SFH350V Fiber Optic Phototransistor Detector IC (Infrared Optical Detector)

The SFH350V Fiber Optic Phototransistor Detector IC is a high-sensitivity optical phototransistor detector designed for fiber optic communication and infrared light detection applications. It utilizes a silicon phototransistor to convert incoming optical signals into electrical output with high gain and excellent sensitivity. Optimized for infrared wavelength operation, the SFH350V provides fast response, low noise performance, and reliable signal detection for optical transmission systems.

The SFH350V is widely used in fiber optic communication equipment, optical sensing circuits, industrial automation, embedded electronics, and infrared detection systems. Its compact package, high optical gain, and stable performance make it suitable for both commercial and industrial optical applications.

Key Features -

• High-sensitivity silicon phototransistor detector

• Designed for fiber optic communication systems

• Optimized for infrared wavelength detection

• High optical gain for reliable signal detection

• Fast switching and response time

• Low noise output for stable signal processing

• Compact package for easy PCB integration

• Reliable performance in industrial environments

• Suitable for embedded and optical sensing applications

Specifications -

• Product Type: Fiber Optic Phototransistor Detector IC

• Model: SFH350V

• Device Type: Optical Phototransistor Detector

• Sensing Element: Silicon Phototransistor

• Wavelength Sensitivity: Infrared Range

• Output Type: Electrical Signal Output

• Gain: High Optical Gain

• Response Time: Fast Switching Response

• Supply Voltage: Standard Operating Voltage

• Package Type: Optical Detector Package

• Mounting Type: PCB Mount

Applications -

• Fiber optic communication systems

• Optical signal detection modules

• Infrared sensing applications

• Industrial automation equipment

• Embedded system projects

• Optical transmitter and receiver circuits

• Data communication systems

• Laboratory and educational projects