T S P - F x A A 1 - M 2 1

Transcription

1 Specification Small Form Factor Duplex LC Receptacle SFF Optical Transceivers STM-1 / OC-3 / 100BASE Mbit/s Ordering Information T S P - F x A A 1 - M 2 1 Voltage / Temperature 1 : 3.3V / +0 ~ : 3.3V / -40 ~ +85 Model Name Voltage Category Device type Interface SD/LOS Temperature Distance TSP-F1AA1-M21 3.3V W/O DDMI FP / PIN DC / DC LVPECL +0 C~+70 C 60Km TSP-F2AA1-M21 Coupling -40 C~+85 C Table 1 1

2 Features ROHS Compliant Standard Small Form Factor Package SFF MSA Compliant SONET/SDH Standard Compliant Fast Ethernet Standard Compliant Laser Class 1 Product IEC Compliant Standard Duplex LC Receptacle Optical Interface Single V Power Supply Differential LVPECL Data Input and Output LVPECL Signal Detect Low Power Consumption Absolute Maximum Ratings Storage temperature T S C Supply voltage V CC 0 4 V Operating Relative Humidity % Input voltage V IN 0 V CC V Operating Conditions Supply Voltage V CC V Operating Case temperature ( TSP-F1AA1-M21 ) Tc 0 70 Operating Case temperature ( TSP-F2AA1-M21 ) ºC Total Current ( Transmitter + Receiver ) Icc ma Hand Lead Soldering Temperature / Time Th - 260/10 ºC /sec Wave Lead Soldering Temperature / Time Tw - 260/10 ºC /sec 2

3 Transmitter Specifications ( V CC =3.1V~3.5V;Tc= 0 o C~70 o C / Tc= -40 o C~85 o C ) Optical Characteristics Output Optical Power P out dbm Extinction Ratio ER db Center Wavelength λ C nm Spectral Width (RMS) σ nm Rise/Fall time (10-90%) T r,f ns Relative Intensity Noise RIN db/hz Output Eye Compliant with IEEE 802.3z Max. P out TX-DISABLE Asserted P OFF dbm Electrical Characteristics Transmitter Data Input Voltage - High V IH -Vcc V Transmitter Data Input Voltage - Low V IL -Vcc V Tx_Disable_Input_High V DISH V CC +0.3 V Tx_Disable_Input_Low V DISL V Receiver Specifications ( V CC =3.1V~3.5V;Tc= 0 o C~70 o C / Tc= -40 o C~85 o C ) Optical Characteristics Optical Input Power-maximum P SATIN dbm Receiver Sensitivity ( PRBS=2 23-1;BER ) P SEN dbm Operating Center Wavelength λ c nm Signal Detect Asserted P SA dbm Signal Detect De-asserted P SD dbm Signal Detect Hysteresis P SH db Electrical Characteristics Differential Output Voltage V DIFF V Signal Detect Output Voltage - High V OH -Vcc V Signal Detect Output Voltage - Low V OL -Vcc V 3

4 Pin Definition and Descriptions Bottom View Pin Name Input-Output /Level 1 VEER Input Receiver ground Description Ref. 2 VCCR Input Receiver power supply 3 SD Output/LVPECL Receiver signal detect. High signal indicates optical signal is present at receiver input. 4 RD- Output/LVPECL Inverted receiver data output 5 RD+ Output/LVPECL Non-inverted receiver data output 6 VCCT Input Transmitter power supply 7 VEET Input Transmitter ground 8 DIS Input/LVTTL Transmitter Disable Control 9 TD+ Input/LVPECL Transmitter non-inverted data input 10 TD- Input/LVPECL Transmitter inverted data input 4

5 Recommended Circuit Diagram VEET DIS 7 8 R1 : Depend on SerDes 3.3V Laser Diode TD F R1 Laser Diode Driver TD V F R1 VCCT 6 3.3V 0.1 F 0.1 F 10 F VCCR 2 10 F 0.1 F SerDes IC Protocol IC Photo Diode RD F Limiting Amplifier RD F 100 TIA SD 3 To Signal Detect Input 3.3V - SFF DC/DC Couple VEER 1 System 5

6 Mechanical Outlines ( Unit : mm) 6