CR75NP-151KC Inductors, Coils, Chokes

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Fixed inductors are electrical components that contain a coil of wire wrapped around a bead or drum of iron. This circuitry allows for the passage of current when a voltage is applied, creating an inductance in the circuit. The CR75NP-151KC is a standard fixed inductor commonly used in a variety of applications, and has the following features:

CR75NP-151KC provides a wide, low-noise current range of up to 1500 A. It has a high-frequency performance of up to 800kHz, a working voltage of up to 500V, and a saturation current of 500 mA. The inductor also has an operating temperature range of -40˚C to 85˚C.The inductance is 1.5μH ± 10% at 100kHz. This model of fixed inductor is small in size with a diameter of 7.5 mm rather than traditional inductors. The CR75NP-151KC is designed to have good thermal and mechanical stability, leading to a low mechanical hum and improved reliability.

Fixed inductors such as the CR75NP-151KC have numerous applications, most commonly in power supplies, AC adaptors, LED drivers, EMI filters, power amplifiers and inverter circuits. The component is also ideal for use in various signal-filtering applications due to its wide frequency range and high-efficiency performance. Fixed inductors are used in the basic input-output functions, providing extra stability and uniformity to the overall circuit.

The CR75NP-151KC is a specific type of fixed inductor, and its working principle involves the transformer effect. As current passes through the inductor, an electromagnetic field is created around the coil. When this field interacts with the magnetic forces of the inductor core, it induces an opposite magnetic field in the core. This difference in magnetic fields results in a transformer-like action, creating a reversing voltage at the inductors terminal. This voltage is then added to the supply voltage to produce a new voltage, with the magnitude of the output voltage depending on the frequency and number of times the circuit was reversing.

Fixed inductors such as the CR75NP-151KC play an important role in the operation of a variety of systems. They are valuable components in both enhancing the quality of the final output and in controlling the power consumed by the system. As they have a high operating temperature range, they are also suitable for use in extreme conditions. Additionally, fixed inductors can be used to improve the signal clarity and reduce the interference of radio frequency signals. Due to these advantages, they are becoming increasingly popular for use in various applications.

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