PE-1206CD680JTT

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Fixed Inductors are key components in most electronic circuits due to their ability to store and directly regulate electrical currents. Inductors are most commonly used to filter voltage, in power supplies to store energy temporarily, and in oscillators to generate oscillations.

The PE-1206CD680JTT is a fixed inductor that can regulate current for many applications. It is a surface-mount, widebody part with a ceramic body and a wire-wound core. It has a maximum current of 1.8A and its rated inductance is 6.8 uH.

In terms of application field, the PE-1206CD680JTT is suitable for switch-mode power supplies, DC-DC converters, automotive electronic systems, and other consumer electronics. It is able to stabilize voltage and reduce EMI noise, thus being an essential component for voice or data transmission. It is valued for its robust performance and also its low cost.

The working principle of the PE-1206CD680JTT is based on Faraday\'s Law of Induction. When a current-carrying conductor is placed inside a magnetic field, an electromotive force (EMF) will be generated in the opposite direction of the current flow. This phenomenon is known as back-EMF and is the basis of this inductor\'s working principle.

Fixed inductors draw an opposite current with the same polarity as the applied current, resulting in a decrease in the rate of change of the applied current. Therefore, the PE-1206CD680JTT can be used to limit or regulate in-circuit current levels. It is also able to provide a frequency response that is independent of its load, allowing it to function as a filter.

The PE-1206CD680JTT provides a high stable impedance to limit in-circuit current levels, increase power supply regulation, and reduce current waves. Its ceramic materials give it a high thermal conductivity and its fewer windings increase ripple current and transient current resistance. Furthermore, its small profile can be used in tight-space environments.

In conclusion, the PE-1206CD680JTT is a fixed inductor designed for applications ranging from basic power supplies to automotive systems. Its working principle is based on Faraday\'s Law of Induction, which enables it to draw an opposite current with the same polarity as the applied current. With its small profile, high thermal conductivity, and its ability to resist transient current, the PE-1206CD680JTT is an ideal choice for any embedded system.

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