MPIA4040R3-3R3-R

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Fixed inductors are components that store energy in the form of an electric current induced in their windings. In general, they have a variety of uses, such as filtering, setting gain, providing reference levels for specific signals, delaying signals for timing purposes, and controlling current direction in specific circuits. In this article, we will discuss how the MPIA4040R3-3R3-R fixed inductor works and what its application field is.

The MPIA4040R3-3R3-R is a high-voltage medium-power-level fixed inductor that is composed of two parts: the winding part and the lamination core. It features high-power, stable, and reliable operation. It has a rated voltage of 10 - 40 kV and a rated current of 6A - 15A. It also has a coil construction with four pin terminals that has a low noise and high efficiency.

The working principle of the MPIA4040R3-3R3-R fixed inductor is based on the generation of a magnetic field when a current is passed through the windings of the inductor. This magnetic field will create a current in the windings. The strength of the current created depends on the number of turns in the winding. This current can then be used for various applications, such as filtering, setting gain, delaying signals for timing purposes, and controlling current directions in specific circuits.

The application field of the MPIA4040R3-3R3-R fixed inductor is quite broad. It is mainly used in high-voltage power supplies, pulse generators, switching power supplies, and motor control systems. It is also used in various industrial environments, including automotive, aerospace, and telecommunications. Other applications include computer peripheral device power supplies, RF power amplifier circuits, and filter circuits.

In conclusion, the MPIA4040R3-3R3-R fixed inductor is a high-voltage medium-power-level component that is composed of two parts: the winding part and the lamination core. The working principle of the fixed inductor is based on the generation of a magnetic field when a current is passed through the windings of the inductor. Its main application field is in high-voltage power supplies, pulse generators, switching power supplies, and motor control systems as well as various industrial environments. It is also used in various computer peripheral device power supplies, RF power amplifier circuits, and filter circuits.

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