PLY10AN1521R6R2B

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Common Mode Chokes

Common Mode Chokes (CMCs) are devices used for rejecting common mode noise in low-voltage applications. CMCs are commonly used in communication, medical, measuring, computing, and automation systems. They are designed to reduce the amount of electromagnetic interference (EMI) coming from a line or other equipment.

The PLY10AN1521R6R2B is a Common Mode Choke designed for low-power applications. It is a surface-mount component made of three parts: a ceramic core, low-frequency bobbin, and two copper foil windings. It features a low-profile and can be used for suppressing of common mode and differential mode noised up to a frequency of 2.4MHz.

Application Field and Working Principle

The PLY10AN1521R6R2B is a CMC designed for low-power applications. It can be used in the following applications:

• Security systems
• Automotive
• Medical electronics
• Computer devices
• Industrial control

The PLY10AN1521R6R2B module works by reducing the amount of common mode noise on the line. By passing the signal through the CMC, it acts as a low-pass filter that blocks high frequencies. The effect is twofold: The common mode noise present on the line is reduced, and the differential mode noise that would otherwise be passed through the line is also reduced.

The CMC operates off of the principle of inductance. As current passes through the bobbin, it creates a magnetic field that opposes the current. This inductance causes a resistance to the flow of signals, thereby dampening any high-frequency noise signals before they can get to the intended device.

The PLY10AN1521R6R2B CMC also features a low-profile design, which allows it to be used in space-constrained applications. It also offers more flexibility in placement, enabling designers to implement the CMC without having to use a bulky external enclosure.

The PLY10AN1521R6R2B is an excellent choice for low-power applications where common mode noise needs to be suppressed. It is a highly reliable component that is sure to provide excellent performance in any application.

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