B82791G2501N001

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Common Mode Chokes, or CMCs, are components used in an electrical circuit for the purpose of preventing the flow of undesirable electric current or signals. The B82791G2501N001, also known as the EMI/RFI Common Mode Choke, is one such component, and this article seeks to explain the component’s application field and working principle.

The B82791G2501N001 is designed to help control electromagnetic interference (EMI) and reduce electromagnetic emission (EME). It is commonly used on power supply lines, signal lines, and signal input/output lines of electronic devices. The component works on the principle of impedance, using the process of inductive blocking to prevent EMI from affecting the transmission performance of a device. Since the B82791G2501N001 is highly effective at suppressing both high-frequency and low-frequency EMI, it is an excellent choice for a variety of applications, including:

• Industrial and automation systems
• Medical equipment
• Telecommunications equipment
• Computer and server networks
• Avionics systems
• Consumer electronics

The B82791G2501N001 also offers excellent mechanical shock and vibration protection and is resistant to temperature and humidity changes, making it a robust and reliable component for operation in harsh environments.

The B82791G2501N001 works by using an inductive block to limit the rate of change of the current flowing through the component. In this way, it is able to suppress the level of EMI by suppressing the rate of change of the EMI signal. It is designed to attenuate common-mode interference signals, which are alternating current (AC) signals that flow in the same direction on both lines of an electrical circuit.

The B82791G2501N001 is also designed to attenuate differential-mode interference signals, which are AC signals that flow in opposite directions on both lines of an electrical circuit. The component is designed to absorb the differential-mode interference signals and convert them into heat, thereby suppressing the EMI that would otherwise be present in the transmission lines.

The B82791G2501N001 is also effective at reducing the level of radiated noise in a system, which is caused by the transfer of energy between components. By limiting the transmission of this energy, the B82791G2501N001 is able to reduce the level of radiated noise and thus improve signal quality.

The B82791G2501N001 is a highly effective component for suppressing EMI and reducing radiated noise in a variety of different applications. By using an inductive block to limit the rate of change of current, the component is able to attenuate both common-mode and differential-mode interference signals, thus providing excellent EMI suppression. It is also robust and reliable, making it an excellent choice for operation in harsh environments.

The specific data is subject to PDF, and the above content is for reference