HIGH - SPEED SWITCHING DIODES Data Sheet Mechanical Dimensions Description 3 Pin 1 Pin 2 1 2 .037 .115 .037 B AV99 .110 .060 .016 1 3 2 Pin 3 .043 .016 .004 Features n High-Speed Switching Series Diode Pair n INDUSTRY STANDARD SOT-23 P ACKAGE n LOW FORWARD VOLTAGE n MEETS UL SPECIFICATION 94V-0 Maximum Ratings Peak Reverse Voltage...VRRM Reverse Voltage...VR(rms) BAV99 Units BAV99 160 160 V V Forward Current...I F ............................................. 215 ............................................... mA Repetitive Forward Current...I FRM ............................................. 450 ............................................... mA Repetitive Forward Surge Current..1ms@I FSM ............................................. 1000 ............................................... mA Total Power Dissipation...PD ............................................. 250 ............................................... mW Junction Temperature...T J ............................................. 150 ............................................... °C Storage Temperature Range...TSTG ........................................ -55 to 150 ......................................... °C Electrical Characteristics Maximum Forward Voltage...V F @ I F = 1.0 mA @ I F = 10 mA @ I F = 50 mA @ I F = 150 mA ............................................. ............................................. ............................................. ............................................. 715 ............................................... 855 ............................................... 1000 ............................................... 1250 ............................................... Maximum Reverse Current...IR @ V R = 70V ............................................. 1.0 ............................................... µA Maximum Diode Capacitance...C D ............................................. 1. 5 ............................................... pF Maximum Reverse Recovery Time...TRR IF = I R = 10mA, R L = 100Ω Measured @ IR = 1mA ............................................. 50 ............................................... ns Page 10-21 mV mV mV mV