4232R-101K

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Fixed Inductors:

Fixed inductors, also known as inductors, chokes, or coils, are electronic components that can store energy magnetically in a magnetic field. They are one of the most common inductance components used in a wide variety of applications. The 4232R-101K fixed inductors are designed to provide a stable inductance and at the same time, eliminate the need to regularly adjust the inductance values.

Inductors are passive two-terminal components, which consist of a conductor, usually a wire coiled into a helix or a loop. The 4232R-101K inductors take the form of a donut-shaped core that is wound with a length of wire. The current flowing through the wire is resisted by the inductor’s opposition to the change of current, which stores energy in a magnetic field. Typically, these fixed inductors are rated by their inductance, which is measured in Henrys (H).

4232R-101K are commonly found in applications that require low levels of frequency, such as in high-voltage transformer applications, line filters, or high current inductance applications. This type of fixed inductor is typically used in circuits operating at higher frequencies, while its size and weight makes it suitable for installations in devices with limited space. Without any external components, the inductors provide reliable performance and feature an adjustable inductance value range, making them ideal for applications that require temperature or frequency compensated inductance values. Additionally, 4232R-101K inductors feature a high self-resonance frequency, ensuring maximum inductance stability over a wide frequency range.

The 4232R-101K inductors are designed to provide a stable inductance and at the same time, eliminate the need to regularly adjust the inductance values. This energy-storing capability helps to reduce the overall operating power dissipation and improve the efficiency of the circuit. As these inductors have an adjustable inductance range, they can be used in different applications where the inductance value can be changed to meet the specific requirements.

The working principle of 4232R-101K inductors is based on Faraday’s law, which states that a changing magnetic flux (field) induces a voltage, and the amount of induced voltage is related to the rate of change of the field. The 4232R-101K inductors can be found in circuits operating at higher frequencies, and as such, the self-inductance of the inductors is constantly changing as current passes through the wire in the inductor. This changing magnetic flux induces an electromotive force, which opposes the changing current and thus creates an inductance.

The 4232R-101K inductors are designed to provide a stable inductance and eliminate the need to regularly adjust the inductance values in order to meet the specific requirements of the application. This ability to store energy and change it over time makes them a great choice for applications that require stable and reliable inductors. Also, the adjustable inductance range of the 4232R-101K inductors makes them suitable for applications that require temperature or frequency compensated inductance values.

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