High Current Shielded Inductor: Premium Performance for Power Electronics

The magnetic core of a high current shielded inductor is built to stand up to high currents. By preventing core saturation even when carrying large current surges, this is important for assuring consistent performance in power electronics applications. The robustness of the magnetic core's strength guarantees the inductor can be used under the most demanding industrial conditions, making it reliable for design engineers and designers. This kind of durability translates into longer electronic lifetimes as well as reduced breakages, which favors clients who place great importance on value for money.

It's the shielded design of this high-current inductor, which has been given to us by factors contributing to making a surrounding field on all sides. That can cause damage to adjacent components. By sheilding the magnetic field inside the inductor, the fence keeps any residual EMI from affecting some other items nearby. As a consequence, signals are clearer and less noisy than before and the whole system works better. This makes it especially valuable for devices that are susceptible to EMI, such as audio equipment CD players and mobile or cordless telecommunication systems--whose continued proper functioning not only affects human life but will displease a great number of customers if compromised.

Shielded inductors differ from standard (open pcb) ones in that they have a very high current carrying capacity as well as 100% improved energy consumption. They are specifically smaller and more convenient for use in portable electronic materials.Under today's cramped conditions, this space-conserving design is particularly important for battery-powered and space-sensitive products. Designers and manufacturers may rest assured: the friendly integration of these modules simplifies both design and manufacturing by relying upon a proven building block approach.The ease of integration not only makes engineering less complicated but also reduces production costs. This means space and resources can be used more efficiently by customers, and this both saves on cost and results in an even broader range for design creativity.