Products tagged with Balanced Photodetector

Balance Detector 10M-400MHz for OCT, Fiber Optic Sensing Systems, Wind Radar

they are widely used in coherent detection applications for distributed fiber optic sensing, and in scenarios such as wind measurement radar.

DAS-BPD Balanced Photodetector Coherent Detection Applications

The balanced photodetector contains two photodiodes and a low-noise transimpedance amplifier, in which the two photodiodes are matched to each other for excellent common mode rejection ratio

BPD230 Balanced Photodetector Free Space Light Input

The BPD230 series balanced photodetectors utilize spatial light input and are suitable for coherent detection optics in spatial light paths.

1550nm Coherent Detection Module

Coherent Detection Module is mainly used for Distributed Fiber Optic Vibration / Acoustic Sound Detection (DVS / DAS) and wind measurement radar with high signal-to-noise ratio, high reliability and easy integration.

Balanced Photodetector related contents

Balance Detector 10M-400MHz for OCT, Fiber Optic Sensing Systems, Wind Radar
[Balanced Photodetector] 2023-10-31 11:33:12
they are widely used in coherent detection applications for distributed fiber optic sensing, and in scenarios such as wind measurement radar.
DAS-BPD Balanced Photodetector Coherent Detection Applications
[Balanced Photodetector] 2024-02-17 01:02:48
The balanced photodetector contains two photodiodes and a low-noise transimpedance amplifier, in which the two photodiodes are matched to each other for excellent common mode rejection ratio
BPD570 APD Balanced Photodetector M Adjustable
[Balanced Photodetector] 2025-03-06 01:30:10
BPD570 Series Photodetectors Based on 2 high-performance APD photodetectors with consistent performance, adjustable M-factor, ultra-high common-mode rejection ratio of 30db and low noise.
BPD230 Balanced Photodetector Free Space Light Input
[Balanced Photodetector] 2024-07-18 00:20:49
The BPD230 series balanced photodetectors utilize spatial light input and are suitable for coherent detection optics in spatial light paths.

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