2X EMI Power Filter Board Audio Amplifier Power Supply Filter Common Mode High Current Electromagnetic HiFi Audio 10A

2X EMI Power Filter Board Audio Amplifier Power Supply Filter Common Mode High Current Electromagnetic HiFi Audio 10A Beskrivelse

1. First level differential mode filtering with two differential inductors for differential mode filtering of AC power supply to suppress mid to high frequency interference
2. The first level common mode filter is composed of X2 capacitors and common mode inductors to form a common mode filter.
3. Three stage common mode filtering, due to the use of two-stage (also known as two-stage) filtering, has a better effect filtering noise. It can effectively suppress the problem of rapid transient group pulse interference with a repetition frequency of several thousand hertz in certain user sites.
4. The three-level composite (1-level differential mode+2-level common mode) EMI electromagnetic interference filter circuit, due to the use of three-level (also known as three-level) filtering, has a better filtering effect noise.
5. It can effectively suppress the problem of rapid transient group pulse interference with a repetition frequency of several thousand hertz in certain user sites.

This module, when used in conjunction with a decoder or power amplifier, can filter the component of the power supply, eliminate and suppress transformer buzzing, high-frequency noise in the power supply, purify the power supply, significantly improve the sound quality of the power amplifier, enhance resolution, and make the background quiet.
The input GND needs to be connected to the ground wire of the power cord, and can also be connected to the chassis casing, depending the specific situation.
Parameters:
Name: Level 3 audio amplifier EMI power filter.
Input voltage: single-phase AC 110-250V
Output voltage: single-phase AC 110-250V
Rated current of load: 10A
Input port: 3-wire 7.62 socket input
Output port: 2-wire 7.62 socket output
Colour:black
Material:PCB+Components
Due to different batches,