MIL1331-564K

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Fixed inductors are the most common type of inductors used in circuits. MIL1331-564K is one such type that has a wide variety of applications. This inductor is designed for use in radio and aviation systems, as well as in consumer and commercial electronics.

The MIL1331-564K is a standard radial leaded inductor, which is constructed from a coated aluminum shell and one or two windings. The windings are wound on a ferrite core material, which is non-magnetic and radiation resistant, and the resulting inductance is between 5.6 and 6.4 nH. The recommended DC current is 1 A for a 20% temperature rise.

The MIL1331-564K has a very stable working frequency over a wide range. The temperature coefficient is low, with a maximum of ±15ppm/°C, and the inductance is maintained over temperature variations. The insulation resistance is also very good, with a minimum of 30 Ohms at 25°C. The inductor has a high self-resonant frequency, which is typically 18 MHz.

In terms of applications, the MIL1331-564K can be used in a number of different circuits. It is particularly suited for use in radio and aviation systems, with its high self-resonant frequency. In consumer and commercial electronics, the inductor can be used in filtering and decoupling applications. It can also be used in transistor circuits to reduce high frequency noise.

The working principle of the MIL1331-564K is based on Faraday’s law of electromagnetic induction. Basically, when a conductor is placed in a changing magnetic field, a voltage is induced in the conductor. With the MIL1331-564K, the windings on the inductor create a field when current is applied, and this field induces a voltage in the windings, resulting in an electrical signal.

In conclusion, the MIL1331-564K is an excellent choice for a wide range of applications. It offers a stable working frequency over a wide range, is highly resistant to temperature variations, and has a high self-resonant frequency. It is also easy to install and use, and has a very good insulation resistance. It is an ideal fixed inductor for radio and aviation systems, consumer and commercial electronics, and transistor circuits.

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