S0402-22NH3C

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Fixed inductors, also known as lumped components, are a type of electrical component that provides or stores inductance in an electrical circuit. The S0402-22NH3C is a fixed inductor from TDK Corporation. It is a miniature insulated surface mount type inductor with an inductance of 2.2µH and current rating of 400mA.

The S0402-22NH3C utilises a ferrite core winding technology which ensures a high-current rate for its small size. This makes it ideal for use in portable devices and other applications requiring a compact, reliable inductor. The rated saturation current of the S0402-22NH3C is 40mA and the rated DC resistance is 0.0125.

The S0402-22NH3C is an excellent choice for RF circuits due to its low inductance and high current rating. It is frequently used in cellular, radio, and wireless communication systems. The low inductance means that the losses in the circuit while transmitting RF signals are reduced, allowing for higher efficiencies. Additionally, the unit has been designed to minimise interference from other components during transmission and reception.

The S0402-22NH3C also provides significant dynamic noise immunity. This allows it to remain functionally stable in circuits with high frequency and voltage switching. This makes the S0402-22NH3C a great choice for use in automotive and robotics applications which require high current operation and reliable performance.

The working principle of the S0402-22NH3C is simple. It works by storing energy in a magnetic field and releasing it back into the circuit over a set period of time. This natural inductive reaction helps to reduce the size of a circuit and increase its efficiency. Additionally, the inductor can also be used to restrict current and voltage to closely specified parameters, ensuring the protection of critical components in the circuit.

The S0402-22NH3C is a miniature inductor designed for a wide variety of applications. It is not only suitable for low-power circuits, but can also be used for high-power applications thanks to its high current rating and low inductance. Furthermore, the unit offers excellent noise immunity and dynamic stability in circuits that require a lot of switching.

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