SFH250V Fiber Optic Receiver IC 850nm 100Mbaud (Optical Receiver Through-Hole Module)

The SFH250V Fiber Optic Receiver IC is a high-speed optical receiver designed for reliable fiber optic communication and data transmission applications. It integrates a silicon photodiode with a high-gain transimpedance amplifier to convert optical signals into digital electrical outputs with excellent sensitivity and low noise. Optimized for operation at an 850nm wavelength, the SFH250V supports data rates of up to 100Mbaud, making it ideal for short-distance fiber optic communication systems.

The SFH250V is widely used in fiber optic data links, industrial automation, embedded electronics, communication modules, and optical sensing applications. Its compact design, fast response, and reliable signal conversion make it an excellent choice for high-speed optical communication.

Key Features -

• High-speed optical receiver supporting data rates up to 100Mbaud

• Optimized for 850nm wavelength operation

• Integrated silicon photodiode and transimpedance amplifier

• High sensitivity for reliable optical signal detection

• Low noise output for improved signal integrity

• Fast response suitable for high-speed communication

• Compact package for easy PCB integration

• Compatible with plastic optical fiber communication systems

• Suitable for industrial and embedded applications

Specifications -

• Product Type: Fiber Optic Receiver IC

• Model: SFH250V

• Device Type: Optical Receiver

• Operating Wavelength: 850nm

• Data Rate: Up to 100Mbaud

• Optical Detector: Integrated Silicon Photodiode

• Output Type: Digital Electrical Signal Output

• Supply Voltage: Standard Operating Voltage

• Response Time: High-Speed Response

• Package Type: Compact Optical Receiver Package

• Mounting Type: Through-Hole

Applications -

• Fiber optic communication systems

• Plastic optical fiber (POF) data links

• Industrial automation networks

• Embedded communication systems

• Optical transceiver modules

• High-speed data transmission equipment

• Optical sensing and control systems

• Educational and research projects