ATFC-0402-1N1B-T

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Fixed inductors commonly possess properties such as radio frequency interference (RFI) filtering, voltage regulation, and signal quality improvements in demanding electronic circuits. Inductors can be ideal components for transformer tasks or to provide a specific radio range isolation. Fixed inductors are widely used in circuits which require higher inductance values, in order to reduce high frequency noise in power management systems or to suppress switching transients in power supplies.

ATFC-0402-1N1B-T is a small, surface mount fixed inductor with a 0.0402 inch chip size and 10 millihenry inductance. This product is rated with a maximum current of 1A DC and an operating temperature range of -20°C to +85°C. ATFC-0402-1N1B-T device is constructed with a ceramic core and copper wire winding, and is typically used in consumer, industrial, communication and automotive circuits.

The application field of ATFC-0402-1N1B-T lies primarily within the areas of RF shielding applications. It is utilized as an integral part of the design process of hard-wired integrated circuits. Moreover, it is deeply involved in the enhancement of frequency stability, especially in digital and computer circuitries. The inductor permits the use of other passive components in the design process like capacitors, resistors, semiconductors, and integrated circuits.

Regarding its working principle, ATFC-0402-1N1B-T inductors are effectively designed for modern home and vehicles use. During operation, the inductor stores energy as a magnetic field in its core when current flows through the wire loops of the coil, forming a magnetic field. This magnetic field stores energy and prevents excessive current, voltage and phase differences from reaching the other components in the circuitry of the device. The inductor works by creating a magnetic field that extends through the line, and reacts to the changes that occur in the value of the current. This reaction is proved to be effective in producing efficient low pass filtering or signal shielding.

In conclusion, ATFC-0402-1N1B-T fixed inductor can be efficiently utilized in applications where the streams need to be properly filtered and regulated due to the magnetic field which is created when current flows through the coils. This inductor is typically used in consumer, industrial, communication and automotive circuits for RF shielding applications. Its working principle is to store energy as a magnetic field in its core and to react to the changes that occur in the value of the current.

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