High Current Inductors with Low DC Resistance - Premium Performance and Efficiency

One of the stand-out features for inductors of high current and low DC resistance is its high saturation current. This ensures optimal performance even when the load is heavy. This capability is crucial for the type of application where pulse currents are required temporarily-- eg peak currents for power supplies when they first start or during transient events later on. The capability to install high saturation currents without performance degradation means these inductors can keep operating stably and and reliably they do so. This function provides significant value to customers by assuring consistent performance and long life for electronic systems.

One more selling point that makes these inductors stand out from the others is they are really small. This has come about thanks to an advanced design and usage of new materials which allow the entire print-on-hookup board area to be squeezingly reduced in size. As a matter of secondary importance, then, they may not work reliably for years to come. Space is at a premium in today's portable electronics sector, where every millimeter counts. Designers can design smaller, more attractive products which retain all their functions with-out fear of losing energy easily away from the circuit track or unit. A two-inch hard drive disk has 8CM of hard platter platter and 16MB of cache with cache fiash. Designers could even increase function density, because they finally did not need to give a single circuit board enough space for everything most users would normally install on it plus a little gap running over sides on either side (gap-free circuits).The display of these computers was 800 x 600 pixels (SVGA)The space advantage: Not only does the final product look better and avoid "cluttered thinking" aesthetics, but less material is used too. This can mean lower prices when high volume production becomes concerned with such details.

The fantastic thermal properties of inductors for high current with low DC resistance ensure stable performance over long periods. Designed to dissipate heat effectively, these inductors were made to guard against thermal runaway and keep within a safe operating temperature range the inductor temperature. This is especially pertinent to environments with high ambient temperatures and conditions where an inductor exposed to continuous heavy current. Superior thermal management in particular of these inductors is one factor leading to lower maintenance and longer life for electronic equipment in general.