EAP-16-332-D

Power Line Filter Modules can be broadly categorized into two types; active filters and passive filters. EAP-16-332-D is a type of passive low-pass filter module with an attenuation of -3 dB for differential mode frequencies up to 16 kHz. This low-pass filter reduces high-frequency noise in the power line and improves system performance such as on-off delay and signal integrity.

EAP-16-332-D features a wide variety of components, including two inductors, two capacitors, and an integrated transformer core. The inductors have a inductance of 708.37 mH, while the capacitors have a capacitance of 0.47 μF. The integrated transformer core is a special type of core with a unique air gap, which improves the attenuation frequency range of the module. The inductors, capacitors and transformer core are connected in series with the power line, so that all the components share the current.

The working principle of the EAP-16-332-D is based on the principle of impedance matching. The module is designed to match the impedance of the power line to the device, in such a way that the current caused by high-frequency noise is dissipated by the filter instead of being sent to the device. The inductors and capacitors in the filter serve to reduce the amplitude of the current caused by high-frequency noise, which reduces the noise that reaches the device.

The EAP-16-332-D has a wide range of applications in power line filtering. It is used in many fields, such as telecommunications, medical equipment, automotive systems, aerospace systems, and military equipment. It is also used in places subject to electromagnetic interference, such as hospitals and factories. The wide frequency range of the module makes it suitable for all kinds of applications, as it can filter both common-mode and differential-mode noise.

In conclusion, the EAP-16-332-D is a passive low-pass filter module with an attenuation of -3 dB for differential mode frequencies up to 16 kHz. Its wide range of components, including two inductors, two capacitors, and an integrated transformer core, make it ideal for a wide variety of applications in power line filtering. The module works by providing impedance matching between the power line and the device, reducing the amplitude of high-frequency noise before it reaches the device.