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L99MM70XP Fiches technique(PDF) 33 Page - STMicroelectronics |
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L99MM70XP Fiches technique(HTML) 33 Page - STMicroelectronics |
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33 / 68 page ![]() L99MM70XP Electrical characteristics Doc ID 022637 Rev 2 33/68 8 Electrical characteristics 8.1 Supply and supply monitoring The voltages are referred to ground and currents are assumed positive, when the current flows into the pin. 6 V V S 18 V; all outputs open; Tamb = -40 °C...125 °C, unless otherwise specified. Table 9. Supply and supply monitoring Symbol Parameter Test condition Min. Typ. Max. Unit VSUV ON VS undervoltage threshold voltage VS increasing 5.7 7.2 V VSUV OFF VS undervoltage threshold voltage VS decreasing 5.5 6.9 V VSUV hyst VS undervoltage hysteresis VSUV ON -VSUV OFF 0.5 V VSOV OFF VS overvoltage threshold voltage VS increasing 18.1 24.5 V VSOV ON VS overvoltage threshold voltage VS decreasing 17.5 23.5 V VSOV hyst VS overvoltage hysteresis VSOV OFF -VSOV ON 1V IVS(act) Current consumption in active mode VS = 13.5 V, TXD LIN high (1)(2) 720 mA IVSREG(act) Current consumption in active mode VSREG = 13.5 V, TXD LIN high IVCC =0 (2) 612 mA IVS(BAT) Current consumption in VBAT-standby mode VS =13.5V (1)(2) 1µA IVS(BAT) Current consumption in VBAT-standby mode VS =13.5V (1)(3) 2µA IVSREG(BAT) Current consumption in VBAT-standby mode VSREG = 13.5 V (2) 1 8 16 µA IVSREG(BAT) Current consumption in VBAT-standby mode VSREG = 13.5 V (3) 212 24 µA IVS(VBAT) wupend Current consumption in VBAT-standby mode with a pending wake-up request VS, VSREG = 13.5 V, 2 V <LIN <VS -3.5 V 800 1200 µA IVS(VCC) wupend Current consumption in VCC-standby mode with a pending wake-up request VS, VSREG = 13.5 V, 2 V <LIN <VS -3.5 V 800 1200 µA IVS(VCC) Current consumption in VCC-standby mode VS = 13.5 V, voltage regulator VCC active, no wake-up request 1µA IVSREG(VCC) Current consumption in VCC-standby mode VS = 13.5 V, voltage regulator VCC active, no wake-up request, IVCC =0 (2) 10 45 70 µA IVSREG(VCC) Current consumption in VCC-standby mode VS = 13.5 V, voltage regulator VCC active, no wake-up request, IVCC =0 (3) 15 67 105 µA 1. OUT1 – OUT9, ECDR ECV, ECFD floating. 2. TTest = -40 °C, 25 °C. 3. TTest = 85 °C. This parameter is guaranteed by design. |
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