TP2-3R3-R

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Fixed Inductors are small electrical components used to control the flow of electricity through a circuit. They are also referred to as coils, chokes, or reactors. A fixed inductor consists of a core and windings, a coil of wire in which electricity flows. The inductor will generate a magnetic field when current is applied to the windings.

The TP2-3R3-R is a fixed inductor manufactured by Panasonic. The TP2-3R3-R is part of Panasonic’s T-series, a series of high-performance power inductors. It is an axial-shaped inductor with two leads spaced 1.6mm apart. The TP2-3R3-R inductor has a maximum operating temperature of 125°C. It has a rated inductance of 3.3µH and can handle 500mA current. The inductor size is 2.5mm x 12.5mm.

The TP2-3R3-R is most commonly used in DC-DC conversion, where it can be used to create a DC voltage from an AC source or to transform a DC voltage from one level to another. It is also suitable for use in power isolation, AC filter, and noise suppression applications. In these applications, the inductor works to reduce the risk of damage to other components caused by electrical interference.

The working principle of the TP2-3R3-R inductor is similar to that of all other inductors. When an electrical current flows through the windings of the inductor, it creates a magnetic field. This magnetic field produces a counterforce that resists any change in the current. The counterforce is known as inductive reactance. This reactance causes a voltage drop in the circuit, thus limiting the amount of current that can be supplied. In this way, the TP2-3R3-R inductor acts as a voltage regulator, filtering out any spikes or dips in the voltage and ensuring that the current remains constant.

The TP2-3R3-R is an ideal component for controlling the flow of electricity in a range of applications. With its high current handling and temperature rating, it is capable of performing in a wide variety of applications, making it a great choice for designers looking to maximize the performance of their circuit.

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