Stanford Research Systems DG535 Digital Delay Generator

Product Description 

The Stanford Research Systems DG535 is a high-precision digital delay generator engineered for advanced timing and synchronization applications in physics research, laser systems, nuclear instrumentation, and electronics laboratories. It delivers picosecond-level timing resolution, enabling precise control of complex experimental sequences where timing accuracy is critical.

The DG535 provides four independently programmable delay channels plus a reference output, allowing users to generate synchronized pulses with exceptional stability and repeatability. Its wide delay range and low jitter performance make it ideal for time-resolved spectroscopy, LIDAR, particle physics, and pulsed laser experiments.

Built with laboratory reliability in mind, the DG535 features a clear front-panel interface, GPIB/RS-232 control for automated test systems, and rugged internal clock architecture. This combination of precision, flexibility, and long-term stability makes the DG535 a trusted timing solution in research and industrial environments worldwide.

Key Features

Picosecond-level timing resolution for precision experiments

Four independent programmable delay channels plus reference output

Extremely low jitter and high long-term timing stability

Wide delay range suitable for fast and slow timing applications

Front-panel and remote computer control

GPIB and RS-232 interfaces for automation

Ideal for laser synchronization and physics research

Laboratory-grade build quality from Stanford Research Systems

Specifications Table

Stanford Research Systems DG535 is a high-precision digital delay generator designed for laboratory and research environments requiring ultra-stable, low-jitter timing control across multiple synchronized output channels.