SM-FE-1310nm-LC
Fast Ethernet single-mode dual-fiber SFP transceiver
- Operating temperature
- 0~ 70 °C
Check the exact model, document language and version before installation.
Product overview
SFP optical transceivers connect compatible equipment to fiber links. Host interfaces, data rates and paired transmit and receive wavelengths determine the required module.
Specifications
| Interfaces and transmission | |
|---|---|
| Data interface coupling |
|
| TX center wavelength 1310 λ |
|
| RX center wavelength 1310 λ |
|
| Alarm signal |
|
| Differential input amplitude VinPP |
|
| Transmitter disable input, high level |
|
| Transmitter disable input, low level |
|
| Transmitter disable time |
|
| Extinction ratio Ext |
|
| Spectral width (-20dB) △λ |
|
| Single-ended output amplitude VoutPP |
|
| Loss-of-signal output (TTL, active high) |
|
| Receiver sensitivity (single fiber) Sen |
|
| Receiver overload PinMAX |
|
| Average optical output power Po |
|
| Power | |
| Supply voltage Vcc |
|
| Construction and environment | |
| Operating temperature |
|
| Storage temperature Ts |
|
| Operating relative humidity |
|
| Other specifications | |
| Differential input impedance (Rin) |
|
Selection support
Connection
Identify the equipment and interfaces to be connected.
Performance
List the required bandwidth, distance and device count.
Power and installation
Confirm the supply, mounting space and environmental conditions.