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.
Resources tagged 'Magnetic components':
- News
- BrochureAn 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.
- BrochureThe Magnetics Products Technology Centre is at the forefront for applications that require specialist or customised cores and components.
- NewsWhen 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.
- NewsElectromagnetic compatibility (EMC) is an essential element of any electronics design as electromagnetic interference (EMI) can disrupt electronic equipment and systems.
- WhitepaperWhen creating a component with a soft magnetic core you will have experienced “noise” caused by magnetic flux. However, the “noise” caused by magnetic flux can be exponentially increased due to mechanical resonance.
- WhitepaperTime-space (transient) simulation of electric circuits is a common tool for their development. Inductive components, like chokes, are the main component in many circuits.
- NewsDue to the ever-demanding power needs of industrial applications, the number of devices required for high-current power is growing. However, with each new device, there is another possible source of strong electromagnetic interference (EMI).
- NewsRCDs, RCCB (residual current circuit breaker), or GFCI (ground fault current interrupter) are key requirements in building installation and modern devices to quickly break an electrical circuit to prevent serious harm from an ongoing electric shock.