Discovery Semiconductors Expands 40G Receiver Product Line (February 2008)

Discovery Semiconductors extends 10Gb/s reach up to 300km using DPSK, coherent detection, and electronic dispersion compensation (January 2008)

University of Kiel and Discovery Semiconductors demonstrate the first error free 40 Gb/s transmission over 50 m of Plastic Optical Fiber (October 2007)

Discovery Semiconductors receives PhAST/Laser Focus World Innovation Award Honorable Mention (May 2007)

University of Kiel chooses Discovery Semiconductors’ Balanced Photoreceivers for 16-ary Modulation Format Research (April 2007)

Discovery Semiconductors Provides High Optical Power Handling Photodiodes for Low Phase Noise Opto-Electronic Oscillators (January 2007)

German Researchers use Discovery Semiconductors’ 20 Gb/s Multimode Optical Receivers to Characterize 980 nm VCSELs (October 2006)

RIN Noise Measurement and Cancellation using Discovery’s Balanced Photodetectors (July 2006)

Scientists use Discovery’s 40 GHz Photodiodes to Characterize 1.3 µm, Directly Modulated Semiconductor Lasers (April 2006)

Discovery Semiconductors Delivers Wide Bandwidth Optical Receivers for Allen Telescope Array (November 2005)

Discovery Semiconductors Delivers High Performance, High Reliability, Custom InGaAs Photodiodes for Navy Applications (September 2005)

Discovery Semiconductors Introduces Optical Coherent Receiver Systems (May 2005)

Balanced Photodiodes with Integrated Optical Delay Line (January 2005)

Discovery Semiconductors Chosen Photodiode Supplier for Scientific Space Project (July 2004)

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50 GHz PIN Photodiode Available from Discovery Semiconductors

Discovery Semiconductors, a leader in wide bandwidth detector technology, has announced the availability of the Model DSC10S-3, a 50 GHz detector with fiber pigtail. Featuring a 10 micron sweet spot with unique high dynamic range and linearity, this photodetector provides DC to 50 GHz bandwidth and responsivity of 0.55 A/W. It saves precious board real estate with its small footprint hermetically sealed package. When driven with an optical power input of 10 mw, this device provides sufficient output to eliminate a pre-amp stage. Driven by low-duty cycle pulses of high power, this device drives decision circuits directly, thus eliminating the noise normally associated with intermediate gain stages. The 50 GHz performance of the Model DSC10S-3 photodetector allows added flexibility for the 40 Gbit link designer by eliminating the system bandwidth restriction of narrower bandwidth devices. Typically, the optical input to this device is a standard FC, SC or ST connector with PC, APC or UPC finish and the RF output is a standard V connector. 

Various connectors can be provided to tailor the device to any particular application and special fiber requirements can be accommodated.

For additional information, including complete specifications, operational capabilities and pricing or to discuss your application in detail, please call us at 609-434-1311 or fax 609-434-1317.

Discovery Semiconductors, Inc.
119 Silvia Street
Ewing, New Jersey, 08628, USA

Tel:  609-434-1311
Fax: 609-434-1317

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