NTBT-F1xxL09-xx

NTVS-R1xxL09 SFF footprint bi-directional single mode transceivers are high performance modules for data communication with SC connector for improving the productivity. These devices consist of a InGaAsP SMQW-FP laser diode as transmitter and a InGaAs photodiode as receiver, WDM(Wavelength Division Multiplex) filter integrated as 1310nm/1550nm WDM for a single fiber. Bi-directional modules can be built for a wide variety of data communicate applications with high-speed, long distance.
Low back reflection and wide bandwidth support stable performance in wide range of operating temperatures. The functions of transceiver (transmitter ?receiver) are contained in a 2�5 pin-out with a SC receptacle type package. The transmitter incorporates a highly reliable 1310/1550nm InGaAsP SMQW FP Laser and driver circuit which converts PECL(Pseudo Emitter Coupled Logic) data to light. The receiver incorporates an efficient InGaAsP/InP PIN photodiode converting the light signal into an electrical current which is amplified and regenerated into PECL-compatible data. The transimpedance amplifier IC has internal AGC for wide dynamic range.

• Data rate 155Mb/s
  
• 1310/1550nm uncooled InGaAsP SMQW Fabry-Perot LD and APC for constant output power
  
• High Sensitive InGaAs PIN photodiode used at wavelengths from 1.1°C to 1.6°C
  
• SC Receptacle Single mode Transceiver
  
• 2x5 SFF footprint
  
• Single 3.3V power supply
  
• PECL data inputs and outputs
  
• PECL link-status flag output(Signal Detect)
  
• High isolation WDM module with LD,PD,SC/PC
  
• High temperature operation without TE cooler
  
• Low back reflection , High bandwidth
  
• Cross talk < -45dB