Appendix E GDU Electrical SpecificationsMC9S12ZVMB Family Reference Manual Rev. 1.3NXP Semiconductors 701Appendix EGDU Electrical SpecificationsE.1 Operating CharacteristicsTable E-1. GDU Electrical Characteristics (Junction Temperature From –40C To +175C)4.85V<=VDDX,VDDA<=5.15Num Rating Symbol Min Typ Max Unit1 VSUP Supply range V SUP -0.3 — 40 V2a VSUP, GHD Supply range FETs can be turned on (1)(normal range)VSUP/VGHD7 14 20 V2b VSUP, GHD Supply range FETs can be turned on (2)(extended high range)VSUP/VGHD7 14 26 V3 External FET Vgs drive (3) V VGS 5 9.6 12 V4 External FET total gate charge @ 10V (4) QG — 50 — nC5 Pull resistance between GHGx and GHSx R GHSpul 60 80 120 K6 Pull resistance between GLGx and GLSx R GLSpul 60 80 120 K7a VLS output voltage for Vsup >=12.5V, Iout=30mA-40C < T j < 150CVVLS_OUT 10.5 11 11.5 V7b VLS output voltage for Vsup >=12.5V, Iout=30mA150C < Tj < 175CVVLS_OUT 10.0 10.6 11.5 V8 VLS current limit threshold I LIMVLS 60 77 112 mA9a VLS low voltage monitor trippoint assert (GVLSLVL=1) V LVLSA 6.2 6.5 7 V9b VLS low voltage monitor trippoint deassert (GVLSLVL=1) V LVLSD 6.2 6.58 7 V9c VLS low voltage monitor trippoint assert (GVLSLVL=0) V LVLSA 5.2 5.5 6 V9d VLS low voltage monitor trippoint deassert (GVLSLVL=0) V LVLSD 5.2 5.55 6 V10a GHD high voltage monitor assert trippoint low V HVHDLA 20 21 22 V10b GHD high voltage monitor deassert trippoint low V HVHDLD 19.5 20.5 21.6 V11a GHD high voltage monitor assert trippoint high V HVHDHA 26.6 28.3 29.4 V11b GHD high voltage monitor deassert trippoint high V HVHDHD 26.2 27.9 29 V12 GHD high voltage monitor filter time constant tHVHD — 2.7 4 s13 GHG/GLG turn on time vs 10nF load (fastest slew) (5) tHGON 150 275 550 ns14 GHG/GLG turn on time vs 10nF load (slowest slew) (5) tHGON 740 1170 1800 ns15a GHG/GLG turn off time vs 10nF load (6)-40C < T j < 150CtHGOFF 60 120 230 ns15b GHG/GLG turn off time vs 10nF load (6)150C < Tj < 175CtHGOFF 130 190 250 ns16a PMF control to GHG/GLG start of turn on delay(fastest slew, TDEL=1)(7)tdelon 0.508 0.682 0.742 s
