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For Universities, National Labs & Research Groups

Instruments your research can stand behind.

Precision timing, signal generation, high voltage, and radiation detection, built for experiments that have to be repeatable. The same hardware that runs in a teaching lab runs on a beamline.

Since 1963
Built in the United States
8 lines
Across the physics bench
60+ countries
Labs and institutions served
// Bench to beamline Berkeley Nucleonics precision pulse and delay generator
One catalog, many disciplines. Pick the resolution, channel count, and output your experiment needs, then talk to someone who has supported the measurement before.
Start with your experiment

Find instruments by research area.

Most groups do not shop by product category. They shop by the problem in front of them. Start where your work lives.

Quantum & Cold Atoms

Low-jitter timing and clean signal sources for qubit control, trapping sequences, and coherent measurement.

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Photonics & Ultrafast Lasers

Pulse and delay generators for Q-switch and Pockels-cell timing, pump-probe synchronization, and LiDAR test.

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Accelerator & Beam Physics

Femtosecond-class delays, multi-channel triggering, and high-voltage pulsing for kickers, gating, and detector bias.

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Nuclear & Radiation Science

Scintillation detectors, isotope identifiers, and spectroscopy-grade crystals for gamma and neutron measurement.

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RF, Microwave & SATCOM

Signal generators, vector sources, and USB power sensors for receiver test, antenna work, and spectrum studies.

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Spectroscopy & Detection

Arbitrary waveform generators and detectors for time-of-flight, mass spectrometry, and photon counting.

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The catalog

Eight instrument lines, one supplier to learn.

Standardize your group on instruments that share documentation, support, and a long service life.

01

Pulse & Delay Generators

Femtosecond to multi-channel timing.

02

RF & Microwave Sources

Signal, vector, and power sensing.

03

Scintillation Detectors

Spectroscopy-grade crystals.

04

Arbitrary Waveform Gen.

Deep memory, high fidelity.

05

Isotope ID & Detection

Handheld and lab RIID.

06

High Power Pulsers

Driving diodes, cells, and arrays.

07

Spectrum Analyzers

Real-time RF capture.

08

HV Power Supplies

Stable, programmable high voltage.

Built for the way labs actually work

Support that respects a research budget and a research timeline.

Talk to scientists, not a script.

Application engineers who have set up the measurement help you size the instrument before you write the purchase order.

Grant and purchasing friendly.

Clear quotes, documented specifications, and configurations you can drop straight into a proposal or a capital request.

Documentation you can cite.

Faithful user manuals, application notes, and technical articles, so methods sections and lab handovers stay accurate.

Long lifecycles, real calibration.

Instruments that stay supported for years, with calibration and repair so a working setup keeps working between grant cycles.

Berkeley Nucleonics Academy

Teach the technique, not just the instrument.

Accredited short courses introduce the terminology and the method behind your measurement, useful for new graduate students, teaching labs, and onboarding a rotating bench.

Browse the courses

Good fits for academic groups

  • Timing, jitter, and synchronization fundamentals
  • Reading and comparing a gamma spectrum
  • Choosing a scintillator for your energy range
  • Phase noise and signal purity, explained
Start the conversation

Tell us about your experiment.

Describe the measurement and the constraint. We will point you to the right instrument, the right configuration, and a quote you can act on.