EAC-06-681-D

EAC-06-681-D power line filter modules are widely used in a variety of industries ranging from medical electronics to automotive electronics. The modules are designed to reject EMI noise on high speed power signals. This protection serves to reduce cross talk caused by common mode EMI radiation.

EAC-06-681-D power line filter modules are composed of two components: a bilateral capacitive element and a common mode choke. The bilateral capacitive element acts as a low-pass filter, allowing the signal to pass while blocking high frequency noise. This capacitive element is typically composed of two ceramic capacitors in series. The common mode choke works to block out common mode interference which is emitted from high speed switching devices. The common mode choke is made of a wire wound type coil.

The combination of these two elements work together to reduce EMI noise. The capacitive element will block out the high frequency noise while the common mode choke blocks out any common mode noise. Depending on the operating environment, different combinations of capacitive elements and common mode chokes can be used in order to reject different levels of EMI noise.

EAC-06-681-D power line filter modules are used in a variety of applications. They are used in medical electronics in order to ensure that the high speed signals being transmitted between devices do not interfere with each other. They can also be used in automotive electronics where it is important to ensure that signals do not interfere with each other. Finally, the filter modules can also be used in industrial communications systems where it is important to ensure reliable high speed communication between devices.

In conclusion, EAC-06-681-D power line filter modules are widely used in a variety of industries to reject EMI noise from power signals. The modules consist of two components: a bilateral capacitive element and a common mode choke which work together to block out both high frequency and common mode noise. The modules are used in a variety of applications ranging from medical electronics to automotive electronics in order to ensure that high speed signals do not interfere with each other and reliable communications is maintained.