VIP4-2A-06(B042W0956) 6A Single Phase PCB Double Row Pin EMI Power Filter for Common & Differential Mode Noise Suppression

Product Introduction

The VIP4-2A-06 is a 6A single-phase PCB double-row pin EMI power filter designed and produced by VIIP. Rated at 115/250VAC and 50/60Hz, this compact filter supports continuous 6A working current with ultra-low leakage current and excellent insulation performance. Adopting mature LC filtering circuit and through-hole pin structure, it can be directly soldered on PCB boards for easy installation. It effectively suppresses common-mode and differential-mode high-frequency power noise, maintaining stable and clean power output for various precision electronic devices under long-term operation.

Application Scope

This filter is widely applied in industrial control equipment, automation systems, medical devices, communication products, smart home appliances and consumer electronics. It is especially suitable for miniaturized equipment with built-in PCB circuits and products that require strict EMC anti-interference performance and high safety standards.

Product Usage & Function

It is mainly used to filter high-frequency electromagnetic interference and power clutter on AC power lines. The filter stabilizes input voltage and current, eliminates abnormal signals caused by power noise, and prevents equipment jitter, data deviation and system failure. It effectively optimizes the power supply environment, improves overall equipment stability, and assists finished products in passing standard EMC electromagnetic compatibility tests.

 FAQ

Q1: What causes power electromagnetic interference in electronic devices? A1: Most noise comes from switching power supplies, internal circuit switching, motor operation and external electromagnetic radiation. These high-frequency disturbances easily affect precision circuits and cause unstable device operation.

Q2: Why choose PCB pin-type EMI filters? A2: PCB through-hole filters feature ultra-compact size, firm welding, strong shock resistance and low failure rate. They save internal space and are more suitable for mass automated production than chassis-mounted filters.

Q3: Does ambient temperature affect filter performance? A3: Slightly. This filter supports a wide temperature range of -25℃ to +100℃. It maintains stable filtering effect in normal industrial and indoor environments without performance attenuation.

Q4: What will happen if the EMI filter is not installed? A4: Without a filter, power noise will directly enter the circuit, easily causing signal disorder, screen flicker, equipment crash, and even failure to pass official EMC certification.

Q5: Is the filter universal for different voltage regions? A5: Yes. This model supports 115VAC and 250VAC wide voltage with 50/60Hz wide frequency, suitable for most power supply standards in global regions.