IDC7328ER100M

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Fixed Inductors

The IDC7328ER100M Inductor is a fixed inductor designed for the utilization of energy in power related applications including power converters, motor control, switching applications, AC-DC converters, converters for switching power supplies, various types of UPS, DC-DC converters, and other similar power devices.

IDC7328ER100M inductors have an operating temperature range from -40 to + 85°C, and are made of magnetic or ferrite cores. With its high electrical performance, these inductors are ideal for use in power converters and other similar applications. The core material is usually selected to meet the customer’s particular requirements with regard to size, current rating, temperature rating and other performance related specifications.

In terms of core material, IDC7328ER100M inductors use AISI 420J2 stainless steel, cobalt-plated ferrite core/copper windings, or a cobalt-plated ferrite core, copper windings and a polyester coating. The specific type of core material selected depends on the application and the customer’s requirements.

The IDC7328ER100M inductors are designed using the electrical and magnetic parameters of the inductors. The magnetic and resistive parameters of the inductors, such as inductance, magnetizing current, and dc resistance, are determined through finite element analysis and electromagnetic wave theory.

In terms of the physical design of the IDC7328ER100M inductor, the coil is encased in a ferrite core with high permeability and strong resistance to external magnetic fields. The design of the core shape also plays an important role in the inductance of the inductor. This design helps to reduce high frequency losses, which occur when a device with a higher inductance value than the inductor is connected to the same power line. In order to ensure uniform winding of the inductor, the core is designed to have a symmetrical section, and is typically composed of two shells.

The IDC7328ER100M inductors are used in various applications such as power converters, switched mode power supplies, DC-DC converters, UPS systems, and other types of power related applications. The inductance value of the inductor should be carefully considered before making a selection since the inductance value of the inductor will determine the level of current capacity, voltage stability, and resistance to external interferences.

The working principle of the IDC7328ER100M inductors involves the application of currents to generate electromagnetic fields. This current creates a magnetic field around the inductor, which in turn induces a current in the conductor opposite to the direction of the applied current. The induced current flows in the opposite direction of the current, thus generating a flux, which in turn generates a voltage drop that can be used as an input to the device.

The IDC7328ER100M inductor is an ideal component for various applications. The inductors offer a reliable, high performance, and cost effective solution for power related applications. They have a wide operating temperature range and can be customized for a variety of power applications. In addition, they are designed to have a compact size to reduce the space requirements for their applications.

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