Berkeley Nucleonics 800-234-7858

Model 765 — Pulse & Delay Generators, High-Performance Pulse

The edge is fast. The timing is exact.

An 800 MHz pulse and delay generator with sub-70 ps rise time, 4 ps RMS jitter, and 10 ps resolution across two or four fully independent channels.

Berkeley Nucleonics Model 765-HV pulse and delay generator, front panel
800 MHz
Pulse frequency
<70 ps
Rise / fall time
4 ps RMS
Period jitter
2 or 4
Channels

Pick your model, tell us what you need.

A few checkboxes, your name and your email. That is the whole form.

1Channel count
2Amplitude range needed
3What would help most

A real engineer replies, usually within one business day. No newsletter signup, no reseller handoff.

One model line, several configurations.

Same platform, sized to your channel count and application.

Model 765-2C / 765-4C

Standard

Model 765-2C / 765-4C

Two or four channels of completely programmable pulse and delay generation, 70 ps rise/fall time, 10 mV to 5 Vpp adjustable amplitude.

Models
765-2C · 765-4C
Model 765-HV

High voltage

Model 765-HV

Same platform extended to high-voltage output: up to 50 Vpp into 50 Ω with 400 ps edge time, for big physics and directed-energy test.

Models
765-HV
Rack mount and storage accessories

Accessories

Rack mount & storage

19" rack mount kit and a 1 TB solid-state storage upgrade are available for either channel configuration.

Models
765-RMKit · 765-SSKit

Specified where timing actually matters.

Pulse frequency
0.125 Hz – 800 MHz
Up to 200 MHz single pulse; to 800 MHz in quadruple pulse mode
Rise / fall time
< 70 ps
20% to 80%, at 5.0 Vpp, with < 5% typical overshoot
RMS period jitter
4 ps
100 Hz–10 MHz integration range, Fout = 200 MHz
Timing resolution
10 ps
Pulse width, delay, and period resolution
Amplitude range
10 mVpp – 5 Vpp
Into 50 Ω, independently positive or negative
Display
7 in touchscreen
1024×600 capacitive touch, plus rotary encoder
Overshoot
< 5%
Typical, from the proprietary analog edge converter
Power
100–240 VAC
47–63 Hz, 120 W max

Specifications reproduced from Model 765 datasheet V1.22, as published at berkeleynucleonics.com.

Where the 765 goes to work.

Big physics
collider experiments and accelerator timing that need picosecond-level control.

Semiconductor test
characterizing non-volatile memory cells (MRAM, ReRAM, PCM) with 10 ps time resolution and 10 mV amplitude resolution.

Radar and sonar
simulating moving targets with quad-pulse mode and sub-centimeter timing resolution.

Laser modulation
driving fast electro-optic and laser diode test setups that need clean, low-jitter edges.

Take control of your time and amplitude domain.

Talk to a Berkeley Nucleonics engineer about the Model 765 configuration for your application.

Request a demo, quote or engineer chat Or call 800-234-7858