Solutions · Power

Industrial Power & Control

Power conversion, protection and control electronics for industrial equipment and demanding operating environments.

Industrial Power Architecture

A clear path from equipment supply through protection and conversion to regulated rails—with sequencing, monitoring and fault reporting placed in a supporting control layer.

Industrial power path POWER ARCHITECTURE Industrial power path Input protection and conversion to regulated rails. 01 Power input AC or DC supply 02 Protection & conversion Topology per application 03 Regulated rails Multi-rail distribution 04 Industrial loads Controllers · actuators Sequencing & monitoring Startup order, fault reporting and thermal limits for the equipment.
Industrial power architecture

Typical Applications

Programs where industrial rails, protection and control must be designed as one system.

Industrial Equipment

Power conversion and protection for machine and process control systems.

Control Electronics

Analog control, sequencing and multi-rail power management for mixed-signal boards.

Test & Measurement

Stable rail architecture for instruments and specialized electronic equipment.

A light-colored power board with transformers, heatsinks, capacitors and edge connectors.
Power Board Hardware

Power Board Development

Board-level work covers power conversion, protection, control, PCB layout and integration with the equipment around the supply. Magnetics, heatsinks and connectors are placed for the rail plan and the thermal path of that design.

Power Conversion

Conversion architecture and rail design matched to input range, load profile and thermal limits.

Protection & Sequencing

Inrush control, over-current and over-voltage protection, and orderly power-up and power-down sequences.

Analog Control

Control-loop design and compensation for industrial regulators and precision supply domains.

Monitoring & Reliability

Telemetry, fault reporting and design choices that support continuous industrial duty.