Five pieces of D25XB80 D25SBA80 Bridge Rectifier, 25A 800V, in a DIP4 flat package. These units provide reliable fullbridge rectification for AC to DC conversion in a compact PCBfriendly format. Key benefits Robust power handling: suitable for moderate power circuits with up to 25 A average forward current. voltage capability: reverse voltage rating of 800 V supports higher voltage applications and provides design margin. Simple PCB integration: DIP4 flat package enables straightforward throughhole mounting on standard boards. Reliable DC output: converts AC input to stable DC for downstream power electronics. Two model variants included: D25XB80 and D25SBA80, offering flexible selection within the same 25 A / 800 V class. Easy replacement: compatible with common bridge rectifier footprints and replacement parts for compatible systems. Key attributes Function: fullbridge rectification for AC to DC conversion. Package: DIP4 flat bridge rectifier (throughhole PCB mounting). Current rating: 25 A average forward current. Voltage rating: 800 V reverse voltage (VRRM). Construction: silicon diode bridge configured for standard bridge operation. Compatibility: suitable for power supplies, motor drives, and charging circuits that require a compact, discrete bridge rectifier. Material and design: siliconbased bridge rectifier modules in a flat DIP4 form factor. Package looks and handling: designed for plugin installation with common PCB layouts used for DIP4 devices. Applications Power supplies and DC power rails in consumer electronics, LED drivers, and embedded systems. Rectification stages in motor drive electronics and industrial control circuits. Battery charging circuits and DC link rectification in small to midrange energy systems. Notes This listing contains five pieces, comprising models D25XB80 and D25SBA80 in a DIP4 flat bridge rectifier configuration. Refer to the manufacturer's datasheet for exact electrical characteristics, thermal considerations, and recommended PCB layout to ensure proper operation and cooling.