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Fixed Inductors

Inductors are electrical components designed to resist changes in electrical current. They are most commonly used in power and signal circuits, such as filter circuits and low-frequency applications. They are usually made from a tightly wound coil of wire, although other materials are sometimes used. Fixed inductors, such as ER1641-105JP, are designed to resist a predetermined level of current. They are commonly used in power circuits to filter out any unwanted signals or noise.

ER1641-105JP Application Field and Working Principle

The ER1641-105JP is an inductor designed for use in power circuits. It has a maximum current rating of 0.8A, a temperature range of –40°C to +85°C, and an inductance of 10.5uH. It is designed to hold this inductance value even when subjected to high levels of current or voltage. It is commonly used in power switching circuits, noise filters, and DC to DC converters. The ER1641-105JP has a shielded construction to reduce the effects of external interference on the performance of the inductor.

The working principle behind the ER1641-105JP is based on the fact that an electric current creates a magnetic field. The ER1641-105JP uses this property of electricity to resist change in current. As current passes through the inductor, the magnetic field builds up and causes the inductor to resist change in current. This property of inductors allows them to filter out any unwanted signals or noise, which is why they are commonly used in power circuit applications.

In addition, the ER1641-105JP is designed with a shielded construction, which helps reduce the effect of external electromagnetic interference on the inductor’s performance. This shielding helps ensure that the inductor maintains its inductance value over a wide range of current and voltage levels. This helps ensure reliable performance in power systems.

The ER1641-105JP is a versatile and reliable fixed inductor that can be used in a wide range of applications. Its shielded construction helps reduce the effects of external interference on the performance, making it suitable for use in sensitive power circuits. The predetermined inductance value also makes it suitable for use in noise filters and DC to DC converters. It is a highly reliable component for use in both high and low-frequency power applications.

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