SC3DF-680

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Fixed inductors are key components used to store electrical energy in electronic circuits. Inductors are typically used in power supply designs, low-noise signal processing circuits, and high speed radio frequency systems. The SC3DF-680 is a high performance fixed inductor. This article discusses the applications of the SC3DF-680 and the working principle of the component.

SC3DF-680 Application

The SC3DF-680 is a series of fixed inductors designed specifically for high power applications. The components are ideal for use in DC-DC converters, magnetic induction heating circuits, and current flow control circuits. Additionally, the SC3DF-680 series provides improved power handling compared to traditional inductors. It features low DC resistance and minimal temperature rise.

The SC3DF-680 is designed to operate at high speeds, with a maximum frequency of 500MHz. It is capable of handling currents of up to 10A. The inductance range of the SC3DF-680 series is from 1uH to 220uH, allowing for a wide range of application possibilities. It has been designed to offer high reliability and superior operating temperatures, allowing it to operate in high temperature environments.

The SC3DF-680 series is small and compact, making it ideal for space-limited applications. The components are RoHS-compliant and feature a maximum operating temperature of 125°C, making them suitable for use in various applications. The components are available in variable packaging options and can be mounted either horizontally or vertically depending on the customer’sneeds.

SC3DF-680 Working Principle

Inductors are passive components that convert electrical energy into magnetic energy. The SC3DF-680 is a series of fixed inductors that utilize electromagnetic induction to store energy. The component features two magnetic cores, one of which is an iron-silicon core. The other core is made of a ferrite material. The iron-silicon core is wrapped with copper wire, and when electrical current passes through the copper wire it produces a magnetic field.

The induced magnetic field causes the ferrite core to become magnetized. This stores energy in the form of a magnetic field, and when the current flowing through the copper wire decreases, the magnetic energy is released from the ferrite core. This is the principle of operation of the SC3DF-680 series.

The SC3DF-680 series features high efficiency and low temperature rise, making it a reliable and stable inductor. The components are suitable for a wide range of power supply designs and current flow control applications. The components have an operating temperature range of -40°C to 125°C and are available in various packaging options.

Conclusion

The SC3DF-680 series of fixed inductors is designed specifically for high power applications. The components feature low DC resistance and minimal temperature rise, allowing them to operate in high temperature environments. Additionally, the components are small and compact, making them ideal for space-limited applications. The principle of operation for the SC3DF-680 series is based on electromagnetic induction, where electrical current passes through a copper wire, producing a magnetic field that induces a ferrite core to become magnetized, storing energy in the form of a magnetic field.

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