 moduleY.COM.TW

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WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Transceiver module for PN connectors—TODX283(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

The TODX283(F) transceiver,WWW.100 housedY.COM.TW in a ceramic package, WWcan beW used.100 Y.COM.TW WWW.100Y.COM.TW with either an APF (all-plastic fiber) or a PCF (plastic-clad silica fiber) cable. WWW.100Y.COM.TW WWW.100Y.COM.TW Like general-purposeWW opticalW .100modules,Y.COM.TW the TODX283(F) incorporates a

transmitting IC that drivesWW anW LED,.100 andY.COM.TW a receiving IC containingWW a W.100Y.COM.TW WWW.100Y.COM.TW

waveform-reshaping circuit. The interface is TTL, facilitating easy WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW connection with peripheral ICs. The TODX283(F) is compatibleWWW with.100 PNY and.COM.TW JIS F7 fiber-optics connectors.WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Technical specifications Technical specificationsWWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Data rate: DC to 50 Mb/s (NRZ) WWW.100Y.COM.TW ◆ Transmission distance: up toWW 10 mW (via.100 anY APF.COM.TW cable) WWW.100Y.COM.TW

up to WW100 mW (via.100 a PCFY.COM.TW cable) WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Pulse width distortion: less than ± 7 ns WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Center wavelength: 650 nm ◆ Operating temperature: –10°C toWW 70°CW.100Y.COM.TW WWW.100Y.COM.TW TODX283 optical transceiver module ◆ TTL interface WWW.100Y.COM.TW WWW.100Y.COM.TW

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High-Speed Optical ModulesWWW.100Y.COM.TW

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Toshiba offers high-speedWWW.100 optiYcal.COM.TW modules compatible withWW JIS F05W.100 and YSMA.COM.TW connectors for simplex data transmission and

those compatible withWW SMIW .100(SmallY.COM.TW Multimedia Interface) and WWPN (PremisesW.100Y Ne.COM.TWtwork) connectors for duplex data communication. WWW.100Y.COM.TW WWW.100Y.COM.TW JIS F05 and SMA connectors have been widely used in industrial applications.

WWW.100Y.COM.TWSMI connectors are suitableWWW for.100 digitalY.COM.TW home appliances. WhileWW SMI connectorsW.100Y.COM.TW are very small, about the same size as digital audio simplex connectors, they provide high-speed, full-duplex data transmission. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TWPN connectors are an improvement over JIS F07 connectors that have been widely used in industrial applications.

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW SMI optical transceiver module—TODX2402(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWWThe.100 TODX2402(F)Y.COM.TW optical transceiverWW moduleW.100 isY compatible.COM.TW with SMI WWW.100Y.COM.TW

connectors that have been proposed WW as anW industry.100Y.COM.TW standard for digital homeWW W.100Y.COM.TW WWW.100Y.COM.TW appliance applications. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW The TODX2402(F) provides full-duplex 250 Mb/s transmission; thus it supports IEEE 1394 S100 (125 Mb/s), IEEE 1394 WW S200W .100(250 YMb/s).COM.TW and Fast Ethernet WWW.100Y.COM.TW WWW.100Y.COM.TW (125 Mb/s). WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

Technical specifications WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Data rate: 20 to 250 Mb/s (NRZ) ◆ Built-in transmitting and receiving ICs WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Transmission distance: up to 20 m at 250 Mb/s ◆ PECL interface up to 50 m at 125 Mb/s WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ 3.3 ± 0.3 V power supply ◆ Center wavelength: 650 nm WWW.100Y.COM.TW WW◆ MoldW.100 resinY.COM.TW package WWW.100Y.COM.TW ◆ Operating temperature: 0 to 60°C at 250 Mb/s TODX2402(F) optical transceiver module WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW–10 to 70°C at 125 Mb/s

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW A high-speed AV network can be built by using the TODX2402(F) in combination with an IEEE 1394b PHY layer IC. An example WWW.100Y.COM.TW WWW.100Y.COM.TW is shown below.WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

Vcc Vcc WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW 8.2 k 8.2 k To TODX2402(F) TSB41BA3A WWW47.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TPBIAS0 SD 1 TPBIAS1 60 WWW.100Y.COM.TW WWW.100Y.COM.TW TPBIAS2WWW.100Y.COM.TW SD 2

1.2 k WWW.10055 Y270.COM.TW p WWW.100Y.COM.TW WWW.100Y.COM.TW 82 145 x 5 2 Vcc DS2 55 5 k 32 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TWDS1 75 130 33 42 0.1m DS0 TPB0+ WWTX1(+) W.100Y.COM.TW WWW.10066Y.COM.TW WW41 W.100Y.COM.TW0.1m PC0 TPB0 - TX1(-) 68 PORT0 46 0.1m WWW.100Y.COM.TW WWW.100PC2Y.COM.TW TPA0+ WWW.100Y.COM.TW RX1(+) 67 45 0.1m PC1 TPA0 - RX1(-) WWW.100Y.COM.TW WW1.2 k W.100Y.COM.TW 49 WW55W 55.100Y.COM.TW82 x 2 130 x 2 TPB1+ 48 WWW.100Y.COM.TW TPB1 - WWW55 .10055Y5.COM.TW k Vcc WWW.100Y.COM.TW PORT1 53 270p 82 145 TPA1+ Vcc WWW.100Y.COM.TW 52 WW1MW.100Y.COM.TW WWW.100Y.COM.TW MODE NO.25 TPA1 - 75 130 PORT0: B2 56 TX2(+) TPB2+ WWW.100Y.COM.TW WWW.100Y.COM.TW PORT1: DSWWW.100Y.COM.TW 55 270 p 0.1m PORT2: B2 TPB2 - TX2(-) 0.1m WWW.100Y.COM.TWPORT2 59 WWW.100Y.COM.TW RX2(+) WWW.100Y.COM.TW TPA2+ 58 0.1m TPA2 - RX2(-) WWW.1000.1mY.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW 130 x 2 55 55 82 x 2 WWW.100Y.COM.TW WWW.100Y.COM.TWVcc 270 p WWW.100Y.COM.TW 1 M WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW

ConnectingWWW.100 theY TODX2402(F).COM.TW to an IEEE 1394 PHY Layer IC Note: The TSB41BA3A is a product of Texas Instruments,WW Inc. WFor .100detailsY on.COM.TW the TSB41BA3A, contact the Product Information Center (PIC) of Texas Instruments, Inc. 7 WWW.100Y.COM.TW

WWW.100Y.COM.TW

PN optical transceiverWWW.100 Ymodule—TODX2701(F).COM.TW WWW.100Y.COM.TW

The TODX2701(F) opticalWW transceiverW.100Y.COM.TW module supports APF (all-plasticWWW .100fiber)Y .COM.TW

and PCF (plastic-clad silicaWW fiber)W.100 cables.Y.COM.TW WWW.100Y.COM.TW The TODX2701(F) is compatible with PN and JIS07 connectors and well WWW.100Y.COM.TW WWW.100Y.COM.TWsuited for Fast Ethernet (125WW Mb/s)W.100 transmission.Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Technical specifications WWW.100Y.COM.TW WWW.100◆Y Data.COM.TW rate: 20 to 125 Mb/s (NRZ)WWW.100Y.COM.TW◆ PECL interface

◆ Transmission distance: Up toWW 20 mW of.100 APFY.COM.TW◆ 3.3 ± 0.3 V powerWW supplyW.100Y.COM.TW WWW.100Y.COM.TW Up to 100 m of GI-PCF WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Center wavelength: 650 nm WWW.100Y.COM.TW WWW.100Y.COM.TW WWW◆.100 OperatingY.COM.TW temperature: –10 to 70°C

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWWTODX2701(F).100Y.COM.TW optical transceiver module WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWJISW .100F05Y optical.COM.TW modules—TOTX1701(F) and TORX1701(F)

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

The TOTX1701(F) optical transmitting module WW andW the.100 TORX1701(F)Y.COM.TW optical WWW.100Y.COM.TW WWW.100Y.COM.TW receiving module support APF (all-plastic fiber) and PCF (plastic-clad silica fiber)WW cables.W.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

They are compatible with JIS F05 connectors andWW wellW .100suitedY .COM.TWfor a high-speed WWW.100Y.COM.TW WWW.100Y.COM.TW optical ring network. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Technical specifications Technical specifications WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Data rate:WW 20 toW 125.100 Mb/sY.COM.TW (NRZ code) ◆ PECL interface

◆ TransmissionWW distance:W.100 Y Up.COM.TW to 20 m of APF ◆ 3.3WW V ±W 0.3.100 V powerY.COM.TW supply WWW.100Y.COM.TW

Up to 100m of GI-PCF WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Center wavelength: 650 nm WWW.100Y.COM.TW TOTX1701(F)/TORX1701(F)WWW.100Y.COM.TW ◆ Operating temperature:WWW.100 –10Y .COM.TWto 70°C optical modules WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

SMA optical transmitterWWW.100Y .COM.TWand receiver modules—TOTX1400(F)WWW.100Y.COM.TW and TORX1400(F)WWW.100Y.COM.TW

WWW.100Y.COM.TW The TOTX1400(F) opticalWW transmittingW.100Y.COM.TW module and the TORX1400(F)WW Wreceiving.100Y.COM.TW

module support APF (all-plastic fiber) cables. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW The TOTX1400(F) and TORX1400(F) are compatible with SMA connectors WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW and well suited for Fast Ethernet (125 Mb/s) transmission. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Technical specifications Technical specifications WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Data rate: 20 to 125 Mb/s (NRZ)WWW.100Y.COM.TW◆ PECL interface

◆ Transmission distance: Up to WW50 m Wof .100APFY.COM.TW◆ 3.3 ± 0.3 V power WWsupplyW.100Y.COM.TW WWW.100Y.COM.TW TOTX1400(F) ◆ Center wavelength: 650 nm WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Operating temperature: –10 to 70°C WWW.100Y.COM.TW WWW.100Y.COM.TW TORX1400(F) WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW TOTX1400(F)/TORX1400(F) optical modules WWW.100Y.COM.TW 8 WWW.100Y.COM.TW

Digital Audio Optical ModulesWWW.100Y.COM.TW

WWW.100Y.COM.TW

The digital audioWW opticalW modules.100Y.COM.TW are capable of transferringWW digitalW.100 audioY.COM.TW interface signals.

The interface level WW and opticalW.100 connectorY.COM.TW configuration conformWW toW the.100 DigitalY.COM.TW Audio Interface(DAI) standards JEITA CP-1212 and RC-5720B respectively. These modules are therefore ideal for a wide variety of applications, ranging from WWW.100Y.COM.TW audio visual equipmentWW suchW.100 as DVDY.COM.TW players to sound applications for personal computer and computer entertainment

systems. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Product list WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100DigitalY.COM.TW audio optical modules are available with an optional shutter and in several choices of packages, supply voltages and

WWW.100dataY rates..COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Power Supply Data Rate Package WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW (Mb/s) 5 V 3 V (3.3 V) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TWTOTX177(F,T) TOTX147(F,T) Transmitter DC to 15 WWW.100Y.COM.TWTOTX177(F,TJ) WWTOTX147(F,TJ)W.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TWTORX177(F,T) WWTORX147(F,T)W.100Y.COM.TW WWW.100Y.COM.TW Receiver 0.1 to 15 TORX177(F,TJ) TORX147(F,TJ) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

TOTX177L(F,T) TOTX147L(F,T)WWW.100Y.COM.TW WWW.100Y.COM.TWTransmitter WWW.100Y.COM.TW DC to 15 TOTX177L(F,TJ) TOTX147L(F,TJ) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TORX177L(F,T) TORX147L(F,T) Receiver WWW.100Y.COM.TW WWW.100Y.COM.TW0.1 to 15 WWW.100Y.COM.TW TORX177L(F,TJ) TORX147L(F,TJ)

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX177PL(F,T) TOTX147PL(F,T) Transmitter WWW.100Y.COM.TWDC to 15 WWW.100Y.COM.TW WWWTOTX177PL(F,TJ).100Y.COM.TW TOTX147PL(F,TJ)

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TORX177PL(F,T) TORX147PL(F,T) Receiver 0.1 to 15 WWW.100Y.COM.TW WWTORX177PL(F,TJ)W.100Y.COM.TW TORX147PL(F,TJ)WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Optical modules with a wide operating temperature range — TOTX1300(F) and TORX1300(F)TORX1300( WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

Housed in small packages,WWW.100 theY TOTX1300(F).COM.TW optical transmittingWWW module.100Y and.COM.TW the TORX1300(F) opticalWW receivingW.100 Ymodule.COM.TW

feature an operating temperature range of -40°C to 85°C. TheWW TOTX1300(F)/TORX1300(F)W.100Y.COM.TW pair is an idealWW solutionW.100 Yfor.COM.TW WWW.100Y.COM.TW digital audio applications. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Since the TOTX1300(F) and TORX1300(F) support a temperature range wider than general digital audio optical modules, (2) they can be used for carWW audioW.100 systems,Y.COM.TW etc . WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW Technical specificationsWWW.100Y.COM.TW NEW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Storage temperature: -40 to 100°C WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Operating temperature: -40WW to W85°C.100Y.COM.TW

◆ 5 V ± 0.25 V power supplyWWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ◆ Pulse width distortion: ±15 ns WWW.100Y.COM.TW TOTX1300(F) Data rate: DC toWW 15 Mb/sW.100Y.COM.TW WWW.100Y.COM.TW

Fiber output power:WW -15W to.100 -21Y dBm.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Center wavelength: 650 nm WWW.100Y.COM.TW WWW.100Y.COM.TW TORX1300(F) Data rate: 0.1 to 15 Mb/s Minimum receivableWW power:W .100-27 dBmY.COM.TW max. WWW.100TOTX1300(F)/TORX1300(F)Y.COM.TW optical modules

Notes: (1) Optical modules with the (F,T) suffixWW are manufacturedW.100Y by.COM.TW Toshiba Semiconductor ThailandWW Co., Ltd.W .100The orderingY.COM.TW codes for these optical modules have the (F,TJ) suffix in Japan. For details, contact your local Toshiba distributor. (2) These optical modules are not screenedWW for automotive-levelW.100Y.COM.TW reliability. WWW.100Y.COM.TW 9 WWW.100Y.COM.TW

Optical Module ProductWW LinesW.100Y.COM.TW

WWW.100Y.COM.TW

1. Simplex WWOpticalW.100 YModules.COM.TW WWW.100Y.COM.TW 1-1. General-purpose optical modules WWW.100Y.COM.TW WWW.100Y.COM.TW Transmitting Receiving Data Rate Wavelength Transmission Pulse Width Power Supply Operating Temperature Compatible Compatible Optical Fiber Optical (1) (1) Module Module WW(NRZ,W.100 Mb/s)Y.COM.TW(nm) Distance (m) DistortionWW (ns)W.100(V)Y.COM.TW(˚C) Connector (mm) (2) TOTX171A(F) TORX170(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW APF (980/1000) DC to 6650 Up to 40 ±55 5 ± 0.25 –40 to 70 JIS F05 NA = 0.5 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW (2)(3) (3) ★TOTX180B(F) TORX180(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW DC to 6770 Up to 1000 ±55 5 ± 0.25 –40 to 85 JIS F05 PCF (200/230) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

(2) (2) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100★TOTX180B(F)Y.COM.TW TORX186(F)

DC WWto 8W.100770 Y.COM.TW Up to 1000 ±42WW 5 ± 0.25W.100Y –40.COM.TW to 85 JIS F05 PCF (200/230) WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW (2)(3) (2) ★TOTX181A(F) TORX180(F) WWW.100Y.COM.TW WWW.100Y.COM.TW APF (980/1000) WWW.100Y.COM.TW JIS F05 DC to 6650 Up to 40 ±55 5 ± 0.25 –40 to 85 NA = 0.5 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWTOTX193A(F)W.100Y.COM.TW TORX193(F) WWW.100Y.COM.TW WWW.100Y.COM.TW APF (980/1000) DC to 6 650 Up to 10 ±25 5 ± 0.25 –40 to 85 JIS F05 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW NA = 0.5

WWW.100Y.COM.TW WW TOTX195A(F)W.100(3) YTORX194(F).COM.TW WWW.100Y.COM.TW

APF (980/1000) DC to 10650WWW Up.100 to 50Y.COM.TW ±30 5 ± 0.25WW –40W to.100 85Y.COM.TW JIS F05 WWW.100Y.COM.TW NA = 0.5

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX196B(F) (3) TORX170(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TWDC to 6770 Up to 1000 ±55 5 ± 0.25 –40 to 70 JIS F05 PCF (200/230)

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

TOTX196B(F) (3) TORX194(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW DC to 10 770 Up to 1000 ±30 5 ± 0.25 –40 to 85 JIS F05 PCF (200/230) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX196B(F)WW TORX196(F)W.100Y.COM.TW

DC to 6770 Up to WW1000W.100 ±55Y.COM.TW 5 ± 0.25 –40 to 85WWW JIS.100 F05Y.COM.TWPCF (200/230) WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

TOTX197A(F) TORX196(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW APF (980/1000) DC to 6650 Up to 40 ±55 5 ± 0.25 –40 to 85 JIS F05 NA = 0.5 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

(4) TOTX197A(F) TORX198(F)WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW APF (980/1000) DC to 6650 Up to 40 ±55 5 ± 0.25 –40 to 85 JIS F05 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100NAY.COM.TW = 0.5

WWW.100Y.COM.TW WWW.100Y.COM.TW ★: Under development Notes: (1) Ta = 25˚C, Vcc = 5 VWW (2) Ceramic-packagedW.100Y.COM.TW product

(3) It is necessary to changeWW the externalW.100 resistorY.COM.TW value according to the transmissionWW distance.W.100Y.COM.TW WWW.100Y.COM.TW (4) Optical receiving module with an analog output terminal for optical flux monitoring. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

1-2. High-Speed OpticalWW ModulesW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

Transmitting Receiving Data Rate Wavelength Transmission Power Supply Operating Temperature Compatible CompatibleWWW Optical.100 FiberY.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Optical Module Module (NRZ, Mb/s) (nm) Distance (m) (1) (V) (˚C) (mm) Connector WWW.100Y.COM.TW TOTX1400(F) TORX1400(F) WWW.100Y.COM.TW WWW.100Y.COM.TW

20 toWW 125W.100650Y.COM.TW Up to 50 3.3 ±WW 0.3W.100 –10Y to.COM.TW 70 SMA APFWW (980/1000)W.100Y.COM.TW NA = 0.3 WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX1701(F) TORX1701(F) APF (980/1000) WWW.100Y.COM.TWUp to 20 (APF) WWW.100Y.COM.TW 20 to 125 650 3.3 ± 0.3 –10 to 70 JIS F05 NA = 0.5 Up to 100 (GI-PCF) WWW.100Y.COM.TW WWW.100Y.COM.TW GI-PCF (200/230)

Notes: (1) Ta = 25˚C, Vcc = 5 V WWW.100Y.COM.TW WWW.100Y.COM.TW 10 WWW.100Y.COM.TW

WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW 1-3. Digital Audio Transmitting Modules (9) WWW.100Y.COM.TW WWW.100Y.COM.TW Transmitting Data Rate Wavelength Fiber Output Pulse Width Power Supply Operating Temperature Compatible Compatible Optical Fiber Optical (1) (1) Module WW(NRZ,W .100Mb/s)Y.COM.TW(nm) Power (dBm) DistortionWW (ns)W.100(V)Y.COM.TW(˚C) Connector (mm) TOTX147(F,T) (5) JEITA TOTX147(F,TJ) (5) WWW.100Y.COM.TW APF (980/1000) WWW.100Y.COM.TW WWDCW to 15.100Y.COM.TW650 –21 to –15 ±15 2.7 to 3.6 –20 to 70 RC-5720B NA = 0.5 Square WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX147L(F,T) (5)(6) JEITA TOTX147L(F,TJ) (5)(6) APF (980/1000) WWDC to 15W.100650Y.COM.TW–21 to –15 ±15WW 2.7W to.100 3.6Y.COM.TW –20 to 70 RC-5720B WWW.100Y.COM.TW NA = 0.5 Square WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW (6)(7) TOTX147PL(F,T) JEITA TOTX147PL(F,TJ) (6)(7) APF (980/1000) DC WWto 15 W.100650 Y.COM.TW–21 to –15 ±15 WW2.7 toW 3.6.100Y.COM.TW –20 to 70 RC-5720B WWW.100Y.COM.TW NA = 0.5 Square WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX177(F,T) (5) JEITA TOTX177(F,TJ) (5) APF (980/1000) DC to 15WWW650.100Y.COM.TW–21 to –15 ±15 5WW ± 0.25W.100 –20Y.COM.TW to 70 RC-5720B WWW.100Y.COM.TW NA = 0.5 Square WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW (5)(6) TOTX177L(F,T) JEITA TOTX177L(F,TJ) (5)(6) APF (980/1000) DC to 15 WW650W.100–21Y.COM.TW to –15 ±15 5 ± 0.25WWW.100–20 toY .COM.TW70 RC-5720B WWW.100Y.COM.TW NA = 0.5 Square WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX177PL(F,T) (6)(7) JEITA TOTX177PL(F,TJ) (6)(7) WWW.100Y.COM.TW APF (980/1000) WWW.100Y.COM.TW DC to 15 WW650 W.100–21 toY .COM.TW–15 ±15 5 ± 0.25 –20 to 70 RC-5720B NA = 0.5 Square WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX1300(F) (7)(8) JEITA WWW.100Y.COM.TW APF (980/1000) WWW.100Y.COM.TWDC to 15 650WWW–21.100 to –15Y.COM.TW ±15 5 ± 0.25 –40 to 85 RC-5720B NA = 0.5 Square WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Notes: (1) Ta = 25˚C,Vcc = 5 V (5) Panel-mount type (6) Shutter-equipped (7) Mini-package type (fixed to printed circuit board) WW (8) This Woptical.100 moduleY.COM.TW is not screened for automotive-levelWW reliability.W.100Y.COM.TW WWW.100Y.COM.TW (9) Products listed in this table are manufactured by Toshiba Semiconductor Thailand Co., Ltd. For the availability of these products, contact the Toshiba distributors.

WW OpticalW modules.100 withY.COM.TW the (F,T) suffix are manufactured byWW ToshibaW Semiconductor.100Y.COM.TW Thailand Co., Ltd. The ordering codesWW for Wthese.100 opticalY.COM.TW modules have the (F,TJ) suffix in Japan. For details, contact the your local Toshiba distributor. WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW 1-4. Digital Audio Receiving Modules (9) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Receiving Data Rate Minimum Receivable Pulse Width Power Supply Operating Temperature Compatible Compatible Optical Fiber (1) (1) Optical Module (NRZ, Mb/s) Power(dBm) WWDistortion(ns)W.100Y.COM.TW(V) (˚C) WWWConnector.100Y.COM.TW(mm) WWW.100Y.COM.TW TORX147(F,T) (5) (5) WWWJEITA.100Y.COM.TW TORX147(F,TJ) WWW.100Y.COM.TW WWW.100Y.COM.TW APF (980/1000) 0.1 to 15–24 Max. ±15 2.7 to 3.6 –20 to 70 RC-5720B NA = 0.5 WWW.100Y.COM.TW WWSquareW.100Y.COM.TW WWW.100Y.COM.TW (5)(6) TORX147L(F,T) WWW.100Y.COM.TW (5)(6) WWW.100Y.COM.TW JEITA TORX147L(F,TJ) WWW.100Y.COM.TW APF (980/1000) 0.1 to 15–24 Max. ±15 2.7 to 3.6 –20 to 70 RC-5720B WWW.100Y.COM.TW WWW.100Y.COM.TW WWSquareW.100Y.COM.TWNA = 0.5

(6)(7) TORX147PL(F,T) WWW.100Y.COM.TW WWW.100Y.COM.TW (6)(7) WWW.100Y.COM.TW JEITA TORX147PL(F,TJ) APF (980/1000) 0.1 to 15–24 Max. ±15 2.7 to 3.6 –20 to 70 RC-5720B WWW.100Y.COM.TW WWW.100NAY.COM.TW = 0.5 WWW.100Y.COM.TW Square

TORX177(F,T) (5) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW (5) JEITA TORX177(F,TJ) APF (980/1000) 0.1 to 15–24 Max. ±15 WW 5W ± 0.25.100Y.COM.TW –20 to 70 RC-5720BWWW.100Y.COM.TW WWW.100Y.COM.TW Square NA = 0.5

(5)(6) WWW.100Y.COM.TW WWW.100Y.COM.TW TORX177L(F,T) WWW.100Y.COM.TW TORX177L(F,TJ) (5)(6) JEITA APF (980/1000) 0.1 to 15–24 Max. ±15 5 ± 0.25 –20 to 70 RC-5720B WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW NA = 0.5 Square WWW.100Y.COM.TW WWW.100Y.COM.TW TORX177PL(F,T) (6)(7) WWW.100Y.COM.TW JEITA TORX177PL(F,TJ) (6)(7) 0.1WW to 15W.100–24Y.COM.TW Max. ±15 5 WW± 0.25W.100 –20Y.COM.TW to 70 RC-5720B WWAPF (980/1000)W.100Y.COM.TW Square NA = 0.5 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TORX1300 (7)(8) JEITA 0.1 toWW 15W.100–27 Max.Y.COM.TW ±15 5 ± 0.25WWW.100 –40 toY 85.COM.TWRC-5720B APF (980/1000) Square NA = 0.5 WWW.100Y.COM.TW WWW.100Y.COM.TW Notes: (1) Ta = 25˚C,Vcc = 5 V (5) Panel-mount type (6) Shutter-equipped (7) Mini-package type (fixed to printed circuit board) (8) This optical module is not screened for automotive-levelWWW.100 reliability.Y.COM.TW WWW.100Y.COM.TW (9) Products listed in this table are manufactured by Toshiba Semiconductor Thailand Co., Ltd. For the availability of these products, contact the Toshiba distributors. Optical modules with the (F,T) suffix are manufactured by Toshiba Semiconductor Thailand Co., Ltd. The ordering codes for these optical modules have the (F,TJ) suffix in Japan. For details, contact the your local ToshibaWW distributor.W.100Y.COM.TW WWW.100Y.COM.TW 11 WWW.100Y.COM.TW

WWW.100Y.COM.TW

WWW.100Y.COM.TW 2. Duplex Modules WWW.100Y.COM.TW WWW.100Y.COM.TW 2-1. General-purpose optical modules

Transceiving Data Rate Wavelength Transmission PulseWW WidthW .100PowerY Supply.COM.TWOperating Temperature Compatible Compatible Optical Fiber WWW.100Y.COM.TW Optical Module (NRZ, Mb/s) (nm) Distance (m) (1) Distortion (ns) (1) (V) (˚C) (mm) WWW.100Y.COM.TW Connector (3) WWW.100Y.COM.TW TODX270B(F)

WWDC to W6.100Y770.COM.TW Up to 1000 ±55WWW 5.100 ± 0.25Y.COM.TW –40 to 70 JIS F07 PCF (200/230) WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TODX271A(F) (3) WWW.100Y.COM.TW WWW.100Y.COM.TW DCWW to 6W.100650Y.COM.TW Up to 40 ±55 5 ± 0.25 –40 to 70 JIS F07 APF (980/1000) NA = 0.5 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW ★TODX280B(F) (2)(3) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW DC to 6770 Up to 1000 ±55 5 ± 0.25 –40 to 85 JIS F07 PCF (200/230) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

(2)(3) WWW★.100TODX281A(F)Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW APF (980/1000) DC to 6 650 Up to 40 ±55 5 ± 0.25 –40 to 85 JIS F07 WWW.100Y.COM.TW WWW.100Y.COM.TW NA = 0.5 WWW.100Y.COM.TW

(2) WWW.100Y.COM.TW WWW.100Y.COM.TW WW★WTODX286B(F).100Y.COM.TW

WWW.100Y.COM.TWDC to 8WW770 W.100 Up toY 1000.COM.TW ±42 5 ± 0.25WWW –40.100 to Y85.COM.TW JIS F07 PCF (200/230)

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100(3)Y.COM.TW TODX294B(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TWDC to 10770 Up to 1000 ±30 5 ± 0.25 –40 to 85 JIS F07 PCF (200/230)

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW (3) TODX295A(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW DC to 10650 Up to 50 ±30 5 ± 0.25 –40 to 85 JIS F07 APF (980/1000) NA = 0.5 WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

TODX296B(F) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW DC to 6 770 Up to 1000 ±55 5 ± 0.25 –40 to 85 JIS F07 PCF (200/230) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW TOTX297A(F)WWW.100Y.COM.TW

WWW.100YDC.COM.TW to 6650 Up toWW 40W.100 ±55Y.COM.TW 5 ± 0.25 –40 to 85WWW.100 JIS F07Y.COM.TWAPF (980/1000) NA = 0.5 WWW.100Y.COM.TW WWW.100Y.COM.TW (4) WWW.100Y.COM.TW TODX298B(F) WWW.100Y.COM.TW WWW.100DCY to.COM.TW 8 770 Up to 1000WWW ±42.100Y.COM.TW 5 ± 0.25 –40 to 85 JIS F07 PCF (200/230)

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Notes: (1) Ta = 25˚C, Vcc = 5 V ★: Under development WWW.100Y.COM.TW WWW.100Y.COM.TW (2) Ceramic-packagedWW productW.100Y.COM.TW (3) It is necessary to change the external resistor value according to the transmission distance. (4) Optical receivingWW moduleW with.100 an analogY.COM.TW output terminal for optical flux monitoring.WWW.100Y.COM.TW WWW.100Y.COM.TW

WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW 2-2. High-Speed Modules WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW Transceiving Data Rate Wavelength Transmission Power Supply Operating Temperature Compatible Compatible Optical Fiber Optical (1) Module (NRZ, Mb/s) (nm) Distance (m) WW(V)W.100Y.COM.TW(˚C) Connector WWW.100(mm)Y.COM.TW WWW.100Y.COM.TW TODX283(F) (2) WWW.100Y.COM.TW WWAPFW (980/1000).100Y.COM.TW WWW.100Y.COM.TWUp to 10 (APF) DC to 50 650 5 ± 0.25 –10 to 70 PN NA = 0.5 Up to 100 (H-PCF) WWW.100Y.COM.TW WWW.100Y.COM.TW WWH-PCFW (200/230).100Y.COM.TW

WWW.100Y.COM.TW TODX2402(F) WWW.100Y.COM.TW WWW.100Y.COM.TW Up to 50 (125M) 20 to 250 650 3.3 ±WW 0.3W –10.100 to 70Y .COM.TW(125M) SMI APFWW (980/1000)W.100Y.COM.TW WWW.100Y.COM.TWUp to 20 (250M) NA = 0.3 0 to 60 (250M) WWW.100Y.COM.TW WWW.100Y.COM.TW WWW.100Y.COM.TW TODX2701(F) WWW.100Y.COM.TW APF (980/1000) WWW.100Y.COM.TWUp to 20 (APF) 20 to 125 650 3.3 ± 0.3 –10 to 70 PN NA = 0.5 Up to 100 (GI-PCF) WWW.100Y.COM.TW WWW.100Y.COM.TW GI-PCF (200/230)

Notes: (1) Ta = 25˚C, Vcc = 5 V WWW.100Y.COM.TW WWW.100Y.COM.TW (2) Ceramic-packaged product WWW.100Y.COM.TW WWW.100Y.COM.TW 12 WWW.100Y.COM.TW