HM66-20120LFTR13

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Fixed inductors generally serve as components in electronic circuitry, providing a code or reference to identify their properties (such as inductance, capacitance, or resistance) and their potential uses. A fixed inductor, such as the HM66-20120LFTR-13, is a part of the piezo-ceramic inductor family. It is a surface mount device with a rugged construction and high temperature operation.

The HM66-20120LFTR-13 is a litz wire type inductor design that can handle high powers. It is ideal for resonant circuits, audio circuits, power supplies, and noise suppression. It operates in the range of 1 to 2 MHz with a rated operating temperature range of -30° to 75°C. The inductor is made of two inner and one outer ferrite core, with a high temperature insulation coating. The part is available in either two or four pin configurations, and the device\'s pin positions are marked to reduce the risk of installation errors.

The operating principle of an HM66-20120LFTR-13 fixed inductor is the same as that of a standard inductor: it utilizes a thin layer of conductive material to create an electric field between two conductors. This electric field then induces a current in the conductor when a voltage is applied. This current flow generates a magnetic field, which is the inductive current responsible for the characteristic of the inductor.

The HM66-20120LFTR-13 fixed inductor has a wide range of applications. For example, it can be used in power filters, DC-DC converters, as well as resonant converters. Its higher power density allows it to be used as an inductor in high power circuits, such as those found in motor controllers, power amplifiers, and other control systems. Additionally, the low profile and the high temperature range make it suitable for use in medical and automotive electronics.

The HM66-20120LFTR-13 fixed inductor is an ideal choice for engineers and hobbyists looking for a reliable device that offers a wide range of applications. It is a great component for creating stable and reliable DC-DC converters, as well as high powered audio and resonance circuits. Its rugged construction and safe operating temperature range make it a great choice for use in a variety of high power applications.

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