MRV Communications, Inc. PRELIMINARY GIGABIT ETHERNET SINGLEMODE TRANSCEIVER - 5LV10 LC 3.3 Volts THE SOURCE FOR YOUR SOURCE 1 of 5 FEATURES - 1300/1550 nm Wavelength - For Singlemode Applications - Data rate to 1.25 gb/s - Low cost design - Low power consumption - Single Power Supply - LC Connector - Multi-sourced 2x5 pinout LASER TRANSMITTER CHARACTERISTICS ( T= 25C) Parameter Symbol Minimum Typical Maximum Spectral Width F.P 4.0 (RMS) Spectral Width DFB 0.2 (RMS) SEE CHART BELOW Output Power P0 Extinction Ratio 10 Data Rate 1250 Supply Voltage Vcc 3.14 3.46 Supply Current Icc 140 Power Dissipation P 485 Input High Voltage VIHS Vcc-1.16 Vcc-0.89 Input Low Voltage VILS Vcc-1.82 Vcc-1.48 Rise Time (10%-90%) Tr 0.5 Fall Time (90%-10%) Tf 0.5 Random Jitter 0.1 Duty Cycle Distortion 0.1 Data Dependent Jitter 0.1 EyeDiagram IEEE-802.3 Compliant Unit nm nm dB Mb/s V mA mW V V ns ns ns(p-p) ns(p-p) ns(p-p) LASER TRANSMITTER AVERAGE OUTPUT POWER ( T= 0C to 70C, 50% DUTY CYCLE ) Min Max Unit Min Max Unit Dist. Part Number Singlemode (nm) (KM) -001*(1.3um FP) 0.1 .05 mW -10.0 -3.0 dBm 131010 6 -003(1.3um FP) 0.3 1.0 mW -5.2 0.0 dBm 13053 10 -D005(1.3um DFB) 0.5 1.0 mW -3.0 0.0 dBm 131010 20 -D5003(1.55um DFB) 0.3 1.0 mW -5.2 0.0 dBm 155010 50 NOTE: * Meets 802.3 Giga bit Ethernet spec. ABSOLUTE MAXIMUM RATINGS PARAMETER SYMBOL RATING UNIT Supply Voltage Operating Temp Storage Temp Lead Soldering Temp/Time Grounding Post Temp/Time Vcc 3.5 0 - 70 0 - 85 240/10 300/10 VOLTS C C C/S C/S 2 of 5 FEATURES - 1300/1550 nm Wavelength - For Singlemode / Multimode Applications - Data rate to 1.25 Gb/S - Low cost design - Low power consumption - Single Power Supply - LC Connector - Multi-sourced 2x5 pinout RECEIVER CHARACTERISTICS ( T= 25C ) Parameter Symbol Minimum Wavelength 1200 Average Optical Sensitivity -24.0 Average max Input Power Data Rate Supply Voltage Vcc 3.14 Supply Current Icc Power Dissipation P Output High Voltage VOH Vcc-1.03 Output Low Voltage VOL Vcc-1.82 Signal Detect Load 5 Rise/Fall Times TrTf Signal Detect ThresholdAssertion Signal Detect Threshold -31.0 Deassertion Data dependent Jitter Hysteresis 2.0 Duty Cycle Distortion Signal Detect TimingAssertion Signal Detect TimingDeassertion Typical Maximum 1600 -3 1250 3.46 125 430 Vcc-0.89 Vcc-1.63 0.5 -24.0 Unit nm dBm dBm Mb/s V mA mW V V K ns dBm dBm 0.1 0.1 100 ns dB ns(p-p) s 100 s ABSOLUTE MAXIMUM RATINGS PARAMETER Supply Voltage Output Current Operating Temp Storage Temp Lead Soldering Temp/Time Grounding Post Temp/Time SYMBOL RATING UNIT Vcc Io 5.25 50 0 - 70 0 - 85 240/6 300/6 VOLTS mA C C C/S C/S Ordering Information MRTRLC XXXXX - 5LV10 Output Power Note: Preliminary data. Specifications are subject to change. 3 of 5 Outline Drawing 1.47 0.43 0.52 0.37 0.01 0.018 (10 Places) 0.15 0.20 0.04 0.70 0.07 1.17 0.40 0.30 PIN Assignments Top View RX TX 1 10 5 6 PIN Function 1 RX Vee 2 RX Vcc SIGNAL DETECT 3 4 Rx Data 5 Rx Data 6 TX VCC 7 TX Vee 8 TX Disable 9 10 4 of 5 TX Data TX Data Recommended Termination Circuits TOP VIEW SIGNAL DETECT 1 Vcc 10 f 0.1f 1 2 3 4 5 = 50 10 9 8 7 6 TX DATA 130 3.3V LVPECL TX DATA = 50 RX DATA 3.3V LVPECL = 50 130 0.1f 1 130 1 TRANSMIT DISABLE 100 10 f RX DATA = 50 130 Vcc Note: 1) To disable Transmitter apply TTL Logic level "1" 2) CLASS 1 DEVICE. THIS PRODUCT CONFORMS TO THE APPLICABLE REQUIREMENTS OF 21 CFR1040 AT THE DATE OF MANUFACTURE (CDRH).THIS PRODUCTS ALSO MEETS THE REQUIREMENTS OF EN 60950 AND EN 60825 (TUV). APPLICABLE TO DEVICES WITH MAXIMUM OUTPUT POWER OF 1mW. 3) TRANSMIT PINS 9 AND 10 ARE AC - COUPLED AND TERMINATED THROUGH 50 OHM RESISTORS. TR-LC5LV10.DOC 9/23/99 5 of 5