IHB3EB330K

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Fixed inductors are a class of passive electronic components. When subjected to an alternating current, these devices alter the magnitude and phase of the signals present in circuits. The IHB3EB330K inductor is a particularly powerful device, capable of storing and releasing a significant amount of energy. This makes it a great choice for DC-DC step-down converters, switched-mode power supplies, and other applications where power transfer is reliable and efficient.

The specific characteristics of the IHB3EB330K will vary from manufacturer to manufacturer, but generally the device is capable of operating in temperatures up to +105°C, with a 2A maximum rated current and a 20.5mW dissipation. The inductance is 1.4mH, with a tolerance range of ±10%. It has an operating frequency range of 22kHz - 100kHz, with a total package size of 1210mm^2.

The working principle of the IHB3EB330K is based on two main principles. First, when an alternating current is applied to the device, it sets up a magnetic field which, in turn, induces a voltage in the device. This is known as the inductor’s inductance. This inductance can be thought of as the device’s ability to store energy. Second, the device’s inductance affects the phase of the current passing through it. This can be useful for purposes such as filtering and matching of impedances.

Fixed inductors such as the IHB3EB330K are incredibly versatile devices, and can be used in a wide variety of applications. They can be used as part of DC-DC step down converters, power supplies, and a long list of specific electronic components, such as voltage regulators, audio amplifiers, or even in the design of sophisticated filter networks and resonant circuits. Additionally, due to their low resistance and low noise characteristics, these devices are ideal for signal conditioning in analog circuits.

In summary, the IHB3EB330K fixed inductor is a reliable and cost-effective component, broadly applicable for power conversion controllers and audio and signal filtering applications. It is capable of operating under a wide range of current and temperature conditions, offering high performance in applications where power transfer is a priority. Its relatively small size also makes it an attractive choice for a plethora of tight-space applications.

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