CDEP147NP-6R1MC-95

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Fixed inductors have been widely used in power management, signal conditioning, and telecommunications applications for many years. They are made by winding a copper wire onto a bobbin and sealing it in an epoxy compound. The CDEP147NP-6R1MC-95 is a surface mount fixed inductor with an inductance of 147nH. It has a rated maximum operating temperature of 85 degrees Celsius, with a saturation current of 4.8A and a resistance of 2.2Ω. This makes it one of the most efficient and reliable fixed inductors on the market.

The main application field for the CDEP147NP-6R1MC-95 is for power management, where its high efficiency and low resistance make it ideal for power regulation. The saturated magnetic field created by the inductor provides a stable output voltage, ensuring that digital circuits can operate reliably. It is particularly well suited to applications that require high current handling, such as switching power supplies.

In addition to being used for power management, the CDEP147NP-6R1MC-95 is also excellent at signal conditioning. Its low-loss design ensures that the output signal remains clean and free from noise. It is particularly well suited to audio amplifiers and can provide improved sound quality when connected to loudspeakers. It is also ideal for high frequency applications, as it has low distortion and good temperature stability.

The working principle of the CDEP147NP-6R1MC-95 fixed inductor is that of an electromagnet. When the inductor is supplied with an electric current, it creates a magnetic field which induces a voltage in the inductor. This voltage opposes the current, creating a dampening effect known as inductive reactance. The magnitude of the inductive reactance is proportional to the inductor\'s inductance, making the CDEP147NP-6R1MC-95 one of the most efficient inductors available.

The CDEP147NP-6R1MC-95 is one of the most efficient and reliable fixed inductors available, making it an ideal choice for a range of power management, signal conditioning, and high-frequency applications. Its high efficiency and low resistance make it ideal for a wide range of power regulation systems and its low-loss design ensures that the output signals remain clean and free from noise. The working principle of an electromagnet ensures that the saturation current and inductive reactance remain stable, providing a reliable and efficient solution.

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