PLY10AN9720R6D2B

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Common Mode Chokes (also known as CM Chokes or CMCs) are a type of electrical filter designed to suppress and reduce common mode interference and noise on high voltage cables. Their primary purpose is to reduce the risk of voltage spikes from passing through sensitive equipment, while still allowing signals to flow freely. PLY10AN9720R6D2B is a CMC designed specifically for harsh industrial and telecom applications.

PLY10AN9720R6D2B is an air-core inductor-based CMC designed to work with legacy 10-gauge shielded cable. It has an inductance value of 9.9uH, a resistance of 401 ohms, and a DCR of 6 Ohms/foot. It is designed with an inductance tolerance of 2%, a maximum operating temperature of 105°C, and a voltage rating of 4.32kV peak, 2.64kV DC. Along with its robust construction, it offers superior performance in harsh industrial conditions.

The main application areas for PLY10AN9720R6D2B are high voltage and high frequency noise suppression in industrial machinery, as well as in telecom applications where high speed and high throughput are required. It can be used in a variety of applications including electric power distribution systems, machine control systems, communication systems, and more.

In terms of its working principle, a CMC works by establishing a magnetic field around the cable that captures and attenuates high voltage or high frequency disturbances. The device is made up of two coils, wound in opposite directions, which “cancel” the effect of any common mode current by providing equal and opposite forces. This means that any high voltage interference is stopped before it can enter the sensitive components of the electronic system.

PLY10AN9720R6D2B is a highly efficient CMC designed to provide superior noise suppression in harsh industrial and telecom applications. It is suitable for use on 10-gauge shielded cable, and is capable of handling up to 4.32kV peak, 2.64kV DC. Its inductance value, resistance, and DCR are designed for optimum performance in these environments, and its design ensures that high throughput and speed can be maintained in high voltage areas. In addition, its unique working principle, which involves the establishment of a magnetic field, enables it to effectively capture and attenuate high voltage or high frequency disturbances, protecting the sensitive components of an electronic system.

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