CEP125NP-1R8MC-H

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Fixed inductors, also known as inductors, store magnetic energy when a current flows through a coil. As a result, the coil produces a magnetic field around it and an opposite voltage is produced at the output of the coil. This opposing voltage is known as inductive reactance. CEP125NP-1R8MC-H is a high-quality fixed inductor produced by Taiyo Yuden that offers a high level of EMI suppression, low DCR, wide temperature range, and better temperature characteristics.

CEP125NP-1R8MC-H fixed inductors can be used in a wide range of applications such as power supply and noise suppression for electronic devices, motor and power factor correction circuits, storage and output devices, measuring instruments, and more. The inductor also features a high-temperature polymer-coated insulation for enhanced robustness and a high degree of environmental protection. Its high voltage, low resistance, and high inductance make it ideal for applications that require improved efficiency and noise suppression.

The working principle of CEP125NP-1R8MC-H fixed inductor is based on Faraday\'s law of induction. This law states that a change in current through a magnetic field induces an electromotive force (EMF) at the output of the inductor. When a current passes through the CEP125NP-1R8MC-H coil, a magnetic field is produced around it, which induces a voltage opposite to that of the input current. This voltage is known as inductive reactance and counteracts the current flow, thereby limiting the flow of current or suppressing noise.

In addition, the CEP125NP-1R8MC-H fixed inductor also features a built-in temperature detection circuit that can detect the temperature of the coil and adjust the inductance of the device accordingly. This can help to ensure that the current being supplied remains within a safe range. Furthermore, the device is also designed with a high-temperature, UV-resistant coating for enhanced robustness and environmental protection.

Overall, CEP125NP-1R8MC-H fixed inductors are high-performance components that can be used in a wide variety of applications, due to its high voltage, low resistance, and high inductance. Its high temperature polymer-coated insulation, built-in temperature detection circuit, and UV-resistant coating also make it appropriate for use in hostile environmental conditions. Moreover, the working principle of the device is based on Faraday’s law of induction, which dictates that an EMF is induced when a current passes through a magnetic field, thus counteracting the current flow and reducing noise.

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