High-density 20-channel pulse and delay generator featuring 100 ps resolution, <50 ps rms jitter, and programmable outputs up to 50 V.
Versatile timing control with three internal timers, 50 MHz trigger rates, and an embedded web server for easy remote configuration.
- Channels: 20 independent delay channels (12 or 16-channel options)
- Timing Resolution: 100 ps resolution across a 100-second range
- Jitter: <50 ps RMS channel-to-channel
- Output Amplitude: 1.5 V to 5 V into 50 Ω (Optional 10 V, 50 V, or LVDS levels)
- Rise/Fall Time: 1 ns / 1 ns into 50 Ω (0.5 ns with LVDS option)
- Pulse Width: 10 ns to 10 s (Down to 500 ps in narrow pulse mode)
- Trigger Sources: 2 external inputs, 3 internal timers (0.01 Hz to 50 MHz), or software command
- External Clock Input: 10 MHz to 240 MHz sine or square wave
- Control Interfaces: Ethernet (LAN) with embedded Web server and USB to UART
- Burst Mode: 1 to 1,000,000,000 pulses with adjustable period
- MUX Mode: Any channel may be ORed to all outputs within a group of 4
- Form Factor: 19-inch 2U compact enclosure (Rackmount kit available)
The GFT1620 delivers high-density timing control in a compact 2U rack-mount form factor. Featuring 20 independent delay channels with 100 ps resolution and less than 50 ps RMS channel-to-channel jitter, it provides engineers with a robust solution for synchronizing large-scale experiments and complex industrial systems.
This versatile generator offers exceptional flexibility in pulse shaping, allowing for independent adjustment of amplitude, polarity, width, and burst count on every output. With the ability to MUX channels, the GFT1620 scales easily from driving standard logic level diagnostics to triggering high-energy lasers or power components.
Operational efficiency is built-in with an embedded web server that allows for remote configuration via Ethernet without the need for specialized software. The system supports six different trigger sources—including two external inputs and three internal synchronized timers—reaching trigger rates up to 50 MHz for high-repetition applications.
Housed in a sturdy 2.1 kg enclosure, the GFT1620 is ideal for crowded lab benches or automated test racks where channel density and stability are paramount. It accepts external clock references up to 240 MHz, ensuring seamless synchronization with existing master timing architectures.
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.
