High-Precision Synchronization: The GFT1004 Delay Generator
As detailed in technical proceedings from ICALEPCS, the GFT1004 is a critical component for modern high-energy physics, serving as a local delay generator within a distributed picosecond timing architecture. Housed in a standard 19″ 1U rackmount form factor, it is designed to deliver ultra-stable trigger pulses to equipment situated far from the central oscillator.
Exceptional Performance Specs – Delay Generator
Designed for the most demanding optical research environments, the GFT1004 offers industry-leading timing characteristics:
- Ultrafast Resolution: Each of its 8 independent channels provides a coordinated 1 ps timing resolution.
- Ultra-Low Jitter: The unit maintains a jitter of 10 ps RMS, ensuring that diagnostics like streak cameras and digitizers capture data with absolute temporal accuracy.
- Flexible Pulse Shaping: Output pulses are independently adjustable, with amplitudes ranging from 2.5 V to 10 V and pulse widths from 100 ns up to 10 ms.
- Rapid Rise Times: With a rise time of only 0.7 ns, the GFT1004 provides the sharp edge necessary for precise triggering of Pockels cells and Q-switches.
Proven in Global Research Facilities
The reliability of the GFT1004 is evidenced by its deployment in premier installations such as LULI, France, where it synchronizes the line laser of massive experimental setups. In these environments, the system has demonstrated stable performance in temperature-controlled conditions, vital for long-duration physics experiments.
Seamless Network Integration
The GFT1004 is built for the “Big Science” ecosystem. It receives a serial data stream via monomode optical fibers, allowing it to be placed up to 100,000 square feet away from the master oscillator. Control is highly accessible through an embedded web interface, and it supports standard experimental frameworks including Labview, Tango, and EPICS.+3
Shop for the GFT1004 here: [GFT1004 Digital Delay Generator]