CDRH6D26HPNP-4R7PC

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Fixed inductors, such as the CDRH6D26HPNP-4R7PC, are electronic components that can store electrical energy in the form of a magnetic field when a current passes through them. They are mainly used to create electrical current for various applications.

The CDRH6D26HPNP-4R7PC is a radial, leaded inductor with a maximum operating frequency of 500MHz. It features a ferrite core and stainless steel housing. It has a 2.2uH inductance value and a 4.7uH saturation current at 25 degree centigrade.

The CDRH6D26HPNP-4R7PC is typically used in various wireless applications. This includes radio receivers, transmitters, sound system amplifiers, microcontrollers, computers, and other electronic devices. By using an inductor in a circuit, it is possible to filter, shape, and store a current, and also reduce noise electrical spikes.

The CDRH6D26HPNP-4R7PC is built with a ferrite core that is designed to coil a wire and generate an electromagnetic response. The inductor’s core material is important because it affects the inductance value and frequency response. A core material with low saturation current ensures an inductor that runs at high frequencies more effectively.

Like all inductors, the CDRH6D26HPNP-4R7PC works by resistive effects in the form of induced voltage and current. When an electrical current passes through a coil it creates a magnetic field around it. The magnetic fields resist changes in the current and generates an induced voltage across the coil. This induced voltage opposes the change in the current.

When the frequency of the current is high, the reactance of the core material is increased. This reactance results in a decrease in the electrical current and an increase in the inductance. Higher frequencies require a larger inductance so a smaller core and more turns of wire on the core are necessary.

Inductors are also used to create high-frequency signals. This is done by varying the current flow through the inductor. This creates an electro-magnetic field that radiates off the inductor, resulting in a high-frequency waveform. The frequency is dependent on the inductance of the inductor and the current passing through it.

Inductors are used in electrical circuit applications to filter out electrical noise, to reduce power loss, and to regulate the current in a circuit. Inductors also have a varying range of applications in more specialized fields such as radio frequency transmission and transformation. The CDRH6D26HPNP-4R7PC is an example of a fixed inductor, and is mainly used in wireless applications.

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