FA-TC901S13-40, Fiber Optic Transceiver 155Mbps With Dual Fiber SC
1310nm 40Km 3.3V Power Supply
ESD is an inevitable phenomenon in nature, in order to prevent ESD,
we can pay attention on two aspects: preventing the accumulation of
charge and allowing the electric charge to discharge rapidly:
A, Keep the humidity of the environment 30 ~ 75%RH;
B, Designated special anti-static areas. Use anti-static floor or
worktable;
C, Using public grounding with parallel grounding for related
equipment and ensure the shortest grounding path and minimum ground
loop, cannot use serial grounding and should avoid the use of
external connection design for grounding circuit;
D, Operate in special area of anti-static, electrostatic materials
are prohibited in anti-static work area, such as no anti-static
plastic bags, boxes, foam, tape, notebook, paper, personal items
and other items, these materials must be kept in more than 30 cm
distance from the electrostatic sensitive devices;
E, Use of anti-static packaging and anti-static turnover box or car
during packaging and transportation;
G, Prohibits hot plug operation for non hot plug devices;
H. Avoid using multimeters to detect the sensitive electrostatic
pin directly;
I. Do electrostatic protection for fiber optic transceiver during
operation (such as wear electrostatic ring or put hand on shell to
release static etc.), contact the shell of the optical module ,
avoid contact PIN feet of the optical module ;
Specification Of FA-TC901S13-40
| Parameter | Symbol | Min. | Max. | Unit | Note |
| Transmitter Section: | | | | | |
| Differential Input Voltage | VIN | 500 | 2400 | mV | 1 |
| Data Rate | Rate | | | Mbps | |
| Optical Output Power | Po | -10 | -3 | dBm | 2 |
| Extinction Ratio | ER | 10 | | dB | |
| Central Wavelength | λ/FP | 1260 | 1360 | nm | |
| Output Spectrum Width | Δλ/FP | | 4 | nm | RMS |
| Output Eye | Compliance With ITU-T G.957 OC-3/STM-1 EYE Mask |
| Optical Rise Time | Tr | | 3 | ns | 20%~80% |
| Optical Fall Time | Tf | | 3 | ns | 20%~80% |
| Receiver Section: | | | | | |
| Differential Output Voltage | VOUT | 400 | 2000 | mV | 1 |
| Data Rate | Rate | | | Mbps | |
| Receiver Sensitivity | S | -34 | | dBm | 3 |
| Optical Input Overload | POL | -8 | | dBm | |
| Operating Central Wavelength | λ | 1260 | 1360 | nm | |
| Signal Detect- Deasserted | PRX_ A | -45 | | dBm | |
| Signal Detect- Asserted | PRX_ D | | -34 | dBm | |
| Signal Detect-Hysteresis | PH | 0.5 | 5 | dB | |
| Electrical | | | | | |
| Data Output Voltage –Low | VOL –VCC | -1830 | -1555 | mV | |
| Data Output Voltage –High | VOH –VCC | -1085 | 880 | mV | |
| Data Output Rise Time | tr | | 3 | ns | |
| Data Output Fall Time | tf | | 3 | ns | |
| Signal Detect Output Voltage-- Low | VSOL –VCC | -2 | -1.58 | V | |
| Signal Detect Output Voltage-- High | VSOL –VCC | -1.1 | -0.74 | V | |
| Signal Detected Output Rise Time | tr | | 3 | ns | |
| Signal Detected Output Fall Time | tf | | 3 | ns | |
Main characteristics
155Mbps 1310nm 40km;
With single 3.3V DC power supply;
Difference LVPECL inputs and outputs;
Standard SC fiber interface;
Standard industrial 1×9 footprint;
RoHS compliant;
Operating Temperature 0~70℃;
