Analog Optical Receiver Module

The 1064nm APD photodetector is specially designed for meteorological Lidar | Aerosol Radar applications, the detector chip is made of Si material at 1064nm response enhancement (0.36A/W), with a 0.8mm photosensitive diameter to facilitate the Lidar return alignment and coupling, the product is mature and stable for the batch supply products.

Wind radar, BPD balanced photodetector for FMCW radar with 300M bandwidth, 18k gain

This Analog Optical Receiver has low noise, long transmission distance, operating frequency up to 40GHz, integrated optical monitoring and alarm function, high dynamic range. It is used in RFOF, microcomputer communication, antenna remote control, optical delay line, microwave wireless communication and other fields

this is a small size optical receiver with high response rate, high operating frequency up to 24GHz, wavelength 800-1650nm, commonly used in mobile communication, antenna remote control, distributed antenna system, etc.

This is the super mini version of the mr03 analog optical transmitter system, with low power consumption and operating frequency up to 12 GHz with optical power monitoring.

The WXG45226Q is a high-speed, high-sensitivity balanced-detector photoreceiver module that utilizes a monolithically integrated InGaAs balanced detector mixed with a low-noise transimpedance amplifier for a wide range of digital signal applications. Automatic detuning, gain, and bandwidth control provide stable bandwidth and output swing. The automatic gain control has a shutdown feature that provides a minimum gain of 400V/W after shutdown.

The GD45231R is a high-speed, high-sensitivity balanced-detector photodetector module that uses a single InGaAs balanced-detector chip with integrated internal bias circuitry for a wide range of digital signal applications.

The WXG45235R is a high-speed, high-sensitivity balanced-detector photoreceiver module with a monolithic InGaAs balanced-detector chip and integrated internal bias circuitry for a wide range of digital signal applications.