UPR802

UPR802 WATERTOWN DIVISION Surface Mount UES Rectifiers P RO DUCT P REVIEW DESCRIPTION KEY FEATURES W WW . Microsemi . C OM This state of the art high frequency rectifier is ideally suited for applications requiring high blocking voltage. It has the ability to switch significant current with minimal switching transients and losses. Leakage current at high temperature has been minimized; achieving exceptionally low reverse loses. An ultra stable process ensures high reliability and long life. This device is designed for a wide variety of high-frequency applications. Ultra Fast Recovery-35ns Controlled Avalanche High Temperature Operation with Low Loss Minimal Recovery Transients Low Turn-on Voltage Powermite 3 Package IMPORTANT: For the most current data, consult MICROSEMI’swebsite:http://www.microsemi.com APPLICATIONS/BENEFITS Battery Charger and Switching Circuits Where the intrinsic source-drain diode is an undesirable feature Small foot print ABSOLUTE MAXIMUM RATINGS AT 25º C (UNLESS OTHERWISE SPECIFIED) Rating Peak Reverse Voltage UPR802 Average DC Output Current Tc = 130 ºC Peak Forward Surge Current 8.3 mS Storage Temperature Operating Temperature Symbol VR1 Io VF T stg T op Value 200 8 100 -55 to 150 -55 to 150 Unit V A A ºC ºC THERMAL CHARACTERISTICS (UNLESS OTHERWISE SPECIFIED) Thermal Resistance Junction-to Case Rjtab 2.0 ºC/Watt (1) Mounted on 2” square by 0.06’ thick FR4 board with a 1” x 1” square 2 ounce copper pattern. (2) Mounted on 0.06 thick FR4 board, using recommended footprint. UPFS120P UPFS120P Copyright  2001 Rev. 0.03, 2003-12-10 Microsemi 580 Pleasant Street, Watertown, MA. 02472-2408, 617-926-0404, Fax: 617-924-1235 Page 1 UPR802 WATERTOWN DIVISION Surface Mount UES Rectifiers P RO DUCT P REVIEW ELECTRICAL PARAMETERS@25°C (unless otherwise specified) W WW . Microsemi . C OM Parameter Symbol Vf Vf Vf IR IR Trr Conditions IF = 4.0A IF = 8.0A IF = 8.0A Ir = VR Ir = VR dI/dt = 100 A/µs Typ. 1.2 1.35 1.1 10 250 35 Units V V V µA µA ns On characteristics (pulsed Width = 400 µs, Forward Voltage Forward Voltage Forward Voltage Tc = 125 °C Duty Cycle