49331SC Inductors, Coils, Chokes

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Fixed inductors, also known as coils, are an essential part of many electronics circuits. They are passive, two-terminal electronic components composed of a wire in a coil and are used for various purposes, ranging from power conversion and voltage regulation to electromagnetic filters. The 49331SC is one type of fixed inductor. It is a surface-mountable device, with a lead spacing of 1 mm, and a rated voltage of 20 V.

The 49331SC is used in a range of applications, including power conversion, power management and voltage regulation. It is used in power supplies, voltage regulators, current limiters, converter controls and DC to DC converters. The inductor also finds use in various signal conditioning circuitries, such as filters, oscillators, active antennas, peak detectors, and selectors. Furthermore, the device can be used as an energy storage device, such as in medical imaging and other devices requiring high current pulses.

The basic working principle of an inductor is to increase or decrease the flow of current in an electrical circuit. When the current through an inductor is increasing, the device stores energy in the form of an magnetic field. The energy is released when the current is reduced, creating a counter electromotive force (EMF) in the circuit. This reaction is known as inductive reactance, and it helps to reduce or increase the voltage in a circuit.

The 49331SC is an effective low-profile fixed inductor with a wide range of uses. Its small size makes it ideally suited for portable applications and is designed to handle high currents, up to 5.2 A. The self-pac eliminates winding inductors or separate through-hole componenentsm, providing an economical single-part solution for a variety of application needs. The device has a high degree of linearity, low noise, and low losses.

The 49331SC inductor is a reliable and cost-effective component with a variety of applications. It is a perfect fit for power conversion, voltage regulation, signal conditioning, and other related applications, due to its small footprint, high current capacity, high linearity, and low losses.

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