MCZ1210AH301L2TA0G

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Common mode chokes are designed to reduce the common mode frequency signals and conducted EMI from data and power lines in the circuit. This, in turn, helps to improve the overall reliability of the circuit from EMI effects. MCZ1210AH301L2TA0G is among the most used common mode chokes in the market. It is designed to suppress common and differential mode EMI noise on both sides of the circuit and is known for its low DCR and current limiting. It has a rated current of up to 10 A and a center frequency of 5 MHz.

MCZ1210AH301L2TA0G Application Field

The MCZ1210AH301L2TA0G Series Common Mode Choke is designed for wide range of applications in many power distribution, telecommunications, switching, and other EMI sensitive circuits found in appliances, industrial, automotive and consumer products.

MCZ1210AH301L2TA0G Working Principle

The MCZ1210AH301L2TA0G Common Mode Choke works on the principle of inductance. In this type of inductor, a single winding and its respective return path/multi-strand wires are put together in an enclosing case. When current passes through, an equal and opposite current will be created which causes the field created by the current to cancel each other out. As a result, the interference caused by common mode EMI noise is drastically reduced.

This is made possible due to the high inductance value of this choke. The high inductance of the choke increases the current rise time, allowing the current to be attenuated to very low levels. In this way, the MCZ1210AH301L2TA0G common mode choke is able to reduce common mode EMI noise, especially in high speed digital signals.

Conclusion

The MCZ1210AH301L2TA0G Common Mode Choke is designed to reduce common mode EMI noise and making it an ideal choice for use in power distribution, telecommunications, switching, and other EMI sensitive circuits. This choke works on the principle of inductance and has a high inductance value which increases the current rise time and attenuates the current to very low levels. This helps to reduce common mode EMI noise and provides improved performance and greater reliability of the circuit.

The specific data is subject to PDF, and the above content is for reference