Enhance the performance and reliability of your electronic equipment with this high-quality EMI High Frequency Two-Stage Power Low-Pass Filtering Board, designed specifically for 25A power supplies. Crafted from durable PCB material, this advanced EMI filter effectively suppresses electrical noise and interference, ensuring stable and clean power delivery to your sensitive devices. Key Features: · Reactance-Type Low-Pass Filter: Expertly designed to install at the power supply input, this filter significantly reduces high-frequency noise transmitted through power cables and internal electronic interference. · Superior Noise Suppression: Effectively inhibits both grid-transmitted noise and high-frequency signals generated by electronic equipment, improving signal integrity and reducing potential disruptions. · High-Quality Components: Built with premium materials to deliver reliable and consistent filtering performance, ensuring long-term stability in various electronic applications. · Wide Application Range: Ideal for precision measuring instruments, building automation systems, precision machinery, elevators, automated systems, calculator inverter office equipment, servo system inverters, frequency conversion devices, lighting equipment, information and communication devices, UPS power supplies, automotive electronics, and more. · Compact and Lightweight: Measuring 95 x 30 x 19mm (3.7 x 1.2 x 0.7 inches) and weighing only 60g (2.1oz), this filter board is easy to integrate into existing setups without adding significant bulk. Specifications: · Material: PCB Board · Module Filtering Categories: 2-Stage Filtering · Module Current: 25A · Dimensions: 95 x 30 x 19mm (3.7 x 1.2 x 0.7 inches) · Weight: 60g (2.1oz) Package Includes: · 1 x EMI High Frequency Two-Stage Power Low-Pass Filtering Board This EMI filter board offers an essential solution for reducing electromagnetic interference in various high-precision and automated electronic systems, enhancing operational stability and protecting sensitive components from power-related disruptions.