40G InGaAs Photodiodes And Optical Receivers - Fiberoptic Modules
Discovery Semiconductors, Inc.
Discovery Semiconductors introduced its first commercially available 40 Gb Dual-Depletion InGaAs/InP p-i-n Photodiode at the Optical Fiber Conference in Dallas, Texas, in 1997. Since that OFC, we have expanded our pioneering dual-depletion photodiode design for several cutting edge products such as Balanced Photodiodes for 40 Gb, and Ultra-fast photodiodes up to 60 GHz. Today, our 40 Gb product line has evolved to include PIN+TIA optical receivers, with both linear and limiting amplifiers. These receivers work up to 40 Gb from 1064 nm to 1650 nm for single mode applications, and additionally up to 25 Gb for 850 nm multimode applications. For 25 Gb data rates, these receivers come with an optional CDR. Additionally, we supply 40 Gb Integrated Balanced Optical Receivers for 40 Gb DPSK/DQPSK systems. For busy test stations or student labs, where users of different experience levels might be handling high value opto-electronics that are easily damaged by mishandling, order your photodiode to be mounted in our Lab Buddy instrument.
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Product
InGaAs PIN Photodiodes
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Discovery Semiconductors, Inc.
High Optical Power HandlingLow Group DelayLow Harmonic DistortionLowest PDL (typical 0.05 dB)Useable Spectral Wavelength Range of 1064-1650 nmTelcom, Military and Space Qualified
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Product
PIN + TIA Optical Receivers
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Discovery Semiconductors, Inc.
Linear and High Gain VersionsDifferential or Single-Ended RF OutputsLowest PDL (typical 0.05 dB)Useable Spectral Wavelength Range of 1064-1650 nm
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Product
Balanced PIN Photodiodes
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Discovery Semiconductors, Inc.
Lowest PDL (typical 0.05 dB)CMRR Exceeds 30 dBUseable Spectral Wavelength Range of 1064-1650 nmRIN and ASE Noise CancellationSuppression of Even Order HarmonicsHigh Optical Power Handling
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Product
Balanced PIN Photoreceivers
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Discovery Semiconductors, Inc.
Industry Leading OSNR PerformancePeak Detector Function for Monitoring of AC Photo-CurrentVery High Differential Conversion GainDifferential or Single-Ended RF Outputs



