CDEP134-2R7MC-H

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Fixed inductors are passive components that store electrical energy in the form of a magnetic field when a current flows through them. The basic physical principles of fixed inductors have been known for many years, showing that two individual conductors in close proximity, when connected to a voltage source, will interact and a current will flow through them. The interactions of the conducts and the consequent flow of current causes a magnetic field which induces the other conductor to also carry current. The mutual inductance, or the coupling, of two coils is specified by the amount of induced current per unit of applied primary current in one conductor.

The CDEP134-2R7MC-H fixed inductor is a particularly robust type of fixed inductor, designed for use in the more demanding mid- to higher-frequency ranges. This inductor is constructed with a small form factor of 3428 size and allows for a higher-frequency operation than many other types. This is due to its multi-layer construction, which increases the number of turns of wire contained within. The inductance value range of the CDEP134-2R7MC-H is from 2.7 to 47μH, allowing for plenty of design flexibility when employed in various applications.

The CDEP134-2R7MC-H fixed inductor is highly suited for use in many different types of circuits. The most common application is in RF circuits, where high-frequency accuracy and stability are critical to the performance of the overall circuit. Other applications include in power supplies, where the inductor is used as a voltage source to help control the output voltage, and motor control applications, where the inductor is used to maintain the proper speed and torque control.

In terms of its working principle, the CDEP134-2R7MC-H fixed inductor operates by acting as a coil, storing electrical energy in a magnetic field when current flows through it. When the current is switched on, a magnetic field is created around the inductor, which can then be used to create a voltage across the inductor. This voltage is then used to drive current in the other direction, completing the circuit. This process is repeated as long as current flows in the circuit.

The CDEP134-2R7MC-H fixed inductor is a particularly useful component for those designing circuits with high-frequency accuracy and stability, such as RF circuits, power supplies, and motor control applications. The small form factor of these inductors, along with their multi-layer construction, makes them well suited for use in compact designs. Thanks to its wide inductance value range, it is also very flexible for implementation in a variety of circuit designs.

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