Iron Power Inductor: Unmatched Performance in Current Regulation

No single feature says that current capacity's power inductor is high saturation. Such a feature allows it to handle high current spikes, without saturating. This is important in applications where the load may suddenly occur with varying over time factors (hence sudden). It guarantees stable performance -- without any fear of overheating or deterioration in the shutdown-speed rate of performance. This is good or all avionics customers who fly over tall peaks, as well as those customers whose work involves a lot of hours with steep ups and downs. For consumer electronics customers, it means that the electronic products they buy now do not need to be replaced soon: that **Rocky Mountain Inst. Staff reside in Durham, N.C. RF:**

Having error-free breathing The iron power inductor offers absolute temperature stability. Such stability is critically important for applications where there are frequent temperature fluctuations, such as in automotive or outdoor electronics. Offering consistent inductance values no matter how the temperatures may change, the iron power inductor provides constant performance so that users may be worry free and depend on it.

One of the iron inductor's main features lie in its capability to quell EMI.There's already enough electromagnetic noise in today's tightly packed space to make signals disrupt or electronic devices perform badly.The iron power inductor also acts as a filter, blocking out extraneous groves on power supply lines and thus guaranteeing a clean current-source. This creates more reliable hardware and software, which is a key element in their customers eyes looking for added value and satisfied users who will keep coming back."