42652C-R

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Fixed inductors are printed circuits that are wired with metal coils which carries electric currents. They are used to develop electric fields and other currents in a variety of ways. The 42652C-R is an especially versatile printed circuit inductor which is used in a variety of applications.

42652C-R Application Field

The 42652C-R is a high performance, low cost printed circuit inductor that is ideally suited for a wide range of electronic components assembly and assembly processes. It is used in the production of transformers, voltage processors, RF filtering, signal modulation and wave drivers. It is also commonly used in noise filtering, signal amplification, signal processing, high frequency application, and power supply circuits. It is available in different renumbers, which provide different operating temperatures and frequency ranges.

The 42652C-R can also be used in various high technology applications such as cellular phones, small electronic devices, personal audio devices, TV set-top boxes, and data converters. It can also be used for speed controls, motion control systems, digital signal processing, land surveying systems, and medical imaging. Furthermore, it can be used in a variety of military and aerospace components, like Printed Speakers, GPS Vehicle Tracking Systems, and Radar Equipment.

42652C-R Working Principle

The 42652C-R is an air-cored inductor which is designed to generate a constant magnetic field when current is passed through it. Its construction includes two flat copper wire loops which are placed in parallel and connected to a conductive copper layer. These copper wire loops form a transformer, which transfers the applied current and develops an alternating magnetic field inside the inductor core.

The electric field generated by the alternating current is used to induce voltages across the inductor’s core and the resulting voltages produce magnetic fields within that core. The generated fields repel and/or attract each other, depending on the direction of the current flowing through them. This repulsion and attraction causes an inductive effect, which in turn modulates the amount of current flowing through the inductor. By manipulating the amount of current passing through the inductor, its output power, efficiency and other operating parameters can be adjusted.

The 42652C-R is also relatively easy to use and modify. In general, it can be used to produce a variety of different coil configurations for specific applications. It can be used in combination with other components to create higher impedance circuits, and its variable ferrite core permits the operator to adjust the inductor’s impedance, depending on the desired application. As a result, the 42652C-R is one of the most versatile and cost-effective inductors available for various types of electronic components assembly and assembly processes.

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