MIL8532-36L

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Fixed inductors, also known as coils, choke coils, radio coils, or simply inductors, are electronic components consisting of a length of conductor that stores energy in a magnetic field when electric current flows through it. MIL8532-36L Fixed Inductors are ceramic core-based fixed inductors, designed to meet the requirements of military and medical applications. They feature low Resistance to Inductance (R:L) ratio and are high current and frequency resilient. Available in a variety of inductance values, MIL8532-36L Fixed Inductor assemblies provide excellent inductance stability at up to 30MHz.

Application Fields

MIL8532-36L Fixed Inductors are widely used in applications ranging from avionics, military, and medical equipment to industries such as automotive, computer, and instrumentation. Common applications include EMI/RFI filters, regulated power supplies, transformers, attenuators, RFID tags, and more. They can be used to provide interference filtering, decoupling, reactive loading, snubbing, and transient suppression.

Working Principle

A fixed inductor works based on the principle of magnetic induction. Whenever an electric current flows through a conductor, a magnetic field is generated around it. By wrapping a single length of conductor around a core material, an inductor is created that stores energy in the magnetic field generated around the wire. The magnitude of the electric current flowing through the coil directly affects the magnitude of the magnetic field.

By positioning two separate wire coils around a single core, an inductor is created that can respond to varying levels of electric current and offer different levels of resistance to it. These types of inductors are referred to as fixed inductors or variable inductors, as they are capable of providing a fixed or variable level of inductance. MIL8532-36L Fixed Inductors provide excellent inductance stability up to 30MHz and feature low Resistance to Inductance (R:L) ratios.

Summary

MIL8532-36L Fixed Inductors are ceramic core-based fixed inductors designed for a wide range of applications, such as avionics, military, and medical equipment. They feature excellent inductance stability at up to 30MHz and a low Resistance to Inductance (R:L) ratio, making them suitable for EMI/RFI filters, regulated power supplies, transformers, attenuators, RFID tags, and more. The principles behind their functionality are based on the phenomenon of magnetic induction, in which a magnetic field generated by an electric current flowing through a conductor is used to store energy.

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