Used STANFORD RESEARCH SYSTEMS / SRS DG645 #9190990 for sale

STANFORD RESEARCH SYSTEMS / SRS DG645 Digital Delay/Pulse Generator is an electronic test equipment instrument designed to produce and control a variety of digital and analog signals. SRS DG645 is capable of generating both single and dual-channel delayed pulses with timing ranges from 0.2ns to 100ms in 1µs steps, and pulse widths from 0.2µs to 50s in 1µs steps. It can also produce delayed pulse bursts of up to 256 pulses. STANFORD RESEARCH SYSTEMS DG645 features four front-panel trigger sources, allowing users to trigger external events, or use the internal oscillator for automated operation. The instrument also offers both low- and high-impedance single pulse output capability, with up to 12V of voltage swing. Each channel offers independently re-programmable resets, and can be configured to produce either rising or falling edge digital signals. DG645 can also provide analog outputs, with precision 0-5V linear and 0-10V logarithmic volts full-scale ranges. It also features a single-input differential/pseudo differential input configuration for signal acquisition. These inputs have programmable gain and ac-couple configurations with a frequency bandwidth of 1MHz. STANFORD RESEARCH SYSTEMS / SRS DG645's intuitive user interface allows users to quickly set up and configure their desired signals. It features an easy-to-read 7-inch TFT LCD screen and a 3-button navigational key pad for ease of use. The instrument can also store up to 128 setups and also supports a wide variety of SCPI commands. Connectivity options include IEEE-488 and RS-232 ports, allowing seamless integration with a variety of laboratory automation systems. In conclusion, SRS DG645 is an invaluable electronic test equipment for generating single and dual-channel delayed pulses, pulse bursts, and analog signals. STANFORD RESEARCH SYSTEMS DG645's intuitive user interface, comprehensive functionality, and wide range of connectivity options, make it the perfect instrument for a variety of research and industrial applications.