CDEP134CNP-1R2MC-75

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Fixed inductors are passive electrical components that are designed to oppose changes in electric current through opposition to AC or DC electric flow. They are useful in providing constant electrical current to a given load. The CDEP134CNP-1R2MC-75 fixed inductor belongs to the same family and is often used in various electrical applications, such as radio and television devices, computer electronics, medical instrumentation, and other electronic consumer products. This article provides an insight into the application field, construction, and working principle of the CDEP134CNP-1R2MC-75 fixed inductor.

The CDEP134CNP-1R2MC-75 fixed inductor has a wide range of applications. It is mainly used in regulated DC-to-DC applications where low current reactance is desired. This inductor is also ideal for portable battery applications as it enhances the battery life of the device and reduces the voltage drop. It is widely used in mobile phones, laptop computers, and various other consumer electronic devices. Furthermore, the fixed inductor is also used in the electrical vehicles, telecommunication, and aerospace industries as it provides a stable DC current. Moreover, the CDEP134CNP-1R2MC-75 is used for improving the performance of RF and switching power supplies.

The CDEP134CNP-1R2MC-75 is constructed using a high-quality ferrite core that has high inductance value and low stray capacitance. Its core is wrapped with high-quality enameled-copper wire that is capable of sustaining high temperature, thereby making this inductor highly reliable. Furthermore, the inductor features a high insulation resistance, which helps to limit the current in the circuit. The CDEP134CNP-1R2MC-75 inductor has a low temperature coefficient, which helps to maintain stable current even during extreme temperature fluctuations.

The working principle of the CDEP134CNP-1R2MC-75 fixed inductor can be explained by comparing it to a solenoid. When a current passes through the core, the inductor assembly produces a magnetic field around it. This magnetic field is then able to oppose any changes in electric current, creating a constant electric current in the circuit. This solves the problem of instability in DC systems. Additionally, the constant current the inductor produces also helps reduce power losses in the circuit.

To conclude, the CDEP134CNP-1R2MC-75 fixed inductor is a high-performance and reliable component that provides stable current to any given system. It is often used in low-current regulated DC-to-DC applications, medical instrumentation, and other electronic consumer products. The working principle of the CDEP134CNP-1R2MC-75 can be explained by comparing it to a solenoid that produces a magnetic field that restricts changes in electric current in a circuit. As a result, this inductor maintains constant current in a system and reduces power losses.

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