100-331M

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Fixed inductors refer to inductors whose inductance values are small and remain unchanged after manufacturing. They play a critical role in various electronic circuits, such as high-frequency transformers, RF amplifiers, and AC-DC converters. The 100-331M application field and working principle is the same as for other types of fixed inductors, primarily determining the frequency of oscillation and the damping factor in circuits.

Applications

The 100-331M is an excellent choice for use in waveshaping and in low/high pass filters, due to its small size and low inductance value. This inductor is also suitable for use in broadcasting, as it is able to accurately adjust impedance circuits to limit the resonance of the transmission system. In addition, the 100-331M can be used for various clock circuit applications, such as divide-by-4, divide-by-6, and divide-by-8 circuits.

In medical applications, 100-331M inductors are useful for generating linearities in cross-coupling and frequency compensation, as well as allowing transducer sections to tolerate noise. The 100-331M\'s outstanding heat-resistance and its ability to maintains a constant working temperature no matter its frequency make it suitable for the high temperatures found in Magnetic Resonance Imaging (MRI) rooms. This inductor is also capable of providing excellent filtering for pacemakers.

Working Principle

The 100-331M works on the principle of electromagnetic induction. This means that it stores energy magnetically and releases it when needed through current flow. The device consists of two main components: a core and a coil. The core consists of a ferromagnetic material which creates a magnetic field when electric current is passed through the coil. The strength of this magnetic field is proportional to the amount of current that passes through the coil. This allows the inductor to dynamically adjust the current in a circuit continuously.

When an alternating current is applied to the coil of the 100-331M, its inductance value remains almost constant, making it ideal for applications where low-dissipation is desired. The 100-331M is also capable of quickly regulating current in a circuit, and is quite resistant to rising temperatures. This is why it is so useful in high-power applications.

Conclusion

The 100-331M fixed inductor is a versatile and reliable device with multiple applications, making it an ideal choice for numerous applications. It is capable of maintaining a constant temperature, has low inductance values, and can quickly regulate current in circuits. With its excellent heat-resistance and noise-tolerance, the 100-331M is a great choice for medical applications, as well as broadcasting or filter applications.

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