Specification : TS-S96D009B8 Date : March, 1998 Lor Technical Specification for 156Mbps Plastic Molded Fiber Optic Receiver Module SDT8501-R_-QN SDT8501-R_-QW yy 155.52Mb/s [_] 622.08Mb/s [ ] other yf Short Haul Long Haul [7] other Intermediate Reach Long reach TTT [] Transmitter y Receiver ["] Transceiver a IT] 3R) (aR 1 8R ) SUMITOMO ELECTRIC INDUSTRIES, LTD. SUMITOMO Electric reserves the right to make changes in the specification described hereinafter without prior notice. (SDT8501-R_-QN/ SDT8501-R_-QW) -1/41-est AOS Specification : TS-S96D009B Date : March, 1998 1. General ~ SDT8501-R_-QN / SDT8501-R_-QW is compact and high performance digital fiber optic receiver module ideally designed for high speed data communication systems or telecommunication transmission systems including SDH STM-1 S-1.1, S-1.2/1-1.1, L-1.2, L1.3 and SONET OC-3 IR-1, IR-2 / LR-1, LR-2, LR-3. The device also meets Bellcore TA-NWT-000253 requirement and ITU-TS G.957 / G.958 recommendation. He - Application SDH STM-1 S-1.1, S-1.2/1-1.1, b-1.2, 11.3 SONET OC-3 IR-1, IR-2 / LR-1, LR-2, LR-3 Data Rate 155.52 Mbps + Power Supply Voltage Single +5V + Electrical Interface PECL + Photo Diode 1300 nm InGaAs PIN-PD Connector Interface FC or SC pigtail, 60cm - long - Pin Configuration 20 Pin Dual in Line The features of SDT8501-R_-QN / SDT8501-R_-QW are listed below. These features provide many functions and advantages for the system SDT8501-R_-QN / SDT8501-R_-QW used in. * FEATURES Low Power Consumption Plastic Molded Package Wide Dynamic Range Signal Detect ( FLAG ) Function Multi-sourced Footprint Warnings and safety precautions To avoid personal injury, follow all danger warnings on this product, as well as safety procedures established by your company. Also to avoid damage to equipment or interruption to service, follow all caution warnings on this product, as well as procedures established by your company. The followings are samples of danger and caution warnings. DANGER Risk of personal injury A danger warning informs the reader of a risk of personal injury CAUTION Risk of damage to equipment A caution warning informs the reader of a risk of service interruption or equipment damage. DANGER Risk of electric shock This warning advises you of a possible electrical hazard. When you see this warning, proceed with care, to avoid personal injury. (SOT8501-R_-QN/ SDT8501-R_-QW) -2/11-Specitication : TS-S96D009B8 Date : March, 1998 2. Block Diagram >~O PD Monitor Comparator r= (A) Pre-Amp. Main-Amp. ECL Butter Figure 1 Block Diagram 3. Package Dimension PIN20 PIN11 A wo) NY] 2 S - Jt---4 HL - - = -- - -- be | 1 [ PINI PIN10 2.79 ee er re) UNIT: mm Figure 2. External View DANGER -Lead pin can penetrate the skin. Handle with care. -The module consists semiconductor devices and electrical circuit. Taking it apart or making it over may cause short-circuit and electrical hazard. CAUTION -Mechanical shocks or over stress may cause the damage on the performance of this optical module. Please avoid them. -This module is highly integrated Taking the module apart may cause some serious influences on its characteristics. Once it shouid be taken apart, no spesification on these sheets could be guaranteed. (SDT8501-R_-OQN / SDT8501-R_-QW) -3/11-Specification : TS-S96D009B Date : March, 1998 4. Pin Assignment No.| Symbol Function 1 NC Non Connection 2 NC Non Connection : 3 NC Non Connection . ee 4 NC Non Connection 5 NC Non Connection 6 GND Ground 7 RD Differential Data Output ( Positive } 8 GND Ground 9/ AD Differential Data Output ( Negative ) 10 NC Non Connection 11 Vec Power Supply (+) :45V 12 FLAG Differential Flag Output ( Positive, Refer to Figure 3 ) 13 GND Ground 14 FLAG Differential Flag Output ( Negative, Refer to Figure 3 } 15 GND Ground 16 NC Non Connection 17 NC Non Connection 18 |PO Monitor | Monitor Pin for Optical Input Power 19 NC Non Connection 20 NC Non Connection Note : NC pins should be left open for additional functions in the future. PD Monitor pin can be used to detect the incoming optical power level. External circuit for this purpose is shown by Figure 6. PLEASE DO NOT ALLOW LEAK CURRENT PATH for PD monitor pin to other lower voltages such as Vee. This leak may influence the precision of FLAG threshold level, because FLAG observes the PD current plus this leak current. Always keep this current less than 50nA. DANGER Risk of electric shock: Whenever the module on the circuit board may be handled, confirm that POWER SUPPLY !S NOT PROVIDED. CAUTION -The components should be handled in the same manner as ordinary semiconductor devices to prevent the electro-static damages. For safe keeping and carrying, the components should be packaged with ESD proof material. To assembie the components on PCB, the workbench, the soldering iron and the human body should be grounded. -Never short-circuit. The device may be damaged. (SDT8501-R_-QN/ SDT8501-R_-QW) -4/11-5. Absolute Maximum Ratings Specification : TS-S96D009B Date : March, 1998 Parameter Symbol] Min. | Max. | Unit | Note . Storage Case Temperature Ts -40 | 85 C 1 . . 0 70 C | 1,2 Operating Ambient Temperature} Ta 0 188 oT 13) Supply Voltage Vcc 0 7 V Lead Soldering (Temperature) 260 C (Time) 10 sec. 4 Note 1. No condensation allowed 2. SDT8501-R_-QN 3. SDT8501-R_-QW 4. Measured on leads-pin at 2mm (0.079 inch ) off the package bottom CAUTION -Any overstresses in excess of the Absolute Maximum Ratings shown above may cause per- manent damages on the device. Functional operations of the device is not implied at these or any other conditions in excess of given in the operations sections of the data sheet. Exprosure to Absolute Maximum Ratings for extended periods may affect reliability of device. -Please pay special attention to the atmosphere condition of the components because the dew on the module may cause some electrical damages. 6. Electrical Interface ( Unless otherwise specified, Vcc = 4.75 to 5.25 V and all operating temparature shall apply. Parameter Symbo} = Min. Typ. Max. Units | Note Supply Voltage Vec 4.75 5.00 5.25 Vv Supply Current Idrx 70 130 mA 1 Output Voltage} High] Vrdh | Vcc-0.98 Vec-0.81 Vv RD & RD Low] Vrdi | Vec-1.95 Vec-1.63] V 5 Output Voltage} High} Vflgh | Vcc-0.98) Vec-0.81 Vv FLAG & FLAG| Low] Vfigi | Vcc-1.9 Voec-1.63} V Note 1. Output bias current is not included. Mark ratio 1/2 pattern at 155.52 Mbps. 2. ECLIOKH:Vec=5V Ta=25C, Termination condition : Riz50Q to Veco-2V 7. Optical Interface ( Uniess otherwise specified, Vcc-Vee = 4.75 to 5.25 V and all operating temparature shall apply. ) Parameter Symbol] Min.}| Typ. | Max.| Unit | Note Wavelength 1261 1580 | am Data rate 155.52 Mbps | NRZ Consecutive Identical Digit} CID 72 100 bits 1 Minimum Sensitivity Pmin -34 | dBm Over - load Pmax | -8 dBm FLAG level assert Pa -52 -34 dBm deassert Pd -53 -34 FLAG Assert Time Ta 100 | psec FLAG Deassert Time Td 2.3 100 | psec Note 1. Embedded in PRBS of length greater than 4000bits 2. BERS10', 155.52Mbps, Mark ratio 1/2. (SDT8501-R_-QN/ SDT8501-R_-QW) -5/11-Specification : TS-S96D009B Date : March, 1998 8. Relation between Input Signal and Optical Output Power Received Optical | Data Output | Signal RD | RD hye wy - "Ee ue el ye Bony |---------- << = I Oo g ce > uw ' Pd Pa Received Optical Power Figure 3 FLAG Assert Level and Deassert Level threshold power level Optical Input Signal ( example ) FLAG ' Figure 4 FLAG time chart 9. Fiber Pigtail Specification Parameter Min. Typ. Max. | Unit] Note Core Diameter 62.5 pum Cladding Diameter 125 pm Outer Jacket Diameter 0.9 mm Optical Jacket Tensile Break Strength 9.8 N Bend Radius 30 mm DANGER -Exposed optical fiber may penetrate your skin. Especialy if it should penetrate your eyes, you may lose your sight. Handle with care. Never take the module apart nor make it over. CAUTION . -The accessory cap should be attached to the connector part while the optical connector is not in use, because dust on the optical interface port may let the optical power or sensitivity degrade. -The stress to the fiber pigtail may cause the damage on the performance. The fiber pigtail may snap off by dropping the module. (SDT8501-R_-QN/ SDT8501-R_-QW) -6/11-Specification : TS-S96D009B Date : March, 1998 10. Recommended User Interface Vec 1 18(PD Monitor ) FLAG C)} 14 FLAG OC 4 12 rp O t 7 RDO) 9 ROS R2<R2-<R 6,8, 13,15 GND Characteristic impedance 50Q line C1 = 100pF ( TantalumElectrolytic or Aluminum Electrolytic Capacitor ) C2 = tpF (Ceramic Capasitor ) L1 : Ferrite Bead ZBF 253D-00 ( TDK ) Ri= 820(2>1/8W) R2 = 1300 (> 1/8 W) Note When the voltage between Vcc and PD Monitor is measured to the detect the received optical power level, the electrical output signal can not be guaranteed. PD monitor should be left open on ordinary operating condition. Figure 6 shows the relation between Vcc-Vpd and the received optical power level. 502 tine connected to RD and RD should be symmetrical. Figure 5 Recommended User Interface 750 Vec - PD Monitor [mvV} 50 -20 co Received Optica! Power Pin [dBm] Figure 6 Relation between Received Optical Power and Vcc - PD monitor [mV] CAUTION -To eliminate the ripple noise to supply voltage, a ripple filter should be placed as close to the component as possible. -The signal input and output terminals should not be short-circuited to supply voltage or ground. (SDT8501-R_-QN/ SDT8501-R_-QW) -7/11-Specification : TS-S96D009B Date : March, 1998 11. Typical Characteristics Information Supply Current . 125.0 prerrrerrrypererrrerrypreprrrrrr F @155.52Mbps,PRBS2 **-4 100.0 f Vec=5.25V,Vee=GND j E r - 75.0 fs_74+-4 4 4 Cc L. 4 t ] 5 c J 6 50.0 F > C 1 & 25.05 4 > 5 a Y) r } Peutrspas rd pr paraptrtss etait 0.0 55 7 0 50 O) 100 emperature ( D eassert Level Assert Level -34.0 TTITTTrerryprrrrerreryprrrrrrriy -34.0 TE VUTVTEP TPT rrr prerrrrriyry _~ J f E - @155.52Mbps,PRBS2 -1 E - OD 360 Lb Vcec=5V,Vee=GND - am -36.0F T= L 1 Oo F @ } 1 al i. ~ a . J @ r } 4 -38.0 - 4 > -38.0F L | x r 1 t o r g 40.0 } 2 .40.0 F 72 eT < r @155.52Mbps,PRBS2*-1 - Vcc=5.25V,Vee=GND ] F __ Voon-20V Vee=GND -42.0 poattitritirriitititirirriiot Temperature (C) emperature ( ) Overload _ Minimum Sensitivity 4.0 Ce ees E -34.0 TIT T TT TT E @155.52Mbps,PRBS? -1 | og T @155.52Mbps,PRBS2 1 ~ 20 F Vcc=4.75V,VeesGND J oO L = Vec=5V, Vee=GND E s J _ 7 4 MO oof FB S60 T ~ EA AA Ai = | oO -2.0 Fe mene eee- @-----@------------ 2 3 a : 4 F 4 38.0 F 2 ; 1 P | o -4.0F 4 r g 40 E i Fok O F : = 40.0 fF 7 SOF i = 8.0 L ; { 2 r moO. 4d tt Jit tt tt didi dt tt tt Lier tt Lizzgisiszze lt appari rts -50 0 50 100 = 42.059 0 50 100 Temperature (C ) Temperature (C) (SDT8501-R_-QN/SDT8501-R_-QW) -8/11-Specification : TS-S96D009B Date : March, 1998 Typical Output Waveform @155.52Mbps, PRBS 2*1, Vec=5V, 25C, Optical Input Power = -8dBm . @155.52Mbps, PRBS 2-1, Vec=5V, 25C, Optical Input Power = -34dBm (SDT8501-R_-QN/ SDT8501-R_-QW) -9/11-12.Reliability Test Specification : TS-S96D009B Date : March, 1998 Bellcore TA-TS Y-000983 - * Heading Test Reference Condition sampling Plan | SEI Results LTPD SS SS F/C Mechanical | Mechanical MIL-STD-883 Condition B 20% 11 11 0 Integrity Shock Method 2002 500 G - 0.5 ms 5 times/axis Vibration MIL-STD-883 Condition A 20% 11 11 0 Method 2007 20G 20-2,000 Hz 4 min/cycle; 4 cycles/axis Thermal Shock | MIL-STD-883 AT=100C 20% 11 11 0 Method 1011 Solderability MIL-STD-883 (steam aging not required, 20% Il 11 0 Method 2003 Fiber Pull > 1 Kg; 3 times 20% Ll ll 0 (UNC) > 2 Kg; 10 times 20% 11 Endurance | Acceleratec Section 6.26 +85C ambient; > 5,000 hrs. SS>25 25 0 Aging 1.5 x Vop +85C ambient; >10,000 hrs. 10<SS<25 Low Temp. Section 6.26 -40C ambient; > 2,000 hrs. | ss>25 | 25 0 Aging 1.5 x Vop -40C ambient; > 4,000 hrs. 10<SS<25 Temperature Section 6.29 - 40 C to +85C 20% ll Cycling 400 times pass/fail 500 times for info. (UNC} - 40 C to +85C 20% 11 ll 0 500 times pass/fail 1000 times for info. Damp Heat MIL-STD-202 M103 | 40 C , 95%, S6days 20% lk 11 0 Cf using epoxy) | or IEC 68-2-3 Cyclic Moisture | Section 6.32 (to be determined 20% 11 Resistance (UNC) (TBD) MIL-STD-883 M1004| 20% li 11 0 High Temp. Section 6.30 + 85C; > 2,000hrs. 20% ll Storage Low Temp. Section 6.31 -40C ; > 2,000hrs. 20% i 1 0 Storage Special Testsinternal MIL-STD-883 < 5,000 ppm 20% 11 1 0 Moisture - Method 1018 walcr vapor Flammability | TR-TS Y-000078 OK ESD Threshold | Section 6.37 > 500V, HBM >6 6 0 (SDT8501-R_-QN/ SDT8501-R_-QW) ~10/11-13.Other Precaution Specitication : TS-S96D009B Date : March, 1998 Under such a strong vibration environment as in automobile, the permormance and reliability are not guaranteed. The govermental approval is required to export this product to other countries. To dispose of these components, the appropriate procedure should be taken to prevent illegal exportation. , This module must be handled, used and diposed of according to your company's safe working practice. 14. Ordering Information Connector type Ordering Number Ta=0~70C Ta=-40~85C FC-PC SDT8501-RD-QN | SDT8501-RD-QW SC SDT8501-RC-ON | SDT8501-RC-QW 15. For More Information Sumitomo Electric Lightwave Corp. 78 Alexander Drive Research Triangle Park, NC 27709 U.S.A. Tel. (919)541-8100 Fax. Europe Sumitomo Electric Europe S. A. Unit 11, Magnolia House Spring Villa Park, Spring Villa Road Edgware, Middlesex, HA8 7EB United Kingdom Tel. (081)905-6160 Fax. Sumitomo Electric industris, Ltd. ( International Business Division ) 3-12, Moto-Akasaka 1-chome Minato-ku Tokyo 107 Japan Tel. (03)3423-5771 Fax. (919)541-8376 (081)905-6195 (03)3423-5099 E-mail: product-info@ yfocs.sei.co.jp URL: http://www.sei.co.jp/Electro-optic/eopd_home_e.htm| (SDT8501-R_-QN/ SDT8501-R_-QW) -11/11-