High-speed electrical to optical pulse converter featuring 1 ns rise time, 30 ps RMS jitter, and 1310 nm wavelength for precise signal transmission.
Ideal for laser research, EMC testing, high-voltage applications, and high-energy physics where electrical isolation and fast response are critical.
- Input Range: 2.5 to 10 V pulse input under 50 Ω
- Output Performance: 1 ns rise time, > 0.3 mW typical power output
- Wavelength: 1310 nm (850 or 1550 nm options)
- Timing: 30 ps RMS jitter, <5 ns insertion delay
- Pulse Width: >250 ns at half amplitude
- Maximum Rate: 100 kHz repetition rate
- Connectors: BNC input, SC/PC output
The GFT101 Electrical to Optical Pulse Converter provides a streamlined solution for transmitting pulses over long distances or through environments with high electromagnetic interference. Designed to plug directly into a BNC output, this compact module converts electrical signals into precision 1310 nm optical pulses, making it an essential tool for high-voltage research and EMC simulation.
Engineered for timing accuracy, the module features a fast 1 ns output rise time and ultra-low jitter of 30 ps RMS. The GFT101 is built for versatility in demanding physics and laser research environments. It supports a wide input range from 2.5 V to 10 V and maintains a repetition rate of up to 100 kHz. Its small form factor and integration-friendly SC/PC optical connector allow it to fit seamlessly into crowded experimental setups without requiring external power supplies.
Key performance specifications include a <5 ns insertion delay, 0.3 mW typical optical power, and options for custom wavelengths like 850 nm or 1550 nm to suit specific fiber optic infrastructures. Whether you are managing high-energy physics diagnostics or complex trigger distributions, the GFT101 offers the isolation and speed necessary for precise signal integrity.
Click the “Get Quote” button above to quickly get a quote or to customize this product to your project’s requirements with our engineering team.
Whether you’re developing complex laser systems, high-speed data acquisition setups, or any timing-sensitive applications, we provide the performance and engineering support you need to succeed.
