High Power Balanced Photodiodes to 5 GHz Bandwidth

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The DSC705 is a balanced InGaAs photodiode in “push-pull” configuration with each photodiode capable of handling high optical power up to +17 dBm. High Common Mode Rejection Ratio (CMRR) and low Polarization Dependent Loss (PDL) make these devices ideal for analog applications. The broad wavelength response of these photodiodes allows for one device for multiple wavelengths and reduces operational and inventory cost.

These InGaAs balanced photodiodes are ideal for Quantum Key Distribution (QKD) detection schemes as they are shot noise limited. Additionally, they are well suited for applications using high LO powers up to +20 dBm, such as Coherent LIDAR with high dynamic range.

The DSC705 balanced photodiodes are available in either a K-connectorized package or Discovery's turn-key Lab Buddy instrument.

DSC 705 - High Power Balanced Photodiodes to 5 GHz Bandwidth

Fig1: DSC-705 High Power Balanced Photodiode with Lab Buddy

Salient Features:
  • High optical power handling InGaAs PIN photodiodes
  • Useable spectral wavelength range of 1060-1650 nm
  • Normalized CMRR exceeds 30 dB
  • Improves sensitivity by canceling DC portion of RIN and ASE noise
  • Lowest PDL (typical 0.05 dB)
  • Small form-factor fiber-pigtailed package
  • Rapid Doppler-shift LIDAR measurements
  • Quantum Key Distribution
  • High Dynamic Range, Analog RF Links over Fiber
  • Coherent Lightwave Systems
  • Brillouin Scattering – OTDR
  • Test and Measurement
Available Models:
  • DSC705 - High Power Balanced Photodiodes to 5 GHz Bandwidth
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