Lowpass LC filter module designed for compact, reliable power filtering Key benefits — why you need it Reduces powersupply ripple and noise, protecting sensitive circuits and improving performance. Handles higher current loads without overheating or performance loss — supports both input and output currents up to 5 A. Safe for lowvoltage systems up to 35 V, making it suitable for many DC power applications. Small footprint for easy integration into spaceconstrained designs while delivering stable, consistent filtering. Core features Lowpass filter topology combining inductance and capacitance for effective ripple attenuation. Maximum input and output current: 5 A. Maximum withstand voltage: 35 V. Compact size for board or modulelevel installation. Built with an integral power inductor designed for current, and a quality chip aluminum electrolytic capacitor to provide reliable, stable filtering. Performance and reliability Good filtering effect even on power supplies with large ripple; helps reduce voltage fluctuations and electromagnetic interference. Stable performance under rated current and voltage conditions, suitable for continuous operation in standard DC systems. Typical applications DC power supplies and postregulator filtering to smooth output voltage for sensitive electronics. LED driver and lighting systems to reduce flicker and improve LED lifetime. Motor controllers, sensors, and embedded systems where reduced ripple and stable supply voltage improve reliability and signal integrity. Specifications summary Type: Lowpass LC filter module Max input/output current: up to 5 A Max withstand voltage: 35 V Key components: integral power inductor (current capable), chip aluminum electrolytic capacitor Size: compact (small form factor for easy integration) Installation notes Use within the specified current and voltage limits (≤5 A, ≤35 V) for safe, reliable operation. Place as close as practical to the load or regulator output to maximize ripple suppression.