The rectifier improves compact power supply functionality and performance in notebook power adapters, universal chargers, telecom power supplies and similar products. Addressing a broad application base, it can serve as an output diode in power supply output stages, a catch diode in Buck regulator circuits, a freewheeling diode in motor drive circuits, and as a boost diode. The SBR10U200P5 is the smallest leaded, 200V-rated, 10A rectifier available. The superior thermal resistance of the patent-pending PowerDI5® enables the device to deliver twice the power density of Schottky diode Dpak solutions, from a PCB footprint that is 40 percent smaller. The rectifier delivers an industry-leading, low-forward volt drop (VF) of 0.7V at 10A rated current, at a junction temperature of 125 degrees C. The low-profile, off-board package height of 1.1mm offers a maximum rated junction temperature (Tj) of 175°C and allows for the removal of snubber circuits from power supply outputs, simplifying designs and reducing end product cost.
Satnews Daily
May 7th, 2009
Smaller Footprint, Improved Performance For SBRs From Diodes Inc.
The rectifier improves compact power supply functionality and performance in notebook power adapters, universal chargers, telecom power supplies and similar products. Addressing a broad application base, it can serve as an output diode in power supply output stages, a catch diode in Buck regulator circuits, a freewheeling diode in motor drive circuits, and as a boost diode. The SBR10U200P5 is the smallest leaded, 200V-rated, 10A rectifier available. The superior thermal resistance of the patent-pending PowerDI5® enables the device to deliver twice the power density of Schottky diode Dpak solutions, from a PCB footprint that is 40 percent smaller. The rectifier delivers an industry-leading, low-forward volt drop (VF) of 0.7V at 10A rated current, at a junction temperature of 125 degrees C. The low-profile, off-board package height of 1.1mm offers a maximum rated junction temperature (Tj) of 175°C and allows for the removal of snubber circuits from power supply outputs, simplifying designs and reducing end product cost.

