IHHP0806AZER2R2M01

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Fixed inductors are a type of electronic component that is predominantly used in electrical circuits to store electrical energy for a short period of time. They have a wide range of applications including charge pump circuits, integrated circuits, clock circuits, RF circuits, and oscillator circuits.Fixed inductors can be found both as surface-mount and through-hole components, with varying form factors, dimensions, power ratings, and materials. The IHHP0806AZER2R2M01 is one such fixed inductor that is wildly used in a variety of different applications due to its general purpose nature and rugged durability. But what is it, and what are its applications and working principles?

The IHHP0806AZER2R2M01 is a general purpose fixed inductor manufactured by TDK. It is designed specifically for high-frequency circuits, such as RF circuits. It has a power rating of 6.5 A and a maximum DC resistance of 2.2 mOhms. As a sinusoidal inductor, it’s also temperature tolerant to about 105°C and able to handle high voltages of up to 500 V. It is available as a through-hole component, which means it must be soldered onto the circuit board during installation.

The primary application of the IHHP0806AZER2R2M01 is for power supply decoupling and voltage filtering applications. This device can be used to minimize the effects of noise and reduce the voltage spikes generated from the high-frequency switching of power electronic components in a circuit. The inductor is also frequently used in RF circuits, where it can serve as an antenna or filter to isolate high frequency signals from the rest of the system. Additionally, the IHHP0806AZER2R2M01 can be used in analog circuits as an adjustable frequency control element.

The basic working principle of the IHHP0806AZER2R2M01 is simple. When an AC voltage is applied across the inductor, an opposed magnetic field is created, causing an opposing current that changes in sync with the applied voltage. This opposition has the effect of absorbing the electrical energy, leading to a reduction in the output signal. This effect is useful in power supply decoupling, high frequency filtering, and voltage filtering applications. In RF circuits, the inductor can be used to create an inductive reactance, which is a measure of the opposition of an inductor to alternating current. This effect can be used to limit the magnitude of a signal or to filter out signals at specific frequencies.

The IHHP0806AZER2R2M01 has a wide range of applications in electronic circuits due to its general purpose design, rugged durability, and easy installation. It can be used for power supply decoupling, filtering, and voltage regulation in high frequency circuits. It also has the ability to serve as an adjustable frequency control element in analog circuits. Understanding the basic working principles of this component will help to ensure optimum performance in any circuit application.

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