Programmable Power Supplies

Precision. Flexibility. Reliability.

Zepco offers a wide range of programmable DC power supplies designed for high-performance applications across defence, aerospace, automotive, industrial automation, and research sectors. These power supplies are engineered for tight voltage/current control, remote programmability, and rugged operation.

Key capabilities & features

Wide Voltage & Current Ranges

Zepco can design power supplies from:

0–30V to 0–1500V

0–1A to 0–1000A

Power ratings from 500W to 100kW+, scalable via modular configurations

Fully programmable & digital control

Embedded digital signal controllers (DSCs) or microcontrollers allow precise control over output parameters

Programmable voltage, current, slew rate, and protection thresholds

Soft-start/stop functions, ramp profiles, and sequencing capabilities

Communication & remote Interfaces

Standard support for LAN (Ethernet), RS-232/RS-485, USB, and CAN bus

Optional Modbus, SCPI, GPIB, and Web GUI for remote monitoring and control

SCADA and LabVIEW integration-ready

High efficiency & compact design

Designs utilizing high-frequency switching, SiC/GaN-based semiconductors, and advanced thermal management

Enables compact footprints, high power density, and low audible noise

Modular & Scalable Architecture

Rack-mountable and benchtop configurations

Parallelable units for higher output capacity

Master-slave architecture for synchronized multi-channel applications

Safety & protections

Built-in over-voltage, over-current, over-temperature, and short-circuit protection

Emergency shut-off (e-stop), interlock systems, and programmable fault handling

Test & Industrial Ready

Ideal for:

Component and system testing (e.g., EV drivetrains, motors, batteries)

Burn-in testing

Simulating dynamic power loads in R&D labs

Aerospace electronics, radar systems, and satellite subsystems

Why Zepco?

Custom engineering: Tailored solutions for voltage, current, and form factor as per customer specs

Rugged design: Designed to operate reliably in extreme environments (temperature, dust, EMI)

Lifecycle support: Comprehensive testing, documentation, calibration, and servicing support

Made in India, Built for the World: Indigenous design backed by global component standards