SCC5D23-820

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Fixed Inductors are components that are used to create electronic circuits on printed circuit boards (PCBs). The specific inductor, SCC5D23-820, is an important component of many different applications, especially in high-frequency circuits. It is a power inductor, capable of dissipating up to 7.9A of current, and is designed for reliability in the most demanding conditions. It has low profile designs with better dimensional stability and low profile designs with better thermal performance. This article will discuss the applications of SCC5D23-820, as well as its working principle.

SCC5D23-820 Applications

The SCC5D23-820 is ideal for a variety of applications, including as part of a choke circuit, for power line noise immunity, and for providing high-frequency noise reduction. It can be used in portable devices such as smartphones and MP3 players, for applications that require high-speed data transfer, such as USB 2.0, and for RF/microwave applications. Its low profile design makes it suitable for use in high-density printed circuit boards (PCBs) where space is at a premium. It is also compatible with lead-free solders, making it an ideal choice for lead-free assemblies.

Working Principle of SCC5D23-820

The SCC5D23-820 inductor works according to Faraday’s law, which states that the electromagnetic force generated by a coil of wire is proportional to the rate of change of the magnetic flux of the coil. In practice, this means that by applying an alternating current to the inductor, a magnetic field will be generated, and this will in turn induce an opposing voltage in the inductor. This voltage, also known as counter-electromotive force or counter-EMF, is what enables the inductor to store and deliver energy. This energy storage and delivery is what makes the SCC5D23-820 so effective in many different applications.

Conclusion

The SCC5D23-820 inductor is a popular component for many applications, from high-speed data transfer to power line noise immunity. Its low profile design makes it an ideal choice for high-density PCBs, and it is also compatible with lead-free solders for lead-free assemblies. Most importantly, its working principle, based on Faraday’s Law, enables it to store and deliver energy, making it an invaluable component in many circuits.

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