744323033 Inductors, Coils, Chokes

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Fixed inductors are passive electronic components that consist of a coil of wire wound around a core and are used for storing energy, current amplitude control, frequency tuning, and signal filtering. The fixed inductors can be broadly classified into two types: self-resonant inductors and non self-resonant inductors. Both of them use inductance to improve power factor and stability, though they have different structure and immobilities.

744323033 is a fixed inductor available in the market and its application field and working principle will be discussed in this article. It is a non-resonant inductor and features a metal alloy powder mixture core material, advanced thin film winding technology, and an operating temperature range up to 175℃. It offers excellent high frequency performance and a stable temperature coefficient of inductance.

Application Fields:

The 744323033 fixed inductor is mainly used in high frequency power conversion designs in industrial, consumer, automotive, and computer applications. It can be used for storing energy for power line filters, in mobile phone chargers, and for signal energy transmission in circuits. It is also suitable for high power DC-DC converters used in automotive electrical system, consumer electronics, industrial equipment and other industrial controllers.

Working Principle:

The 744323033 fixed inductor is a non-resonant inductor which works through inductance. As current flows through the inductor, it creates a magnetic field. This magnetic field introduces a back-emf (electromotive force) proportional to the rate of change of the current. This back-emf opposes the current and decreases the rate of change of current flow. The resistor present in the inductor limits the flow of current and also produces heat. The inductance offered by this fixed inductor is mainly due to the area of winding and its core material.

The 744323033 inductor also offers excellent high frequency performance in terms of resistance, inductance, and operating temperature range. Its coil is wound using a thin film winding technology which ensures stability in temperature and the life of the component. The inductance offered by this component is low DCR, low ACR, and low DCR vs temperature. It has a wide operating temperature range of -40℃ to +175℃ and a maximum dielectric strength of 5KV.

In conclusion, the 744323033 fixed inductor is an excellent choice for high frequency power conversion designs in industrial, consumer, automotive, and computer applications. Its features such as high frequency performance, stable temperature coefficient of inductance, and a wide operating temperature range make it suitable for storing energy for power line filters, in mobile phone chargers, and for signal energy transmission in circuits.

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