PLY17BS4912R4A2B

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Common Mode Chokes are essential components in many electronics systems, as they prevent the transfer of electrical noise from the power source to the system\'s components. The PLY17BS4912R4A2B is a common mode choke designed to filter power line switching frequencies in the range of 360 kHz to 16 MHz. It can be used in power supplies, audio equipment, communication systems, and other systems where RF noise suppression is important.

The PLY17BS4912R4A2B consists of two separate choke coils wound in series. Each choke coil is wound on a ferrite core, which provides a high impedance environment for the signal and helps to block the passage of electrical noise. The ferrite core also helps to reduce the amount of EMI radiation generated by the device. Together, these two coils create a high impedance barrier for unwanted signals.

The two choke coils in the PLY17BS4912R4A2B are specially designed to filter out common mode noise frequencies and provide common mode impedance in the range of 360 kHz to 16 MHz. This allows for effective noise suppression without significantly affecting the signal\'s performance. The high impedance environment also prevents the transfer of noise between different parts of the system, making it an ideal component for use in systems where noise management is important.

The PLY17BS4912R4A2B can be used in a wide range of applications, including power supplies, communication systems, audio equipment, and other electronics systems. It can also be used to suppress EMI radiation in devices that generate or receive radio frequency signals. Furthermore, because it can be easily integrated into existing circuits, it is a cost-effective solution for noise suppression in a variety of applications.

In conclusion, the PLY17BS4912R4A2B common mode choke is an excellent choice for filtering power line switching frequencies in the range of 360 kHz to 16 MHz. Its two specially designed choke coils reduce electrical noise from the power source and provide common mode impedance in the specified frequency range. The high impedance environment of the ferrite cores also helps to reduce the amount of EMI radiation generated by the device. The device is easy to integrate and can be used in a wide range of application fields, including power supplies, audio equipment, communication systems, and other types of electronics systems.

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