VIP1-1B-06 (B011X0478) 6A Single Phase EMI Power Line Filter EMC Noise Suppression Filter

Product Introduction

VIIP VIP1-1B-06 is a single phase single stage AC EMI power filter with rated current of 6 amps and rated voltage of 115 over 250 volts alternating current. It works under power frequency of 50 hertz and 60 hertz. The product adopts LC filter circuit to suppress common mode and differential mode high frequency noise on power lines. It can effectively reduce conducted electromagnetic interference and help finished products meet EMC compliance requirements. The product has excellent high voltage resistance and stable insulation performance. It can operate normally within a wide temperature range from minus 25 degrees Celsius to plus 100 degrees Celsius. The low leakage current design and metal shielding housing ensure reliable performance for long time operation.

Application Scope and Usage

This EMI power filter is designed for single phase alternating current equipment. It can remove power line interference and protect electronic devices from electromagnetic noise. It is widely used in industrial control instruments communication equipment medical devices precision testing instruments and household electrical appliances. It is installed at the power input end of equipment to filter out interference signals from power grid and prevent internal noise of equipment from spreading back to power supply. It improves the stability of system operation and helps products pass EMC related certification tests.

FAQ

1. What is the main function of an EMI power filter The main function is to suppress common mode and differential mode electromagnetic noise on AC power lines. It can block interference from the power grid entering your equipment and stop the noise generated inside equipment from leaking into the power supply system. It helps electronic products meet EMC test standards.
2. How to choose the rated current of EMI filter The rated current of the filter should be higher than the continuous working current of your device. You need to confirm the maximum steady current of your equipment. If the working current exceeds the rated value for a long time the filter will overheat and lose filtering performance.
3. What affects the leakage current of EMI filter Leakage current mainly relates to the filter circuit structure working voltage and frequency. Higher working voltage will lead to larger leakage current. Users with medical equipment should pay extra attention to leakage current parameters before selection.
4. What is the installation suggestion for EMI filter Install the filter as close as possible to the power input port of the equipment. Keep the input wire short and separate input wires from output wires. Good grounding of the filter metal housing is critical to achieve the best filtering effect.
5. Can one filter solve all EMC interference problems The EMI filter mainly solves conducted interference on power lines. Radiated interference may need other measures such as shielding and grounding. If the interference source is complex you can combine filter ferrite core and shielding design together.