B82614R2172A030

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Common Mode Chokes, also known as CM Chokes, are a type of electrical component, which are used to reduce and control power interference. This type of interference can come from other electrical components or even electromagnetic interference (EMI) from the environment. It acts like an inductor, with one winding, that blocks the flow of current in one direction while allowing it to pass in the other direction. The most common type of CM Choke is a coreless and ferrite CM Choke.

The B82614R2172A030 is a CM Choke designed to work with high power and high current applications. It is constructed of a rectangular iron ferrite core in an encapsulated coil, with two sections of wire wound onto the core (one in each direction). The B82614R2172A030 is designed with a frequency range of 1 MHz to 10 MHz and a maximum current rating of 40 amperes. This makes the B82614R2172A030 ideal for use in high powered applications such as power supplies, motor control circuits, automotive electronics and lighting systems.

The B82614R2172A030 is designed to work by blocking currents across a wide range of frequencies and decreasing the level of EMI picked up from other electrical components in its vicinity. It is designed with flux material, along with a high-current rating allowing it to reduce the amount of EMI picked up, which results in a cleaner electrical signal and reduced power consumption. The CM Choke also helps to improve the electrical circuit’s performance by reducing power dissipation and ensuring that the circuits are running smoothly.

In addition to reducing the amount of electrical interference, the B82614R2172A030 also works to reduce the number of false alarms and power flux. This is achieved by providing an additional impedance into the power line, which adds a higher level of power protection. By reducing the amount of false alarms and power flux, the number of system shutdowns and disturbances to other electrical components can be reduced.

The B82614R2172A030 can be used in a variety of applications, such as: power supplies, industrial controls, lighting systems, motor control circuits, automotive electronics, as well as industrial and office automation. It is well suited for use in high power applications, where it can reduce line interference, reduce EMI radiation, and provide additional power protection with its flux material and high-current rating. The B82614R2172A030 is particularly useful in motor control circuits, where it can reduce inductive flyback leading to motor stalling and high current limiting as well as reduce EMI radiation.

The B82614R2172A030 has a flux material design, which provides effective power protection and its high-current rating makes it ideal for use in high power applications. It is also designed to reduce the number of false alarms and power flux, which helps to reduce the number of system shutdowns and disturbances to other electrical components. These features make the B82614R2172A030 an ideal choice for reducing power interference and reducing EMI radiation in a variety of applications.

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