CDRR94ANP-121MC

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Fixed inductors are a type of passive electrical components used to create inductance in circuits. They are composed of a core material surrounded by a conducting wire which forms a coil. The most common core materials are ferrite and iron. Fixed inductors are often used in applications such as switching power supplies, power factor correction circuits, and filter networks for signal manipulation and conditioning. As with any electrical component, the inductance value of a fixed inductor is important, as it determines the size and shape of currents and voltages within a circuit. The CDRR94ANP-121MC is a fixed inductor designed for applications that require medium to large inductance values.

The CDRR94ANP-121MC is a ferrite core fixed inductor with an inductance range of 11.9mH to 12.3mH, two different types of terminals and a variety of sizes and inductance values. The core in this inductor is made of ferrite, which has a high resistance to temperature changes and therefore is able to remain stable across a wide range of temperatures. The current rating of this inductor is 7.6A and the saturation current is 22.4A. This inductor is also rated for a peak current of up to 30A. The CDRR94ANP-121MC standard pin configuration offers two different terminals, a single and a double terminal. The single terminal is designed for circuit board mounting, while the double terminal is designed for wire wrapping.

The CORE94ANP-121MC primary function is to reduce the amount of voltage drops in a circuit due to inductive reactance. This fixed inductor\'s main application field is for power supplies, allowing them to provide a stable voltage to the connected load. The electrical energy stored in the inductor is released to the load when the voltage supply to the load is reduced. The inductor also acts as a filter, blocking high frequency signals while allowing low frequency signals to pass through. This allows the circuit to perform more efficiently and reduces electromagnetic interference.

The working principle of a fixed inductor is very simple and straightforward. Two wires are wrapped around a core material and a voltage source is then connected. When a voltage source is applied across the two wires, a magnetic field is generated which stores energy within the inductor. The voltage across the inductor is proportional to the amount of energy stored, and is only released when the voltage across the inductor is reduced. This allows the inductor to regulate the amount of voltage within a circuit, creating a more efficient flow.

The CDRR94ANP-121MC is an excellent choice for applications that require a large amount of inductance, such as switch mode power supplies and power factor correction circuits. Its ferrite core material is temperature stable over a wide temperature range, making it ideal for a variety of applications. The current rating of the inductor is also quite high, allowing it to handle up to 30A of current, making it suitable for high power applications. Overall, the CDRR94ANP-121MC is an excellent choice for any application that requires a high level of inductance.

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