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MAX16067 Datasheet(PDF) 21 Page - Maxim Integrated Products |
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MAX16067 Datasheet(HTML) 21 Page - Maxim Integrated Products |
21 / 47 page ![]() ______________________________________________________________________________________ 21 6-Channel, Flash-Configurable System Manager with Nonvolatile Fault Registers Table 17. Critical Fault Configuration Critical Faults During normal operation, a fault condition can be con- figured to shut down all the EN_OUT_s and store fault information in the flash memory by setting the appro- priate critical fault enable bits. During power-up and power-down, all sequenced MON inputs are considered critical. Faults during power-up and power-down always cause the EN_OUT_s to turn off and can store fault infor- mation in the flash memory, depending on the contents of r6Dh[1:0]. Set the appropriate critical fault enable bits in registers r6Eh–r72h (see Table 17) for a fault condition to trigger a critical fault. Logged fault information is stored in flash registers r200h–r208h (see Table 18). After fault information is logged, the flash is locked and must be unlocked to enable a new fault log to be stored. Write a ‘0’ to r8Ch[1] to unlock the configuration flash. Fault information can be configured to store ADC conversion results and/or fault flags in registers. Select the critical fault configura- tion in r6Dh[1:0]. Set r6Dh[1:0] to ‘11’ to turn off the fault logger. All stored ADC results are 8 bits wide (MSBs of the conversion). Power-Up/Power-Down Faults All EN_OUT_s deassert when an overvoltage or under- voltage fault is detected during power-up/power-down and the MAX16067 enters to the fault state. Fault infor- mation can be stored to flash depending on r6D[1:0] (see Table 17). REGISTER ADDRESS FLASH ADDRESS BIT RANGE DESCRIPTION 6Dh 26Dh [1:0] Fault Information to Log 00 = Save failed line flags and ADC values in flash 01 = Save only failed line flags in flash 10 = Save only ADC values in flash 11 = Do not save anything [2] 1 = Fault log triggered when EXTFAULT is pulled low externally [7:3] Not used 6Eh 26Eh [0] 1 = Fault log triggered when MON1 is below its undervoltage threshold [1] 1 = Fault log triggered when MON2 is below its undervoltage threshold [2] 1 = Fault log triggered when MON3 is below its undervoltage threshold [3] 1 = Fault log triggered when MON4 is below its undervoltage threshold [4] 1 = Fault log triggered when MON5 is below its undervoltage threshold [5] 1 = Fault log triggered when MON6 is below its undervoltage threshold [7:6] Not used 6Fh 26Fh [3:0] Not used [4] 1 = Fault log triggered when MON1 is above its overvoltage threshold [5] 1 = Fault log triggered when MON2 is above its overvoltage threshold [6] 1 = Fault log triggered when MON3 is above its overvoltage threshold [7] 1 = Fault log triggered when MON4 is above its overvoltage threshold 70h 270h [0] 1 = Fault log triggered when MON5 is above its overvoltage threshold [1] 1 = Fault log triggered when MON6 is above its overvoltage threshold [7:2] Not used 71h 271h [7:0] Not used 72h 272h [4:0] Not used [5] 1 = EXTFAULT pulled low externally causes sequencer to enter fault state, turning off all EN_OUT_s 0 = EXTFAULT pulled low externally does not cause sequencer to enter fault state [7:6] Not used |
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