UP0.4SC-471-R

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Fixed Inductors are components designed to store electrical energy in the form of a magnetic field in its core material. UP0.4SC-471-R is one of the most commonly used inductors for providing power and signal conditioning to electronic circuits.

The UP0.4SC-471-R inductors have a flat top construction that is designed to reduce EMI and reduce core losses. The small size of these semi-shielded inductors enables efficient component placement within a small space. UP0.4SC-471-R inductors are commonly used in active and passive filters, as well as in a variety of power supply applications.

The UP0.4SC-471-R inductor is a low-profile surface mount component with a maximum inductance of 4.19µH and a tolerance of ±20%. It has a DC resistance of 0.54Ω and a saturation current of 1.16A. The UP0.4SC-471-R inductor employs an internal shield to minimize EMI increase and reduce core losses.

Working principle of the UP0.4SC-471-R inductor is based on the principle of electromagnetic induction. When electric current passes through the conductor, a magnetic field is generated in the core material through which the current passes. The energy stored in this magnetic field is then released as the current is switched off and the field collapses.

The UP0.4SC-471-R inductor has a wide range of applications including power supply circuits, automotive electronics, home entertainment systems, computer motherboards, LED displays, medical equipment, etc. It is used to reduce high frequency noise, increase power supply filtering, and reduce interference in printed circuit boards.

The UP0.4SC-471-R inductor is ideal for power supply, RF, and signal conditioning applications requiring compact size and high efficiency. It is also suitable for industrial and consumer applications, and automotive electronics due to its small size and high efficiency.

In conclusion, the UP0.4SC-471-R inductor is a great choice for a wide range of power and signal conditioning applications. It is highly efficient, produces low EMI, minimizes core losses, and provides excellent performance with a wide range of frequencies. Its flat top design ensures easy placement on circuit boards, and its small size makes it ideal for space-saving designs.

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