Directed Energy Division

PULSED POWERHigh voltage and high current, with the edge speed your load actually sees.

These are the Berkeley Nucleonics pulse generators, laser diode drivers, and high-voltage and high-current supplies, engineered for capacitive and low-impedance loads in mass spectrometry, laser systems, LiDAR, accelerators, and directed-energy research.

30 kV
Max DC supply
450 A
Peak pulse current
±10 kV
Pulse output
<400 ps
Fastest edge
The DEI line

Three product groups.
One pulsed-power toolkit.

From capacitive-load high-voltage pulse generators to high current laser diode drivers to precision DC supplies that reach 30 kV, the DEI Division covers the full chain of pulsed and high-voltage power. Pick the group that matches your load, then drill into the model that fits.

Berkeley Nucleonics PVX high-voltage pulse generator

High-Voltage Pulse Generators

PVX / PVM · ±50 V to ±10 kV

Capacitive-load-optimized pulsers with nanosecond-class edges and built-in voltage and current monitors. Drive deflection and extraction plates, Pockels cells, Q-switches, microchannel plates, and image intensifiers from an externally supplied high-voltage rail.

View the PVX-4141 →
Berkeley Nucleonics PCX laser diode driver and high-current pulser

High Current Pulse Generators

PCX / PCO / PCM / PIM · to 450 A

Current-mode drivers for diode lasers, bars, and arrays, running QCW, CW, and pulsed modes with fast current edges. Output protection and compliance control keep the load safe while you push it into low-impedance pulse work.

View the PCX-7421 →
Berkeley Nucleonics PVP high voltage power supply

High Voltage Power Supplies

PVP Series · DC to 30 kV

Precision high voltage DC power for the bias and rail side of pulsed-power systems. The PVP Series delivers regulated output to 30 kV for detector and PMT biasing, electrostatic work, and general high-voltage test, with the stability metrology and accelerator work demand.

Models PVP Series
View the PVP Series →
DEI
Directed Energy Division

From Directed Energy to Berkeley Nucleonics

Directed Energy, Inc., founded in 1987, built a respected line of high-voltage pulse generators and laser diode drivers. It is now the DEI Division of Berkeley Nucleonics. The same designs and the same California build carry forward, backed by BNC's instrumentation depth and a single support path for the whole signal-to-power chain.

Why these pulsers

Edges, monitors, and protection.

Capacitive Load

Optimized output

Output stages tuned for capacitive and low-impedance loads, where charge transfer and edge speed, not power into 50 ohms, set the limit.

Totem-Pole

Half-bridge stage

Half-bridge totem-pole outputs deliver fast, symmetric rise and fall with low ringing for clean high-voltage transitions.

V & I Monitors

Built-in readback

Built-in voltage and current monitor outputs let you watch the pulse the load actually sees, without inserting external probes.

Protected

Over-current shutdown

Over-current detection and shutdown guard the driver and the load against faults during fast, high-current pulse work.

OEM & Bench

Two form factors

Choose OEM modules for system integration or benchtop instruments for the lab, sharing the same output architecture.

One Vendor

Single timing chain

Pair the pulsers with BNC pulse and delay generators and AWGs for a single-vendor timing chain from trigger to load.

Applications

Where these pulsers go to work.

Each application ships with a technical brief covering the load, the method, and the model that fits. See the documentation library or submit your application.

Berkeley Nucleonics

Find the right pulser.

Tell us the load, the voltage or current you need to deliver, and the edge speed it demands. We will point you to the model that fits, or build a configuration around it.