CM6149R-125

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Common Mode Chokes are widely used in numerous applications such as signal processing, current filters, noise suppression, EMI/EMC filtering, and impedance matching. They are designed to reject common mode noise while allowing desired signals to pass. The CM6149R-125 is a common mode choke product manufactured by KEMET that is designed with high current handling and immunity in mind.

The CM6149R-125 common mode choke features a toroidal design to allow it to be used in a wide range of applications. This particular chokes is designed to provide high current handling while also providing superior isolation to reduce noise interference. It also includes a high-frequency, low-inductance core to ensure optimal performance. Furthermore, the CM6149R-125 also features excellent temperature and RF stability for reliable performance in a wide range of environments.

The CM6149R-125 is a common mode choke that is suitable for many applications, such as connecting data and signal lines, injecting current into load coils, power and data line filtering, and for AC coupling. It can also be used in filtering circuits such as digital logic and power supplies, power amplifiers, and audio applications.

The CM6149R-125 features a dual winding design that consists of two cores and two coils, each having an inner core that is separately electrically insulated. These cores are connected in series and form a coaxial winding. This design allows the choke to provide superior performance in filtering out common mode noise and reducing EMI and EMC radiation. The CM6149R-125 also has a low profile design that makes it ideal for usage in tight spaces.

The working principle of the CM6149R-125 is based on the concept of inductance. This common mode choke uses inductance to reduce the amount of electrical noise and interference in the system. The CM6149R-125 works by having a differential signal applied across its windings. This differential signal causes the two windings to act as a single inductor, creating an inductive path that will reduce the amount of noise present in the system. The inductive path also helps to protect against EMI and EMC radiation.

The CM6149R-125 is an ideal choice for applications that require effective noise suppression and high current handling. Its toroidal design provides superior isolation to reduce noise interference, while its dual winding design allows it to provide superior performance in filtering out common mode noise. Finally, its low profile design makes it ideal for usage in tight spaces. With all these features and advantages, the CM6149R-125 is a great choice for a variety of applications.

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