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RE46C191 Datasheet(PDF) 5 Page - Microchip Technology |
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RE46C191 Datasheet(HTML) 5 Page - Microchip Technology |
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5 / 44 page  2013-2023 Microchip Technology Inc. and its subsidiaries DS20005225H-page 5 RE46C191 Input Leakage IINOP IRP -200 — 200 pA IRP = VDD or VSS IRN -200 — 200 pA IRN = VDD or VSS IIHF FEED — 20 50 µA FEED = 22V, VBST = 9V IILF FEED -50 -15 — µA FEED = -10V, VBST = 10.7V Input Voltage Low VIL1 FEED — — 2.7 V FEED, VBST = 9V VIL2 IO — — 800 mV No local alarm, IO as an input Input Voltage High VIH1 FEED 6.2 — — V FEED, VBST = 9V VIH2 IO 2.0 — — V No local alarm, IO as an input IO Hysteresis VHYST1 IO — 150 — mV Input Pull-Down Current IPD1 TEST, TEST2 3 10 30 µA VIN = VDD IPDIO1 IO 20 — 80 µA VIN = VDD IPDIO2 IO — — 140 µA VIN = 15V Output Voltage Low VOL1 HB, HS — — 500 mV IOL = 16 mA, VBST = 9V VOL2 RLED — — 300 mV IOL = 10 mA, VBST = 9V VOL3 GLED — — 300 mV IOL = 10 mA, VBST = 3.6V Output High Voltage VOH1 HB, HS 8.5 — — V IOL = 16 mA, VBST = 9V Output Current IIOH1 IO -4 -5 — mA Alarm, VIO = 3V or VIO = 0V, VBST = 9V IIODMP IO 5 15 — mA At conclusion of local alarm or test, VIO = 1V IIRED50 IRED 45 50 55 mA IRED on, VIRED = 1V, VBST = 5V, IRCAP = 5V, (50 mA option selected, TA = +27°C) IIRED100 IRED 90 100 110 mA IRED on, VIRED = 1V, VBST = 5V, IRCAP = 5V, (100 mA option selected, TA = +27°C) IIRED150 IRED 135 150 165 mA IRED on, VIRED = 1V, VBST = 5V, IRCAP = 5V, (150 mA option selected, TA = +27°C) IIRED200 IRED 180 200 220 mA IRED on, VIRED = 1V, VBST = 5V, IRCAP = 5V, (200 mA option selected, TA = +27°C) IRED Current Temperature Coefficient TCIRED — — 0.5 — %/°C VBST = 5V, IRCAP = 5V (Note 4) DC ELECTRICAL CHARACTERISTICS (CONTINUED) DC Electrical Characteristics: Unless otherwise indicated, all parameters apply at TA = -10°C to +60°C, VDD = 3V, VBST = 4.2V, Typical Application (unless otherwise noted)(1,2,3) Parameter Symbol Test Pin Min. Typ. Max. Units Conditions Note 1: Wherever a specific VBST value is listed under test conditions, the VBST is forced externally with the inductor disconnected and the DC-DC converter NOT running. 2: Typical values are for design information only. 3: Limits over the specified temperature range are not production tested and are based on characterization data. Unless otherwise stated, production test is at room temperature with guardbanded limits. 4: Not production tested. |
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