PL8207

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Common mode chokes are used to provide electromagnetic interference (EMI) noise immunity in signal and power circuits. PL8207 is a common mode choke designed using a unique combination of core materials and winding structure.

The PL8207 is a two-phase choke designed specifically for high-current DC power. It is an efficient core body design that utilizes a double-magneto-resistive material and an asymmetric windings pattern. The PL8207 features reduced stray capacitance and improved noise rejection, thus providing a very high level of performance.

The main application field of the PL8207 is in DC power harness systems, as well as automotive power harness. The device can be used in high-current DC power applications, such as automotive powertrain systems and on-board charger applications. The PL8207 also provides a high level of EMI immunity for its respective system. It also offers a wide temperature range, making it suitable for use in harsh environments.

The working principle of the PL8207 is based on its core structure and winding pattern. It utilizes a magnetostrictive hybrid core, which features both a ferromagnetic material and an increased permeability material. Together, this allows the device to achieve a higher impedance than traditional common mode chokes at the same winding ratio. The asym-metric winding pattern also enables the device to achieve a higher impedance than traditional common mode chokes while providing superior noise cancellation performance.

The PL8207 also utilizes a unique winding pattern that maximizes the performance of the magnetic system and reduces variability in the output waveform. This enables the device to provide a highly optimized noise canceling performance. The device is also designed to reduce stray capacitance to a minimum, allowing for superior noise rejection performance.

The PL8207 common mode choke is ideal for power and signal harness applications in high-current DC power systems. It offers a high level of noise canceling performance, as well as wide temperature range and wide operating parameter range, making it suitable for use in a variety of environments. It also offers superior EMI performance and is designed to maintain its peak performance over time.

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