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MP4001DS Datasheet(PDF) 3 Page - Monolithic Power Systems |
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MP4001DS Datasheet(HTML) 3 Page - Monolithic Power Systems |
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3 / 16 page ![]() MP4001 – UNIVERSAL INPUT HIGH BRIGHTNESS WLED DRIVER MP4001 Rev. 1.02 www.MonolithicPower.com 3 5/1/2018 MPS Proprietary Information. Patent Protected. Unauthorized Photocopy and Duplication Prohibited. © 2018 MPS. All Rights Reserved. ELECTRICAL CHARACTERISTICS VIN =24VDC, no load on pin Drive, TA = +25C, unless otherwise noted. Parameters Symbol Condition Min Typ Max Units Input with An AC Voltage VINAC 50/60Hz AC RMS at Pin IN 9 350 V Input with A DC Voltage VINDC A DC voltage at Pin IN 9 450 V Input Supply Current (Quiescent) IINQS VDIM = 0V 0.64 mA Input Supply Current (Operation) IINRUN VDIM = 5 V 1 mA VCC Internal Regulated Voltage VCCH VIN=14-24V, VCC Peak Voltage 9.8 V VCCL VIN=14-24V, VCC Valley Voltage 8.9 V VCC VIN=10.5V or VIN=35V 8.5 V VCC Hysteresis VCCHYS 0.88 V VCC UVLO VCCUVLO 6.5 7.25 8 V VCC UVLO Hysteresis VCCUVLO_HYS 1 V DIM Input High VDIMH VDIM rising, VBOS=1.2V 1.5 V DIM Input Low VDIML VDIM falling, VBOS=1.2V 0.9 V DIM Pull up Current I DIM_PULL_UP VDIM=0V 10 A BOS Charge Current IBOS 3 4 5 A BOS High Threshold VBOSH BOS connect with a capacitor 2.1 2.42 2.6 V PWM Dimming on Propagation Delay TPWM_ON_PD PWM rising edge to Drive rising edge 540 ns PWM Dimming off Propagation Delay TPWM_OFF_PD PWM falling edge to Drive falling edge 3 µs CS Pin Reference Voltage VRS VDIM=VCC, @TA = -40°C to +85°C 270 300 330 mV Turn-off Propagation Delay tOFF_PD 100(4) ns Leading Edge Blanking Time tLEB 290 450 ns CS Bias Current ICS -1 1 A Gate Drive Source Current IDRV_SOURCE VDRV=0V 400(5) mA Gate Drive Sink Current IDRV_SINK VDRV=VCC -1.2(5) A Drive Low Level Output Voltage VDRVL IDRV=10mA 43 mV Drive High Level Output Voltage to Rail VDRVH IDRV=-10mA 110 mV Gate Minimal Turn-on Time tON_MIN 400(5) ns Maxim Switching Frequency fSW_MAX 110(5) kHz Over Temperature Protection Threshold TOTP 150 C Over Temperature Protection Threshold Hysteresis TOTP_HYS 30 C Output Short Shut Down Time tSD_SHORT When short circuit occurs 1.7 ms Notes: 5) Guarantee by design. |
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