CI160808-R15J

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Fixed inductors refer to electrical components that use coils to store energy in the form of inductance. Inductors are constructed with a stationary core and wire coil around it, thus allowing them to store electromagnetic energy. The CI160808-R15J is a member of the fixed inductor family, and is used to in various electronic devices because they are cost effective, compact and reliable.

The CI160808-R15J is a radial-leaded, ferrite-core, multi-layer air-core inductor. It features a high rated current, low DC resistance, excellent shielding effectiveness, high Q, small size and low cost. The inductor has a number of applications, most of which involve coupling or decoupling signals in electronic devices. Examples include use in antenna switches, mobile phones, base stations, power-line filters and DC-DC converters.

The CI160808-R15J has a voltage rating of 12V, a maximum rated current of 0.5A, a maximum Q factor of 200, a maximum operating temperature of 85°C, an inductance tolerance of +20/-20%, and a dielectric strength of 8.0kV/mm. This makes it ideal for a wide range of applications, from high-frequency switching power supply designs to high-impedance voltage decoupling.

The CI160808-R15J\'s working principle is based on Faraday\'s law of induction. When a changing current passes through the inductor\'s coil, it creates a magnetic field which opposes the current. This opposition results in the energy being stored in the form of an electromotive force, which can then be used to power electronic devices.

The CI160808-R15J also has a number of advantages over other types of inductors. It is more cost effective, as it does not require separate windings or a physical core, making it easier and cheaper to manufacture. Additionally, its small size allows it to be used in a wide range of applications, from high-frequency switching power supplies to high-voltage voltage decoupling.

In conclusion, the CI160808-R15J fixed inductor is a reliable, cost-effective and compact component that has a multitude of applications, such as coupling or decoupling signals in mobile phones, base stations, power line filters, DC-DC converters and antenna switches. Its working principle is based on Faraday\'s law of induction, which states that when a changing current passes through the inductor\'s coil, it creates a magnetic field that opposes the current, thus storing energy in the form of an electromotive force.

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