Precision pulse generators from Quantum Composers providing a cost-effective method to create and synchronize multiple sequences, delayed triggering, or any precisely timed series of events. Systems available with ps resolution and up to 8 independent channels.
The Emerald pulse generator from Quantum Composers was designed to meet the growing demand for high resolution pulse generators without the high cost. This unit comes standard with a 280 ppb TCXO oscillator, giving you the performance you demand.
Quantum Composers 9520 pulse generator series surpasses current market technology providing 250ps timing resolution with less than 200ps jitter.
The 8000 series board level digital delay pulse generators from Quantum Composers retain all the functionality of their standard pulse generators in an easy to integrate package.
The sapphire series is the most affordable Digital Delay Pulse Generator in our family of products.
The 9420 Series digital delay pulse generator from Quantum Composers is designed to provide cutting edge, yet cost effective solutions to generate and synchronize multiple pulses for a wide range of applications.
Two or Four channel high precision current pulser with current sensing and resistance measurement.
Featuring 8 independent channels, 250ps delay and width resolution, the 9530 is packaged in an innovative 1U 19" rackmount making it easy to integrate into a wide variety of synchronising applications.
The 9710 Digital Delay Current Pulse Generator from Quantum Composers is an ideal reset for airbag squib, detonator and pyrotechnics initiator testing. The instrument provides adjustable current signals up to 25 amps and comes with 2 or 4 digitally controlled load resistant independent outputs.
Manufactured by Stanford Research Systems (SRS), the DG535 Digital Delay and Pulse Generator provides four precisely-timed logic transitions or two independent pulse outputs. The delay resolution on all channels is 5 ps, and the channel-to-channel jitter is less than 50 ps.
Find products for your application
Back to Top
