CM1011-754

CM1011-754 Application Field and Working Principle

The CM1011-754 is a Common Mode Choke with an operating frequency range of 10 MHz to 1 GHz. It is based on the CM1011-754 Common Mode Choke patented technology and has a temperature range of 0 to 85ºC. The CM1011-754 Common Mode Choke can be applied in many communication and RF products, such as cellular mobile phones and wireless LANs.

The CM1011-754 Common Mode Choke has two inductive windings that produce a high inductance value in the center of the choke. This inductive winding provides a high impedance to the flow of any common mode current, such as high frequency digital or analog signals. At the same time, the choke provides low leakage inductance, which prevents any unwanted EMI (electromagnetic interference) outside of the circuit.

The CM1011-754 Common Mode Choke also provides a high impedance to noise entering through ground planes. This means it can effectively reduce the amount of crosstalk produced by digital signals sharing the same ground plane with analog signals. The CM1011-754 Common Mode Choke’s operating temperature range means it is able to survive in harsh environments, such as those found in radar systems and medical equipment.

The CM1011-754 Common Mode Choke can also be used as integrated filters in audio systems, such as car audio systems, which can significantly improve the sound quality of the system. The CM1011-754 Common Mode Choke can also be used in power converters with transformer systems. In this application, the CM1011-754 Common Mode Choke is able to prevent any voltage spikes from entering the circuit.

The CM1011-754 can also be used in wireline transmission systems such as twisted pair 100/1000baseT Ethernet and POTS customer premises equipment. In this application, the CM1011-754 is used to reduce near-end crosstalk, which is one of the biggest causes of signal interference.

The CM1011-754 Common Mode Choke is an easy-to-use and reliable part that provides excellent performance and can be used in a variety of applications. It is an essential part of any system that requires EMI and crosstalk reduction.