CMH322522-R33ML

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Fixed Inductors are useful components in electronic circuits for achieving efficient current paths and various filtering applications. One of the most common types of inductor is the CMH322522-R33ML, a fixed inductor component designed to provide a versatile solution for electronics designers.

The CMH322522-R33ML is rated for an operating temperature of up to 120°C, allowing for excellent temperature stability, and it is rated for use at up to 33MHz of signal frequency. This makes the CMH322522-R33ML ideal for a variety of applications such as signal filtering, power supply regulation, and radio frequency (RF) amplifiers.

The CMH322522-R33ML consists of a ferrite core material, which is composed of several intersecting windings wrapped in an outer shell. It has a coil resistance of 5.2 ohms and an inductance of 1.6μH. The inductance is the amount of magnetic field necessary for the inductor to function. The inductor measures 22mm in diameter by 25mm in height, which makes it compact and suitable for tight-fitting spaces.

The operating principle of the CMH322522-R33ML is based on the concept of inductance. This occurs when a changing current is passed through a coil of wire, causing a magnetic field to be created which induces and stores energy. This energy is then released when the current drops, causing a currentlag and allowing the inductor to store and release energy in a controlled manner.

The CMH322522-R33ML is used in a variety of circuit designs in order to protect sensitive components by providing an energized path for conducting current. It is also used in the implementation of filters, which modify the signal being passed through them, and in the implementation of various types of amplifiers, which are useful for audio and RF applications.

The CMH322522-R33ML is an excellent choice for applications requiring a fixed inductor component. Its small size, excellent operating temperature range, and frequency tolerance make it suitable for a variety of circuits. This makes it an ideal choice for use in a wide range of electronic designs.

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