19R155C

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Fixed inductors are electrical components used to store magnetic energy within a defined space. In other words, they act as coils that can generate a certain amount of inductance. The 19R155C inductor is a type of fixed inductor typically used in high frequency applications.

The 19R155C inductor is an axial leaded inductor, meaning that the leads are routed through the axle of the device. It is also a shielded inductor, meaning that the coil is surrounded by a metal can that shields the coil from outside interference. The 19R155C is designed to offer high performance in both high frequency and high current applications.

The 19R155C inductor has a low inductance of 55uH. It has a maximum current of 10A, and a maximum voltage of 100V. It also has an extremely low loss of only 0.4 Ohm. This makes it ideal for high frequency applications, as it can generate a high amount of inductance without consuming too much current.

The 19R155C inductor is typically used in high frequency applications, such as in DC-DC converters, RF filters, and power supplies. In DC-DC converters, the inductor helps to increase the output voltage by storing electrical energy in a magnetic field. In RF filters, the inductor helps to filter out unwanted frequencies. In power supplies, it helps to supply current during high current surges, and it also helps to smooth out fluctuations in the input voltage.

The working principle of the 19R155C inductor is based on Faraday\'s law, which states that the current in a coil can be increased or decreased by creating a changing magnetic field. When a changing magnetic field is created, it induces a voltage, which generates an electrical current, which then flows through the inductor. The amount of current flowing through the inductor is proportional to the strength of the magnetic field.

The 19R155C inductor is an excellent choice for high frequency applications. Its low inductance, combined with its high current and low loss capabilities, make it a reliable and efficient device. It is also highly durable, and is capable of withstanding extreme temperatures. Its shielded design also helps to protect it from external interference, making it an ideal device for applications where interference must be minimized.

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