SFH750V Fibre Optic Transmitter Diode IC (Infrared Optical Transmitter)

The SFH750V Fibre Optic Transmitter Diode IC is a high-performance infrared light emitting diode (IR LED) designed for fibre optic communication and optical data transmission applications. It efficiently converts electrical signals into infrared optical signals, delivering fast switching, stable light output, and reliable performance for high-speed communication systems. The SFH750V is optimized for use in fibre optic data links and compatible optical receiver modules.

The SFH750V is widely used in fibre optic communication equipment, industrial automation, embedded electronics, optical transceiver modules, and high-speed data transmission systems. Its high radiant intensity, low power consumption, and compact package make it an ideal optical transmitter for reliable communication applications.

Key Features -

• High-efficiency infrared LED for optical transmission

• Designed for fibre optic communication systems

• Fast switching speed for high-speed data transmission

• Stable and consistent infrared light output

• High radiant intensity for reliable signal transmission

• Low power consumption

• Compact package for easy PCB integration

• Long operational life and dependable performance

• Suitable for industrial and embedded applications

Specifications -

• Product Type: Fibre Optic Transmitter Diode IC

• Model: SFH750V

• Device Type: Infrared LED Optical Transmitter

• Emission Type: Infrared (IR) LED

• Operating Wavelength: Infrared Range Suitable for Fibre Optic Communication

• Output Type: Optical Signal Output

• Forward Voltage: Standard LED Operating Range

• Switching Speed: High-Speed Operation

• Package Type: Optical Transmitter Package

• Mounting Type: PCB Mount

Applications -

• Fibre optic communication systems

• Optical transceiver modules

• Industrial automation equipment

• Embedded communication systems

• High-speed data transmission circuits

• Optical networking equipment

• Optical sensing and control systems

• Laboratory and educational projects