High-precision 2/4 channel slave delay generator featuring 1 ps resolution, <5 ps RMS jitter, delays up to 1 second, 3.3V into 50 Ω.
Ideal for picosecond timing systems, laser timing control, and precision instrument triggering in research and testing applications.
- Channels: 2 independent delay channels (4-channel option)
- Timing Resolution: 1 ps standard
- Jitter: <5 ps RMS slave-to-slave
- Drift: < 6 ps Drift (Slave to Slave)
- Delay Range: Up to 1 second
- Output Amplitude: 3.3 V into 50 Ω
- Rise Time: <1 ns
- Trigger Modes: Internal, External, or Timing System
- Control Interfaces: Ethernet, Web GUI, Front Panel
- Form Factor: 19-inch 2U rack mount
The GFT1012 Precise Slave Delay Generator delivers exceptional timing precision in a 2U rack-mount format. With two independent delay channels (expandable to four), this versatile instrument achieves remarkable 1 ps time resolution and ultra-low jitter performance of less than 5 ps RMS between slave units, making it ideal for demanding synchronization applications.
Each channel delivers 3.3V pulses with <1 ns rise time into 50 Ω loads, providing the drive capability needed for demanding applications. The flexible three-mode triggering system supports internal, external, or timing system operation, allowing seamless integration into complex experimental setups requiring precise coordination of multiple events.
Modern connectivity options including Ethernet control and an embedded web server make the GFT1012 simple to integrate and operate. The intuitive web interface provides straightforward configuration of all parameters while maintaining precise timing relationships that stay stable within 6 ps/°C over 24 hours of operation.
Whether controlling laser systems, coordinating test equipment, or synchronizing diagnostic instruments, the GFT1012 delivers the precise timing control needed for advanced research and testing applications.
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.
