TS-S01D007C SCM6095-GL SCM6095-GL-ZN SCM6095-GL-CN SCM6095-GL-DN GR-253 6095-G - Datasheet Archive

 

July, 2001 Technical Specification for Optical Transceiver Module SCM6095-GL other 2488.32Mbps _ 155.52Mbps 622.08Mbps Short Haul

 

Specification : TS-S01D007C TS-S01D007C July, 2001 Technical Specification for Optical Transceiver Module SCM6095-GL SCM6095-GL other 2488.32Mbps _ 155.52Mbps 622.08Mbps Short Haul Intermediate Reach Single 5.0 V Long Haul Long Reach Single 3.3 V other _ 1.3 µm 1.55 µm other _ Transmitter Receiver Transceiver ( 2 X 10 ) ( 2R / 3R ) Intra office Short Reach other _ ( 2R / 3R ) Applicable Part Numbers : SCM6095-GL-ZN SCM6095-GL-ZN, SCM6095-GL-CN SCM6095-GL-CN, SCM6095-GL-DN SCM6095-GL-DN Sumitomo Electric reserves the right to make changes in this specification without prior notice. #Safety Precaution Symbols This specification uses various picture symbols to prevent possible injury to operator or other persons or damage to properties for appropriate use of the product. The symbols and definitions are as shown below. Be sure to be familiar with these symbols before reading this specification. Warning Caution Wrong operation without following this instruction may lead to human death or serious injury. Wrong operation without following this instruction may lead to human injury or property damage. Example of picture symbols indicates prohibition of actions. Action details are explained thereafter. indicates compulsory actions or instructions. Action details are explained thereafter. (SCM6095-GL SCM6095-GL) - 1 / 12 - Specification : TS-S01D007C TS-S01D007C July, 2001 1. General Features and applications of SCM6095-GL SCM6095-GL are listed below. Features * Multi Bit Rate Operation 155Mbps ~ 2.5Gbps * Power Supply Voltage Single +3.3V * Compact Package Size 49.0 X 13.59 X 9.8 mm (max.) * Electrical Interface AC for DATA and LVTTL for Signal Detect and Laser Disable * Fiber Coupled Power -3 ~ -10dBm into SMF * Input Power Range -3 ~ -18dBm * Monitor Functions Laser Bias Monitor, Rear Facet Monitor * Laser Disable Function * Signal Detect (SD) Function * Connector Interface LC Duplex Connector Applications *Telecommunications *Data communications > SONET/SR, SDH/IO Application >High Speed Rack-to-Rack Data Links > ATM Application > Shelf-to-Shelf Multi Bit Rate Application > Subscriber Loop > Metropolitan Area Network 2. Block Diagram Monitor PIN PD LD Mo du lat ion C ir c u it TD D a ta In pu t TDb B uf f e r A ut om a tic P owe r Disable In pu t B uf f e r R e f er en c e La s e r B ias Bmon+ C o nt ro l C ir c u it C ir c u it Bmon- V olt ag e G e ne ra to r Pmon+ Pmon- (Laser Bias Monitor) (Rear Facet Monitor) Figure 1. Block Diagram (Transmitter) PIN PD P ea k H o ld C ir c u it C o m pa ra to r SD F ro nt -E n d A m plif ie r Lim it ing O u tp ut A m plif ie r B uf f e r RDb RD Figure 2. Block Diagram (Receiver) Caution Do not disassemble this product. Otherwise, failure, electrical shock, overheating or fire may occur. Handle the lead pins carefully. Use assisting tools or prospective aids as required. A lead pin may injure skin or human body. (SCM6095-GL SCM6095-GL) - 2 / 12 - Specification : TS-S01D007C TS-S01D007C July, 2001 3. Package Dimension *All dimensions are in mm. *Receptacle portion (approx. 12.8mm from front) is metalized. Figure 3. Outline Dimensions (SCM6095-GL-ZN SCM6095-GL-ZN) (Conductive Area) Figure 4. Bottom Side (SCM6095-GL-ZN SCM6095-GL-ZN) (SCM6095-GL SCM6095-GL) - 3 / 12 - Specification : TS-S01D007C TS-S01D007C July, 2001 EMI finger (Type-C) Type-C EMI finger is an option for transceivers to be used on the card-edge with the receptacle protruding through a panel opening. It has fingers on three sides to make electrical contact with the sides of the bezel opening for grounding purpose. Figure 5. Outline Dimensions (SCM6095-GL-CN SCM6095-GL-CN) (Conductive Area) Figure 6. Bottom Side (SCM6095-GL-CN SCM6095-GL-CN) (SCM6095-GL SCM6095-GL) - 4 / 12 - Specification : TS-S01D007C TS-S01D007C July, 2001 EMI finger (Type-D) Type-D EMI finger is an option for transceivers to be used on the card-edge with the receptacle protruding through a panel opening. It has fingers on four sides to make electrical contact with the sides of the bezel opening for grounding purpose. Figure 7. Outline Dimensions (SCM6095-GL-DN SCM6095-GL-DN) (Conductive Area) Figure 8. Bottom Side (SCM6095-GL-DN SCM6095-GL-DN) (SCM6095-GL SCM6095-GL) - 5 / 12 - Specification : TS-S01D007C TS-S01D007C July, 2001 13.97 Min Pitch Figure 9. Recommended Footprint A 10.16 ± 0.10 A 13.25 Max 11.82 Min 15.9 Max SECTION A-A [Type-C finger] Top of PCB 13.97± 0.10 SECTION A-A [Type-D finger] Figure 10. Recommended Bezel Design for Systems Using SFF Transceivers (SCM6095-GL SCM6095-GL) - 6 / 12 - Specification : TS-S01D007C TS-S01D007C July, 2001 4. Pin Assignment No. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Symbol VpdR VeeR VeeR NC NC VeeR VccR SD RDb RD VccT VeeT Tdis TD I/O/P P P P Level +3.3V DC GND GND P P O O O P P I I GND +3.3V DC LVTTL AC AC +3.3V DC GND LVTTL/LVCMOS AC 15 TDb I AC 16 17 18 19 20 VeeT BmonBmon+ PmonPmon+ P O O O O Description DC Bias Supply for Re ce ive r PIN-PD. Must be tied to Vcc. Pow e r Supply (-) for Receiver. Pow e r Supply (-) for Receiver. No Us er Connection. No Us er Connection. Pow e r Supply (-) for Receiver. Pow e r Supply (+) for Re ce iver. Signal De tect. High level indicates presence of optical input signal (Active High). Inve rte d Re ce ive r Output Data. Internally AC Coupled and biased LVPECL. Non-Inverted Re ceive r Output Data. Internally AC Coupled and biased LVPECL. Pow e r Supply (+) for Trans m itte r. Pow e r Supply (-) for Transm itter. Transm itter Dis able (Active High). Def aults to logic 0 (enable TX) w hen left open. Non-Inverted Transm itter Input Data. Internally AC Coupled and 100Ohm (Diff erential) terminated input. Inve rte d Trans m itte r Input Data. Internally AC Coupled and 100Ohm (Diff erential) terminated input. GND Pow e r Supply (-) for Transm itter. Analog Voltage LD Bias Curre nt M onitor. Voltage diff erence betw een pins 17 and 18 is proportional to the laser bias current. Analog Voltage Rear Facet M onitor. Transmitter output pow er can be monitored, in terms of rear f acet monitor PD current, by measuring voltage dif ference betw een pins 19 and 20. N otes: 1. I/O/P stand f or signal input, signal output, and D C power/ bias supply , respectiv ely . 2. R ef er t o f igure 12 f or det ails of Bmon and Pmon outputs. Stand-Off Housing Lead pin1 * Mounting Studs are provided for mechanical support to the circuit board. It is recommended that the holes in the circuit board be connected to frame ground. * Housing Leads are internally connected to VeeR. * Stand-Offs provide gap between the circuit board and the module to help escape residual water after aqueous wash. Stand-Off pin10 PIN Housing Lead POUT Stud pin20 pin11 Figure 11. Bottom View 5. Absolute Maximum Ratings Parameter Storage Case Temperature Operating Case Temperature Supply Voltage PIN-PD Bias Voltage Input Voltage Lead Soldering Temperature Time Symbol Ts Tc Vcc VpdR Vi Ltemp Ltime Min. -40 -5 0.0 0 Typ. - Max. 85 70 4.0 7.0 Vcc+0.5 260 10 Unit °C °C V V V °C sec. Note 1 1 2 3 Notes 1. No condensation allowed. 2. Disable 3. Measured on lead pin at 2mm (0.079in.) off the package bottom Warning Use the product with the rated voltage described in the specification. If the voltage exceeds the maximum rating, overheating or fire may occur. Caution Do not store the product in the area where temperature exceeds the maximum rating, where there is too much moisture or dampness, where there is acid gas or corrosive gas, or other extreme conditions. Otherwise, failure, overheating or fire may occur. (SCM6095-GL SCM6095-GL) - 7 / 12 - Specification : TS-S01D007C TS-S01D007C July, 2001 6. Electrical Interface ( Unless otherwise specified, Vcc = 3.135 to 3.465 V and all operating temperature shall apply. ) 6-1. Transmitter side Parameter Symbol Min. Supply Voltage Vcc 3.135 Supply Current Idtx Vin 0.4 Differential Input Voltage Swing (TD,TDb) Signal Input Rise/Fall Time tr / tf Tdis Input Voltage High Vdi 2.0 Low Vei 0.0 LD Bias Monitor Voltage Vbm 10 Vrfm 10 Rear Facet Monitor Voltage Notes 1. 50% duty cycle data. 2. 2488.32Mbps 3. Refer to Figure 13. 4. 20 ~ 80% 5. LVTTL input. Refer to Section 8, "Relation between Disable Input Voltage and Optical Output Power", for detail. 6. The Laser Bias Monitor Current and Rear Facet Monitor Current are calculated as ratios between the corresponding voltages and current sensing resistors, 200, as shown in the Figure 12. Typ. 3.30 95 Max. 3.465 200 2.00 120 Vcc 0.8 500 200 Unit V mA Vp-p psec V V mV mV Note 1, 2 3 4 5 1, 6 1, 6 Vc c Diode LD Monitor PIN-PD Pin17 Bmon- 3k 200 Pin18 Bmon + 3k 200 3k 3k I b/20 Ib Bias Circuit APC Circuit Resistance values are typical. Figure 12. Bmon / Pmon Circuit Detail 6-2. Receiver side Parameter Supply Voltage Supply Current PIN-PD Bias Voltage Differential Output Voltage Swing (RD,RDb) SD High Output Voltage Low Data Rise / Fall Time SD Assert Time SD Deassert Time Symbol Vcc Idrx VpdR Vout Vsoh Vsol tr / tf ta td Min. 3.135 2.40 0.80 2.40 0.0 Typ. 3.30 95 3.3 Max. 3.465 150 5.25 1.90 Vcc 0.5 140 / 120 2.3 2.3 100 350 Notes 1. Output load resistance Rl=50 to Vcc-2V for RD, RDb, Refer to Figure 13. 2. 20~80% 3. 2488.32Mbps, PRBS 2^23-1, NRZ Bias Voltage Input / Output Voltage Swing (Vswing) Differential Input / Output Voltage Swing (Vin / Vout) = 2 X Vswing Figure 13. Definition of Differential Input / Output Voltage Swing (SCM6095-GL SCM6095-GL) - 8 / 12 - Unit V mA V Vp-p V Note psec µsec µsec 2 3 1 Pin20 Pmon + Pin19 Pmon- Specification : TS-S01D007C TS-S01D007C July, 2001 7. Optical Interface ( Unless otherwise specified, Vcc = 3.135 to 3.465 V and all operating temperature shall apply. ) 7-1. Transmitter side Parameter Average Output Power Extinction Ratio Center Wavelength Spectral Width (RMS) Eye Mask for Optical Output Symbol Min. Typ. Max. Unit Po -10.0 -3.0 dBm Er 8.2 dB c 1266 1360 nm 4 nm Compliant with Bellcore GR-253 GR-253 CORE and ITU G957 Note 1 1 Note 1. Measured at 2488.32Mbps PRBS2^23-1, 50% duty cycle, NRZ, Tdis = L ( Tdis = H : Max -45dBm ) Relation between Input Signal and Optical Output Signal 1.25 0.20 UI Normalized Amplitude 1.00 Logic " 1 " Input Signal TD 0.75 Optical Output Signal TDb High 0 OFF (Low) High Undefined Low Logic " 0 " ON (High) High High 0.25 Low Low Low Undefined -0.25 0 1.0 Time (UI) Figure 14. Optical Pulse Mask with Fourth Order Bessel-Thomson Filter Specified in ITU-T G.957 Warning Do not look at the laser beam projection area (e.g. end of optical connector) with naked eyes or through optical equipment while the power is supplied to this product. Otherwise, your eyes may be injured. 7-2. Receiver side Parameter Center Wavelength PD Responsivity Minimum Sensitivity Overload SD Assert Level SD Deassert Level SD Hysteresis Reflectance Symbol Pmin Pmax Pa Pd Phys REFr Min. 1266 0.7 Typ. Max. 1360 1.1 -18.0 -3.0 -22 -25 3 -14 0.5 Unit nm A/W dBm dBm dBm dBm dB dB Notes 1. BER=10^-10 2. Measured at 2488.32Mbps, PRBS 2^23-1, NRZ 8. Relation between Disable Input Voltage and Optical Output Power Disable Input Voltage "L"(0 ~ 0.8V) "H"(2.0V ~ Vcc) Optical Output Power Enabled Disabled (