Ewing, NJ - March, 2015
Discovery Semiconductors introduces to the marketplace the first easy-to-use, linear balanced receiver instrument with remote command and control software. Discovery’s software-controlled front-end balanced O/E converter has a wavelength range of 1064 nm through 2200 nm for applications such as Analog/RF Photonics, DPSK/DQPSK/Free-Space Communication Links and LIDAR systems up to 20 GHz.
Discovery Semiconductors linear balanced receiver instrument offers the ability to optimize the gain (with both automatic and manual gain control modes) and the bandwidth per the system requirements.
While operating in Automatic Gain Control (AGC) mode, the GUI software enables compensating for variable channel losses in Free-Space/fiber optic links, achieving the best dynamic range, and maintaining constant RF Output Amplitude with the built-in AGC feedback loop.
While operating in manual gain control mode, the GUI software enables the differential RF gain to be varied up to 39 dB and the eye amplitude can be optimized per the sensitivity and saturation level of back-end electronics through the remote command and control package.
Finally, the GUI provides the ability to choose between the seven bandwidth settings to compensate for frequency-dependent losses in RF transmission lines and the transfer functions of optical transmitters.
See Related Products:
- DSC-R412 - Linear AGC Balanced Receiver for 40G/100G Coherent Communications
- DSC-R413 - DP-QPSK 100 Gb/400 Gb Coherent Optical Receiver Lab Buddy
Discovery Semiconductors is an industry leader in manufacturing ultrafast, high optical power handling InGaAs photodiodes, radio frequency over fiber optical receivers, balanced optical receivers and several other custom products for applications ranging from analog RF links to ultrafast digital communications.
For additional information, including complete product specifications, operational capabilities and pricing, or to discuss your application in detail, please call Discovery at: (609) 434-1311 or fax: (609) 434-1317.