3.3V, 1310nm LD, single mode, 155Mbps～4.25Gbps,

　　Transceiver For Fiber Channel Applications

　　characteristic

　　• More compact structure design - module height is only 12mm

　　• Surface mount I/O pins for high-speed signal integrity

　　• All metal housing

　　• Military-grade temperature range with anti-vibration design

　　• With receive data signal detection function

　　• Use only +3.3 V single supply

　　• Optical port is LC type

　　application

　　The FT-3-272743 dual-fiber bidirectional ultra-short optical transceiver module provides a reliable and efficient digital optical fiber communication application with a transmission rate of up to 4.25Gbps and a transmission distance of up to 30km.

　　The modules can be widely used in various digital optical communication systems, such as Gigabit Ethernet, Fibre Channel, SONET/SDH, switches, etc.

　　describe

　　The FT-3-272743 dual-fiber bidirectional ultra-short optical transceiver module encapsulates the transmitting and receiving parts in a small-sized metal shell, which enhances the module's ability to resist electromagnetic interference.

　　The light emission part adopts high-power LD, and the interface level standard of sending signal pins (TD+ and TD-) is CML.

　　The light receiving part includes PIN, pre-transimpedance amplifier and limiting amplifier, and the interface level standard of receiving signal pins (RD+ and RD-) is CML. The receive signal detection pin (SD) interface level is standard LVTTL. The module can be put into power-saving mode through the transmit enable pin (TDIS).

　　The module has undergone strict military-grade screening and environmental tests to ensure the reliability and environmental adaptability of the module. It has the characteristics of anti-vibration, anti-electromagnetic interference, moisture and heat resistance, and strong temperature adaptability. altitude, etc. The module is small in size, light in weight, all-metal structure, and only 12mm in height, making it easy to install in a plug-in board or a case with a small space.