CIC10P800NC

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Ferrite beads and chips are used for many electrical applications. One of the most common applications for ferrite beads and chips is in the CIC10P800NC series of products. This product line provides an effective solution for noise filtering, lightning protection, and protection from overvoltage. The CIC10P800NC series of products consists of several models, each of which is designed to provide specific features.

The CIC10P800NC is a common ferrite bead or chip that is designed for circuit board applications. It has several types of circuit boards, such as single-layer boards, double-layer boards, and triple-layer boards. It also has several different sizes and configurations including surface-mountable packages, dual-layer circuits, and multilayer circuits. The chip is capable of delivering high currents and provides protection for sensitive components. It is capable of dissipating high-frequency currents and voltages, providing an effective way to protect against overvoltage and electromagnetic interference.

The CIC10P800NC is a ferrite bead or chip with a ferrite body and a variety of beads and contacts. The contacts may include nickel-plated conductive pins, phosphor bronze pins, and gold-plated contacts. The ferrite body is made of an aluminum or nickel-zinc alloy. The beads of the CIC10P800NC are composed of two types of ferrite material, including high permeability ferrite material and low permeability ferrite material. The high permeability material dissipates voltages and currents quickly and is ideal for protecting against high-frequency interference. The low permeability material provides a stable performance in terms of controlling the current passing through the device.

The CIC10P800NC has a maximum current rating of 10 amps and a maximum voltage rating of 800 volts. Its frequency range is from DC to AC. It is designed to be used on all types of printed circuit boards, including those with multiple layers. It can be used in applications such as boards with a sensitive power supply, boards that experience high frequency interference, and boards with a high voltage environment. It is also designed to provide reliable performance in a wide range of temperatures, from -40 degrees C to 125 degrees C.

The primary working principle of the CIC10P800NC is to provide a low-impedance path between the power source and the ground. This low-impedance path is what prevents current from flowing in the wrong direction, which can lead to overvoltage or short circuit, and it also helps to reduce noise from interfering signals. When current passes through the CIC10P800NC, it is divided into separate paths according to the size and type of the beads, which helps to reduce interference and improve signal quality. In addition, the CIC10P800NC is also capable of providing a high level of protection against ESD (electrostatic discharge), which is responsible for the majority of electrical component failures.

The CIC10P800NC ferrite bead or chip is a useful and versatile component for many different applications. Its design allows for an effective current path and the ability to dissipate currents quickly. It also provides high levels of protection against high frequency interference and overvoltage. Furthermore, the CIC10P800NC is capable of providing reliable performance in a wide range of temperatures and environments. For all these reasons and more, the CIC10P800NC series is an excellent choice when it comes to noise filtering, lightning protection, and protection from overvoltage.

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