PG0936.452NL

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Fixed Inductors are devices used in electronic circuits to provide support in power source and transmission. They store energy by resisting changes in current and can serve a wide range of applications such as medical, audio, power supply, and data transmission. The PG0936.452NL is one type of fixed inductors. It is a medium power SMT inductor, with a rated current up to 6.8 Amps. This article will discuss the application fields and working principle of this component.

Application Field of PG0936.452NL

The PG0936.452NL is an excellent choice for power supply circuits in various applications. It works in applications like DC-DC converters, battery chargers, audio filters, and PWM converters. Thanks to its low profile and standard E-phi footprint, it is compatible with majority of the PCBs in the market. The use of a non-standardized core construction and an optimized windings number results in a reduced height of the device and a superior density of power supply components.

Other potential applications include robotics and telecommunication systems. This type of inductor is also an excellent choice for voltage regulators, due to its power loss prevention capability, long lasting fatigue high stability. The wide standard range of industry standard sizes and inductance values allows for minimum power adaptations and component counts.

Working Principle of PG0936.452NL

The working principle behind the PG0936.452NL is the same as other fixed inductors. It uses two kinds of electrical principles: inductance and Faraday\'s Law of induction. Inductance is the property of an electrical circuit which restricts changes in current while Faraday\'s law states that an induced voltage exists across an inductor if there is a change in the magnetic flux. The PG0936.452NL will produce an induced voltage when current passes through the inductor\'s windings. This voltage will act to oppose and resist the change in current.

The PG0936.452NL also utilizes materials with high resistivity and low permeability. This helps to reduce power losses and ensures a more efficient transmission of the current. The special construction of the alternating wire layers and high saturable core also contribute to the device\'s efficiency. The composition of the core also helps support high saturation current and improves the inductor\'s reliability.

Conclusion

The PG0936.452NL is an excellent device for various power supply applications. Its high efficiency and reliability make it an excellent choice for telecommunication, robotics, voltage regulators, and audio filters. It can resist changes in current and produce an induced voltage which will oppose the change. Finally, its construction materials and core composition support a high saturation current and improved reliability.

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