Enhanced Performance in Harsh Environments
Moreover, high current shielded power inductors have an extra advantage: they can handle harsh electrical environments better than other inductor types. With a design that can withstand surges in voltage, temperature fluctuations and other sources of electrical disturbance, this inductor operates reliably in difficult conditions. This is particularly important in industrial or automotive settings, where electronics may be subjected to unpredictable or severe electrical disturbances. By offering stable performance, these inductors contribute to the general hardiness of an electronic system, avoiding risk of breakdown and its associated costs for customers and end users. How about spending a little more up front on inductors so that you can avoid a lot of malfunctions (and the great lengthsof time lost when one breaks down) later downthe road?