EVIGWAY
Power Electronics

Powerandembeddedelectronicsbuiltforrealoperatingconditions.

From early architecture to functional prototypes, EVIGWAY supports the development of reliable electronic and electromechanical systems.
Power converter module with heatsink on a test bench, connected to an oscilloscope showing switching waveforms

Power electronics architecture

Topology selection, loss and thermal budgeting, component choice and safety considerations defined before layout begins.

Power conversion, distribution and conditioning

AC/DC and DC/DC conversion, regulation, filtering, protection and distribution for equipment and installations.

Control electronics

Control loops, gate drive, feedback and protection circuitry designed together with the firmware that operates them.

PCB design and assembly support

Schematic capture, layout for power and signal integrity, stack-up definition and support through assembly and bring-up.

Embedded systems and firmware

Microcontroller firmware, communication interfaces, diagnostics and update mechanisms for deployed devices.

Sensors, actuation and motion control

Sensor conditioning, actuator drive, motor control and closed-loop motion for equipment and instrumentation.

Test systems and validation

Test benches, measurement setups and repeatable procedures that evidence how a design behaves under load.

Prototype and demonstrator development

Functional prototypes and demonstrators that make a concept testable by the people who will use it.

Design-for-manufacturing support

Reviewing designs for assembly, test coverage, component availability and cost before a build is scaled.

Engineering environment

Laboratorywork,measurementandassemblysupport.

Hardware development is supported by measurement, inspection and assembly capability within the wider EVIGWAY engineering group.
Surface-mount assembly line used for electronics production support
Automated probe inspection of a populated printed circuit board
Engineer working at an electronics laboratory bench
How a hardware project works

Fivecheckpoints,agreedinadvance.

  1. 01

    Requirements and constraints

    Electrical, thermal, mechanical, environmental and interface requirements captured with your team.

  2. 02

    Architecture and feasibility

    Topology, budgets and risk areas defined; open questions resolved with early analysis.

  3. 03

    Design and layout

    Schematic, layout and firmware developed together, with design reviews at agreed checkpoints.

  4. 04

    Build and bring-up

    Prototype assembly, bring-up and iteration on the bench.

  5. 05

    Validation and handover

    Measurement against the agreed criteria, documentation, and support into manufacturing.

Planning an electronics or product-development programme?

Send us the operating conditions, interfaces and constraints. We will tell you what is feasible and what the first engineering step should be.

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