CPFC805NP-T012

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Common Mode Chokes are devices used to manage electromagnetic interference (EMI) generated by power lines and other types of electrical noise. They work by providing impedance to electrical currents, which helps to prevent the spread of unwanted low-frequency noise and static across different circuits.

The CPFC805NP-T012 is a series of Common Mode Chokes specifically designed for use in high frequency switching power supplies. This family of Common Mode Chokes is designed to pass high frequencies while providing high impedance to low-frequency noise and static. The series includes four models with different inductance values ranging from 1.0µH to 10.0µH.

The CPFC805NP-T012 series has many potential fields of application, including:

• Computer power supplies
• Telecommunication power supplies
• Automation equipment power supplies
• Wideband networks
• Automatic equipment
• Inverters
• Office machines
• Uninterruptible power supplies (UPS)

This series Common Mode Chokes also excels in safety regulations as it meets the requirements of the European Union\'s Low Voltage Directive (LVD) and the Radio Equipment Directive (RED).

The working principle of the CPFC805NP-T012 Common Mode Chokes is relatively straightforward. The device is composed of two separate coils of wire, each of which is wound around a metal core. When an AC voltage is applied to the choke, the induction of the coils works to attenuate both common-mode noise and differential-mode noise. The resulting waveform is attenuated, but not completely eliminated. The amount of attenuation depends on the inductance, number of turns, and the impedance of the core material.

The CPFC805NP-T012 series of Common Mode Chokes is suitable for high frequency switching power supplies with a wide range of applications. The series is able to provide high inductance values, making it ideal for controlling the spread of EMI and other forms of electrical noise. Furthermore, it meets the safety requirements of the European Union\'s LVD and RED, making it a secure choice for sensitive applications.

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