PE-0402CC2N0STT

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Fixed inductors are electrical components that are very efficient in storing energy as magnetic fields in a coil. A fixed inductor is composed of a coil with several turns around a steel core, with alternating current varying during its lifespan. The PE-0402CC2N0STT fixed inductor is no exception except that it is an ultra-small SMT type inductor made of ceramics.

The application field of a PE-0402CC2N0STT fixed inductor can be seen in many electronic circuits. It is mainly used as interference suppression in signal circuits to suppress unwanted EMI (Electro-Magnetic Interference), as an active component in the circuit, and as an impedance matching element in power supplies. It is also widely used in pulse power supply circuits, where it reduces the rise and fall time of pulses, and in measuring power supply circuits in which it can reduce the long rise time of power rails.

The working principle of the PE-0402CC2N0STT fixed inductor to a large extent follows the general working principle of fixed inductors. When alternating current moves through its winds, it builds up a magnetic force field and stores the energy as magnetism. This stored energy is then released when the current is interrupted. The direction and magnitude of the current determine the amount of stored energy. The PE-0402CC2N0STT inductor can store more energy than other inductors of the same size due to its ceramic material.

The PE-0402CC2N0STT fixed inductor also comes with a safety feature, which is the ability to withstand high temperatures. The safety feature was incorporated into the design to make sure that the inductor does not get damaged due to high temperatures. This is especially useful in circuits that will be exposed to temperatures above the normal operating temperature levels.

In conclusion, the PE-0402CC2N0STT fixed inductor is a versatile component used in many electronic circuits. Its small size allows it to be used in many applications, from interference suppression to voltage regulation in power supplies. Its high-temperature safe construction makes it ideal for use in circuits that will be exposed to extreme temperatures. Its working principle follows the standard principles of fixed inductors, with alternating current storing energy as magnetism and then releasing it when the current is interrupted.

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