IDC7328ER5R6M

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Fixed Inductors, as the name implies, refer to inductors used in circuits or equipment that do not require significant changes. These inductors typically come in the form of coils, with inductances ranging from millihenries to tens of henries. IDC7328ER5R6M is one such kind of fixed inductor that belongs to this category.

The IDC7328ER5R6M consists of a single-wire two- winding inductor, with a maximum rated inductance of 4.7 H. It has a nominal current rating of 1 A, with a maximum tolerable DC rated current of 0.8 A. The operating frequency is up to 500 kHz, with a capacitance of 18 pF. Its rated DC resistance sits at 2 Ohms.

The IDC7328ER5R6M is known for its high efficiency. Its coils use high-quality epoxy enameled wires, which provide excellent insulation performance and are able to withstand temperatures as high as 105°C. This makes the coils ideal for use in electronic systems, as they can handle high thermal power levels while also reducing the amount of radiation produced.

The IDC7328ER5R6M is typically used in a wide variety of applications including power supplies, audio systems, and inverters. Its protective construction and high-quality coils make it suitable for these applications. Its high-efficiency design is also responsible for its ability to reduce ripple and noise in power supplies, which allows for better power supply regulation and improved safety.

In terms of working principle, the IDC7328ER5R6M follows the same basic principles of operation as other similar inductors. When there is a change in current, it induces a voltage in the neighboring windings, which is then used to generate a magnetic field within the coil. The magnetic field in turn produces a force, which opposes the current, and thus produces the inductance.

To summarize, the IDC7328ER5R6M is a fixed inductor that is typically used in power supplies, audio systems, and inverters. It\'s known for its high efficiency and protective construction, which makes it ideal for these applications. Its working principle relies on the basic principles of inductance, where a change in current produces a voltage in the neighboring windings, which in turn creates a magnetic field and opposes the current.

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