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SP619 Datasheet(PDF) 2 Page - Sipex Corporation |
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SP619 Datasheet(HTML) 2 Page - Sipex Corporation |
2 / 7 page Jul23-07 Rev K SP69 High Current Power Switch © 2007 Sipex Corporation 2 AbSOLUTE MAxIMUM RATINgS RECOMMENDED OPERATINg CONDITIONS Unless otherwise specified: Vin = 2.5V - 7V, Cin = 0.µF, Ta = -40°C to + 85°C These are stress ratings only and functional op- eration of the device at these ratings or any other above those indicated in the operation sections of the specifications below is not implied. Exposure to absolute maximum rating conditions for extended periods of time may affect reliability. PARAMETER CONDITIONS MIN TYP (Note ) MAX UNITS Operating Input Voltage Range 2.5 7 V Overcurrent Deactivation Range EN=1.5V 725 800 00 mA Overcurrent Duration Be- fore Deactivation EN=1.5V 5.25 ms Shutdown Supply Current Vin=4.2V 2 µA Quiescent Supply Current EN=1.5V Vin=4.2V Iout=0mA 350 µA Quiescent Supply Current EN=1.5V Vin=4.2V Iout=725mA 5.25 mA Rds(on) Vin=2.5V Iout=00mA EN=1.5V .377 Ω Post Fault Output Load for Recovery Enable=1.5V 0 5 23 KΩ Post Fault Activation Turn On Time Enable=1.5V 55 ms Thermal Shutdown Die Temperature SP69 will self recover when temperature drops below the trip point . 20 50 80 °C Thermal Restart Die Tem- perature 90 20 35 °C ENABLE Logic LOW Driver is disabled .5 V ENABLE Pin Logic HIGH Driver is active .655 .4 V Turn On Delay Rl=100kΩ, Cl= 0.0µF (Note 2,3) 600 µs Turn Off Delay Rl=100kΩ, Cl= 0.0µF (Note 2,4) 200 µs Rise Time Rl=100kΩ, Cl= 0.0µF (Note 2) 00 µs Fall Time Rl=100kΩ, Cl= 0.0µF (Note 2) 2500 µs Vin……….…………………………….….…-0.3V to 7V Storage Temperature..…....……….… -65°C to 50°C Junction Temperature..................... ……..…….50°C Lead Temperature (Soldering, 0 sec)......…….300°C ESD RATING Human Body Model……………………….…….2000V Machine Model…………………………………....200V OPERATING RATINGS Thermal resistance SOT23-6 Junction to Ambient……………………….….….9°C Junction to lead ……………………...……………50°C Note 1: Typicals are Tj=25°C Note 2: Characterized, not 100% tested Note 3: Turn on delay is measured from the time the enable pin is turned on to the time it takes the output to rise to 10% of its final value. Note 4: Turn off delay is measured from the time the enable pin is turned to the time it takes for the output to fall to 90% of its current value. |
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