Leaded Inductor HM

‌Product Overview‌

An inductor itself does not increase voltage. In fact, a ‌Fixed Inductor‌ is an electronic component that relies on changes in current to operate. Its primary function is to store energy in a magnetic field, and according to Faraday's Law of Electromagnetic Induction, when the current passing through the ‌Leaded Inductor‌ changes, it generates an opposing electromotive force (i.e., voltage) across the inductor. 

This voltage attempts to oppose the change in current.

This phenomenon is commonly described as "self-inductance" or the "inductive effect." The magnitude of the voltage generated across the ‌Fixed Inductor‌ is proportional to the rate of change of current, with the specific relationship determined by the inductance value. Therefore, in a ‌Capacitor Inductor Circuit‌, an inductor can affect the phase relationship between voltage and current, but it does not create voltage out of nothing.

It is important to note that in some complex circuit configurations, such as switching power supplies or resonant circuits, the interaction between the ‌Leaded Inductor‌ and other components (e.g., capacitors in a ‌Capacitor Inductor Circuit‌) may result in an output voltage higher than the input voltage. However, this is not the result of the inductor acting alone.

‌Key Features‌

• ‌High Current Rating‌:
  Ideal for ‌Power Inductors Leaded‌ in distributed power systems, outperforming generic ‌Fixed Inductor‌ designs.
• ‌High-Frequency Range‌:
  Shielded construction ensures minimal EMI in ‌Capacitor Inductor Circuit‌ configurations.
• ‌Low DC Resistance‌:
  Critical for ‌Power Inductors Leaded‌ handling high loads in VRM applications.
• Halogen-Free & RoHS Compliant‌:
  Compatible with ‌Leaded Inductor‌ assembly processes across industrial and consumer electronics.

‌Applications‌

• ‌Motherboards‌:
  ‌Fixed Inductor‌ variants stabilize voltage regulation, while ‌Power Inductors Leaded‌ dominate DC/DC converter stages.
• ‌Distributed Power Systems‌:
  ‌Capacitor Inductor Circuit‌ architectures leverage shielded ‌Leaded Inductor‌ modules for noise suppression.
• ‌General-Purpose Use‌:

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