Single Phase Assemblies
Offering an extensive range of single phase half and fully controlled bridges, half and fully controlled voltage regulators and single phase diode bridges.
Can We Help?
Whether you’re looking for one-off prototypes for personal, commercial, or educational use, or if you’re working on a large-scale project and need a full production run of assemblies, we are here to help.
Power Assembly Designer & Manufacturer
We’ve been designing and manufacturing power semiconductor assemblies for twenty years, specialising in the design of rectifiers, regulators, inverters, selenium suppressors and single phase, three phase and hex-phase assemblies.
We utilise the experience of our mechanical, electrical and power electronics engineering experts to test, design and deliver the best technology in our products.
Single Phase Assemblies
Designed for all industrial power applications
Single phase assemblies are a two-wire alternating current (AC) power circuit. There is usually one power wire known as the phase wire and a neutral wire with current flowing between the power wire and the neutral wire.
At GD Rectifiers we offer a full range of single phase rectifier assemblies that are built with several combinations of power semiconductors including thyristors, diodes and modules connected as single phase bridges mounted onto heat sinks. As well as our standard range of rectifiers, we can also manufacture customer specific assemblies using power semiconductors provided by IXYS, IXYS UK Westcode, Semikron or Dynex.
We offer a broad range of topologies including: single phase diode bridges (B2U), single phase fully controlled bridges (B2C), single phase half controlled bridges (B2HA, B2HAF, B2HK, B2HKF, B2HZ), single phase fully controlled voltage regulators (W1C), and single phase half controlled voltage regulators (W1H).
Ready to assist
Whether you already know exactly what you need, or would benefit from guidance from our technical team on the most suitable and cost-effective cooling solution or a refurbishment service, get in touch with our team to see how we could work together.
