CDRR75NP-102MC

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Fixed inductors are electronic components used in circuits to help boost or reduce the levels of current or voltage. The CDRR75NP-102MC is an inductor designed for use in low frequency high-power applications. This device features superior current handling capabilities and is a viable option for a range of applications.

This device features an integrated 4-pin layout, allowing it to be quickly and easily installed in any circuit. It is suitable for both commercial and industrial applications, offering fast assembly and reliable performance. The lead frame construction of the device ensures superior durability and efficient heat dissipation.

The core of the device consists of an encapsulated inner ferrite material which provides excellent stability and the necessary self-resonance at low frequency. The advanced technology ensures that the inductor delivers a consistent electrical current at any temperature with very low losses.

The special construction of the capacitors also ensures that the effects of temperature fluctuations are minimized and the performance is stable with regard to temperature. The operating temperature range of this device is between -55°C and +125°C.

The inductance value range of the CDRR75NP-102MC is between 9µH and 220µH, which is ideal for various low frequency, high-power applications such as power supplies and transformers. This inductor can handle currents ranging from 2 A up to 4.2 A and is also suitable for high efficiency high current applications.

When it comes to the working principle, the way in which current flows and is stored in an inductor can be explained using two different principles: self-induction and mutual induction. Self-induction is the phenomenon of an inductor storing electrical energy due to changes in the current flowing through it. Mutual induction occurs when the magnetic field generated by a current in one inductor affects a second inductor.

In the case of the CDRR75NP-102MC, the device works using self-induction. As the current through the device increases or decreases, it stores energy in its magnetic field, thereby creating a level of resistance that opposes the change in the current.

This device is a great choice for a range of applications, due to its superior current handling capabilities and reliable performance. The advanced technology ensures that the inductor delivers a consistent electrical current at any temperature with very low losses. The inductance value range of the device is also ideal for various low frequency high-power applications.

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