PLA10AN1821R7R2B

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Common Mode Chokes (CMC) are an indispensable component when it comes to create ground loop elimination and minimize electromagnetic interference (EMI). PLA10AN1821R7R2B is a Common Mode Choke with features such as wide operating temperature range, high current carrying capacity and high insulation impedance. It is mainly used in consumer, automotive and industrial applications.

So what’s the application field of PLA10AN1821R7R2B? As mentioned above, PLA10AN1821R7R2B has high current carrying capacity and wide operating temperature range, which makes it suitable for commercial, industrial, automotive, welding, thermoelectric and solar application. Its enhanced high insulation impedance makes it ideal to reduce electromagnetic interference and control crosstalk for applications such as TV, monitor, TV wireless receivers, digital cameras and etc.

Now let’s get to the working principle of Common Mode Choke. Common mode choke is an electrical component which has two or more windings and blocks the signalling from one circuit to other circuit, while allowing the same frequency and same phase signals to pass through. In simple terms, it keeps the signals within the same circuit and prevents them to pass through adjacent circuits. This makes the Common Mode Choke an important component for the reduction of signal interference.

The PLA10AN1821R7R2B contains a high-performance anisotropic magnetically coupled ferrite core which, other than providing higher-current capacity, also enhances the insulation impedance, creating better system EMC performance. It is also able to operate in wide temperature range, up to 125℃. The product can be used in high speed communications in applications such as TV and monitor.

To summarize, PLA10AN1821R7R2B is a Common Mode Choke with enhanced insulation impedance, making it suitable for many applications such as consumer, automotive, industrial, welding, thermoelectric and solar. It works by blocking the signaling from one circuit to other circuit, while allowing the same frequency and same phase signals to pass through. It is also able to operate in temperatures up to 125℃. All in all, PLA10AN1821R7R2B serves as an important component to reduce signal interference.

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