N06DB4R7M

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Fixed inductors are electronic components used to store electrical energy, usually in the form of an electromagnet, and the N06DB4R7M inductor is no exception. It is a fixed inductor with a very small inductance of 2.2μH and a total package size of 0.8mm x 0.58mm x 0.3mm, making it an ideal choice for space-constrained applications like smartphones. It features a maximum working voltage of 2.9V DC and a maximum rated current of 0.22A.

The N06DB4R7M fixed inductor is typically used to filter signals in a circuit, allowing a certain frequency of the signal to pass while attenuating others. This is accomplished by a combination of the self-inductance and resistance of the inductor, which interacts with the capacitance of the external components to form a low-pass filter. This allows the circuit to reduce unwanted noise and improve signal clarity.

The fixed inductor is also employed to smooth out current pulses and reduce harmonics in power supply lines. In these applications, the inductor stores the energy contained in the current and releases it slowly, ensuring that the voltage supplied to the load does not fluctuate too quickly. This reduces the amount of energy lost as noise, resulting in more efficient power conversion.

The N06DB4R7M fixed inductor is also used in coupling applications, where it links two circuits together while preventing DC currents from flowing between them. Again, this is accomplished by the inductive nature of the component, which prevents the direct flow of current between the two circuits, while allowing them to interact. This can be particularly beneficial when employing power supplies in low voltage and high frequency circuits, as it allows one circuit to isolate the other from low voltage instabilities and high frequency noise.

The N06DB4R7M fixed inductor is a versatile and effective component, and its small size makes it suitable for many applications. When used in combination with capacitors and resistors, it can be used to filter signals, reduce noise, prevent high frequency noise, and provide smooth current transition in power supply lines. It can also be used as a coupling element between two circuits, isolating the DC currents while allowing them to interact.

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