Resources tagged 'Magnetics':

An electric vehicle (EV) charging system's core design is the power conversion module. Some customers have the expertise and capability to design and produce the power module, others buy directly from an experienced partner.

An electric vehicle (EV) charging system’s core design is the power conversion module. Some customers have the expertise and capability to design and produce the power module, others buy directly from an experienced partner.

By providing you with an extensive range of leading-edge technologies and custom services, we have everything you need to succeed in the IoT.

The Magnetics Products Technology Centre is at the forefront for applications that require specialist or customised cores and components.

When sourcing inductive components, or just soft magnetic cores, customers need their supply chain to be reliable and cost-efficient. Supply chain issues can have a huge impact on the success or failure of an end product.

Amorphous or nanocrystalline cores are the preferred choice for designers when building smaller power inductors, as the materials offer a much higher possible saturation flux density compared with ferrites.

Using experience gained over 40 years in the market, we offer a comprehensive range of magnetics to meet all needs.

When designing an inductive component, an essential consideration is a change in temperature. Heat can impact the performance and efficiency of the component in operation, with aging, endurance, and life span affected detrimentally.

For customers who develop their designs with us, we offer the use of our dedicated pre-compliance testing facility, established in-house at our Wokingham base.

Separation transformers are used in many applications to protect circuits, equipment, and people from shocks by dangerous voltages and resulting currents.

Many ship designers are turning to electric propulsion to increase efficiency, reduce fuel consumption and improve the reliability of vessels.

Electromagnetic compatibility (EMC) is an essential element of any electronics design as electromagnetic interference (EMI) can disrupt electronic equipment and systems.