OTP-345V1-PE-1250-SCA-SD

FSAN High Power Triplexer OTP-345V1-PE-1250-SCA-SD Features • Low Cost 1310nm FP Laser Design, 1490nm Digital Receiver and 1555nm Analog Receiver • High Isolation • Multiple TIA Version for 155, 622, 1250Mb/s Applications • 1 GHz Video Receiver Bandwidth • Compliant to FSAN Class B ITU-T G.983.3 Specification Absolute Maximum Ratings Parameter Operating Temperature (case) Storage Temperature Module Characteristics Note 1 Min -40 -40 Typical - Max 85 85 Unit ºC ºC Parameter 1555nm Video to 1490nm Rx Isolation 1310nm Tx to 1490nm Rx Crosstalk 1310nm Tx to 1550nm Rx Crosstalk Back Reflection @ 1310nm Back Reflection @ 1555nm Back Reflection @ 1490nm (a) 1550nm to 1560nm isolation at digital receiver (b) 1480nm to 1500nm isolation at video receiver Transmitter Characteristics Note 1 (a) Min 30 30 - Typical - Max -47 -47 -6 -32 -20 Unit dB dB dB dB dB dB dB 1490nm data to 1555nm Video Rx Isolation (b) - Note 1) All data is specified at EOL and across the operating temperature range. Parameter Wavelength Spectral Width Typical 1/2 Ppeak set point @25ºC Tracking Error 1/2 Ppeak Over Temperature Bias Current (=Ith+1/2Imod) Threshold Current Modulation Current @ Forward Voltage Rise/Fall Time (d) PD Monitor Dark Current PD Capacitance (e) Pset (c) PD Monitor Current @ Pset Symbol λ ∆λ Pset TE 1/2Ppeak Ibias, EOL Ith Imod IPD,mon Vf tr/tf ID CPD Min 1260 -1 -2 -3 2 Typical 2 0 1.2 10 Max 1360 5 1 2 3 100 60 80 1500 1.6 0.5 1 15 Unit nm nm dBm dB dBm mA mA mA µA Volts ns µA pF 50 - - Note 1) All data is specified at EOL and across the operating temperature range. (c) greater modulation current can be used to increase output power (d) 10% to 90% (e) Vr = 10V LUMINENTOIC.COM 20550 Nordhoff St. • Chatsworth, CA 91311 • tel: 818.773.9044 • fax: 818.576.9486 9F, No 81, Shui Lee Rd. • Hsinchu, Taiwan, R.O.C. • tel: 886.3.5169222 • fax: 886.3.5169213 1 LUMNDS846-JUN2805 rev. A.0 FSAN High Power Triplexer OTP-345V1-PE-1250-SCA-SD Digital Receiver Characteristics Parameter Detection Wavelength Gain, Differential (a) Sensitivity (b) Optical Input Overload (b) Supply Voltage Supply Current (No load) High Frequency -3 dB point Single-ended Output Voltage (p-p) (c) Single-ended Output Resistance (d) Rise/Fall Time (e) (a) Symbol λ G Sen. Pin VCC ICC f-3dB Vo(se)(p-p) Ro(se) Min 1480 1.92 -3 3.14 700 185 48 - Typical 2.5 -24 3.3 26 920 250 50 - Max 1500 3.4 -22 3.47 50 1100 415 52 300 Unit nm V/mW dBm dBm V mA MHz mV Ohm ps AC coupled; RL=50ohm BER