CV201210-1R0K

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Fixed inductors, commonly referred to as coils or chokes, are passive electronic components composed of a winding around a core material. The core material can be iron, air, ferrite, or other materials, depending on the application. A coil usually stores energy as an electromagnetic field generated by the winding around the core material.

In many applications, coils are used to filter, couple signals, store energy, or increase impedance. The inductance of a coil determines its ability to store energy, while the impedance determines its ability to reject any other undesired signals or noise.

The CV201210-1R0K is an axial fixed inductor which is designed for applications requiring higher power ratings. It is constructed with a ferrite core and a copper wire winding. The arc-shaped ferrite core helps to reduce the leakage magnetic field, increasing power efficiency.

The inductance of the CV201210-1R0K is very stable over frequency range due to its ferrite core. Despite its small size, this inductor has a higher power rating up to 2.8A (AC). The inductance is also very consistent over the temperature range.

This Fixed Inductor is ideal for use in DC/DC converters, signal filtering, power supplies, switching circuits, and motor control systems. It can also be used for voltage regulation where transient response time and current-sensing capability are important.

The CV201210-1R0K has a few main working principles. Firstly, the coil creates an electromagnetic field in response to an electrical current passing through it. This creates a potential energy that will oppose any change in current. This opposing force is known as inductance. Secondly, when two electric coils, with the same resonant frequency, are placed in close proximity to each other, each coil influences the current flowing through the other. This is known as mutual inductance. This inductor also employs the principle of mutual inductance: when two similar electric coils with the same resonant frequency are placed in close proximity, they create a force known as magnetic coupling. This forces the current to flow one way rather than the other.

In conclusion, the CV201210-1R0K Fixed Inductor is a highly efficient device suitable for high power applications in a wide range of industries. Its stable inductance makes it suitable for use in both AC and DC circuits, while its small size makes it ideal for use in portable electronics. Its excellent temperature performance and high power rating make it an ideal choice for motor control and voltage regulation.

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