The Smallest Ultra-Thin SMD Bridge Rectifier in a Panel-Level Package, Featuring Industry-Leading IF 25A — Pushing the Boundaries of Performance and Space Efficiency
As demand grows for high-density, high-efficiency power solutions and the AI era accelerates, power supply specifications must rise to meet the needs of emerging applications such as AI servers, AI notebooks, AI PCs, and AI gaming systems. PANJIT is taking the lead by introducing the PMQ2508HULV and PMQ1508HULV series, built with cutting-edge M12 advanced packaging technology — redefining the future standard of bridge rectifiers. With an industry-leading ultra-thin 1.3 mm profile, these are the smallest surface-mount bridge rectifiers available today, delivering exceptional PCB space savings and providing the optimal solution for high power density designs.
Product Highlights
• Ultra-miniaturized Design: With the advanced M12 package, this bridge rectifier is only 1.3 mm thick, a 72% reduction compared to the 4.5 mm thickness of the GBJ package. It weighs just 0.7742 g, making it the smallest SMD bridge rectifier in the world within the 15A–25A current range. It breaks traditional space limitations and is perfectly suited for any high-density application.
• Top-Side Cooling Structure: Innovative top-side cooling significantly reduces thermal resistance and ensures reliable operation under high-temperature conditions, with a maximum junction temperature of 175 °C.
• High Voltage and Current Handling: Rated at 800 V, it supports 25 A (PMQ2508HULV) and 15 A (PMQ1508HULV) of average forward current, addressing the demands of AI servers, 80+ Platinum/Titanium-grade PC power supplies, telecom systems, and industrial backup power.
• Ultra-Low Forward Voltage and Leakage: With a minimum forward voltage drop of 0.72 V (@175 °C) and a maximum leakage current of only 1 μA, it enhances overall system efficiency and reliability.
• Compliant with RoHS 2.0 and halogen-free standards, and equipped with wettable flank capability to support automated optical inspection (AOI), enhancing manufacturing yield and ensuring high production reliability.
• High Surge Capability: With a peak surge current of up to 350 A (PMQ2508HULV), it ensures robust protection under extreme load conditions.