Uploaded August 2026 | Updated September 2026, 2 weeks ago
The Model 765 Fast Pulse & Delay Generator and the Model 765-HV High-Voltage Pulse Generator solve two different problems on the same bench. The 765 is built for speed: 800 MHz in quadruple-pulse mode, sub-70 ps rise time, and 10 ps timing resolution across 2 or 4 fully independent channels. The 765-HV is built for headroom. It drives up to 50 Vpp into 50 ohms, with sub-400 ps rise times and that same 10 ps resolution, for work that calls for real voltage swing rather than maximum speed.
Both generate the fast, precisely timed pulses that detector characterization, radiation instrumentation, semiconductor test, and EW/defense timing chains depend on. This video walks through the front panel, the touchscreen workflow, and a few of the waveforms each unit produces.
Full specs:
Model 765: berkeleynucleonics.com/docs/bnc-model-765-datasheet.html
Model 765-HV: berkeleynucleonics.com/docs/bnc-model-765hv-datasheet.html
Questions about which one fits your application? Our engineers would be happy to talk through it.
The Model 765 Fast Pulse & Delay Generator and the Model 765-HV High-Voltage Pulse Generator solve two different problems on the same bench. The 765 is built for speed: 800 MHz in quadruple-pulse mode, sub-70 ps rise time, and 10 ps timing resolution across 2 or 4 fully independent channels. The 765-HV is built for headroom. It drives up to 50 Vpp into 50 ohms, with sub-400 ps rise times and that same 10 ps resolution, for work that calls for real voltage swing rather than maximum speed.
Both generate the fast, precisely timed pulses that detector characterization, radiation instrumentation, semiconductor test, and EW/defense timing chains depend on. This video walks through the front panel, the touchscreen workflow, and a few of the waveforms each unit produces.
Full specs:
Model 765: berkeleynucleonics.com/docs/bnc-model-765-datasheet.html
Model 765-HV: berkeleynucleonics.com/docs/bnc-model-765hv-datasheet.html
Questions about which one fits your application? Our engineers would be happy to talk through it.
