ZHCSQB8C July 2021 – December 2022 TPS38700-Q1
PRODUCTION DATA
Refer to Table 8-1 for the I2C register map overview. Note that "PSEQ" refers to TPS38700-Q1 and is used enhance table readability.
TYPE | BITS | DESCRIPTION | RANGE / FUNCTION OR STATUS | WHO TOGGLES THEM? | WHO ELSE CAN WRITE TO THEM? | WHAT GETS AFFECTED DUE TO THIS BIT? |
---|---|---|---|---|---|---|
OTP bits R | VENDORID[7:0] | TI defined | TI defined | OTP option | None | None |
MODEL_REV[7:0] | TI defined | TI defined | OTP option | None | None | |
TARGET_ID[7:0] | TI defined | TI defined | OTP option | None | I2C | |
Interrupt info bits RW1C | F_INTERR | Internal fault | No internal fault / Internal fault detected | Interrupt | Any of the interrupts generated; Can be cleared by writing 1 | NIRQ |
EM_PD (1) | Emergency Power down | No emergency PD / shutdown caused by emergency PD | PSEQ | PSEQ; SOC | NRST; NIRQ | |
WDT | Watchdog violation | Did not occur / occurred | Watchdog | WD; SOC | NIRQ; NRST (depends on if set in configuration register) | |
F_PEC | Packet Error checking (PEC) | PEC miscompare did not occur / occurred | I2C | I2C; SOC | NIRQ | |
RTC | RTC alarm | has not triggered / triggered | RTC | RTC; SOC | NIRQ | |
F_EN | Enable output pin fault | No faults detected / fault detected | EN readback-PSEQ | PSEQ; SOC | NIRQ; NRST | |
F_OSC | Crystal oscillator fault | No faults detected / fault detected | Frequency detector | Frequency detector; SOC | NIRQ | |
F_NRSTIRQ | Reset or Interrupt pin fault | No faults detected / fault detected | Reset readback-PSEQ | PSEQ; SOC | NIRQ | |
F_BIST | Built-In self test fault | No faults detected / fault detected | BIST | BIST; SOC | NIRQ; NRST | |
F_LDO | LDO fault | No faults detected / fault detected | BIST | BIST; SOC | NIRQ; NRST | |
F_TSD | Thermal shutdown fault | No faults detected / fault detected | TSD | TSD; SOC | NIRQ; NRST | |
F_RT_CRC | Runtime CRC register fault | No faults detected / fault detected | CRC | SOC | NIRQ | |
F_ECC_DED | ECC double error deduction on OTP load | No ECC DED / ECC DED on OTP load | NVM_ECC; REG_CRC | NVM_ECC; REG_CRC; SOC | NIRQ; NRST | |
F_PBSB (1) | NPWR_BTN short press | No short pulse / short pulse | PSEQ | PSEQ; SOC | NRST; NIRQ | |
Status bits R | ST_NIRQ | Current state of NIRQ output | NIRQ asserted / not asserted | Interrupt | None | None |
ST_NRST | Current state of NRST output | NRST asserted / not asserted | Interrupt; NRSTstate change | None | None | |
ST_ACTSLP | Current state of SLEEP input | SLEEP pin driven Low or High | PSEQ | None | None | |
ST_ACTSHDN | Current state of ACT input | ACT pin driven Low or High | PSEQ | None | None | |
ST_PSEQ[1:0] | Current state of PSEQ | SHDNx, Power Up, Power Down, Sleep, Sleep entry, Sleep exit, invalid, Active | PSEQ | None | None | |
STDR1 | Current drive state of EN12 to EN9 | Sequencer is driving EN Low or High | PSEQ | None | None | |
STDR2 | Current drive state of EN8 to EN1 | Sequencer is driving EN Low or High | PSEQ | None | None | |
OPEN | Watchdog Open Window | Watchdog update Window closed / open | WD | None | None | |
WDUV | Watchdog Update Violation | No violation / WD updated too early | WD | None | None | |
WDEXP | Watchdog close timer expired | WDT not expired / expired | WD | None | None | |
BIST_C | BIST state | BIST not complete or executed / BIST complete | BIST | None | None | |
ECC_SEC | Status of ECC single error correction | No error correction applied / SEC applied | NVM_ECC | None | None | |
BIST_VM | Status of volatile memory test output from BIST | Volatile memory test pass / fail | REG_CRC | None | None | |
BIST_NVM | Status of non-volatile memory test output from BIST | Non-Volatile memory test pass / fail | OTP covered | None | None | |
BIST_L | Status of Logic test ouput from BIST | Logic test pass / fail | BIST | None | NIRQ/ NRST | |
BIST_A | Status of Analog test ouput from BIST | Analog test pass / fail | BIST | None | NIRQ/ NRST | |
OTP bits R | EN_AF[12:9] | Enable AF for EN12, EN11, EN10, EN9 | Disabled/ Enabled | OTP option | None | PSEQ |
AFIO[12:9] | Select AF for EN12, EN11, EN10, EN9 | GPO or NPWR_BTN /NRST_IN/ NEM_PD | OTP option | None | PSEQ | |
PP_EN[12:1] | ENx pin driver configuration | Open drain/ Push-Pull | OTP option | None | IO | |
XTAL_LOAD | Crystal oscillator load capacitance | External/ Internal | OTP option | None | XTAL | |
XTAL_EN | Crystal oscillator Enable | Crystal driver disabled/ enabled | OTP option | None | XTAL | |
PP_CLK32K | CLK32K pin driver configuration | Open drain/ Push-Pull | OTP option | None | XTAL | |
CONTROL R/W | GPIO[12:9] | General purpose input / outputs | Open drain / Push-Pull | SOC | None | PSEQ |
Debounce[3:0] | Debounce value for AF input pins | 5 ms to 80 ms | SOC | None | PSEQ | |
EN_DEB[12:9] | Enable debounce for AF input pins | Debouce disabled / enabled | SOC | None | PSEQ | |
LP_TIME_TSHLD[7:0] | NPWR_BTN long press time threshold | 100 ms to 25.6 s | SOC | None | PSEQ | |
RELOAD | Reload OTP | Reload or do not Reload when SEQ5 / 6 is complete | SOC | SOC | OTP Register | |
FORCE_INT | Force NIRQ low | NIRQ contolled by faults / register | SOC | SOC | NRST | |
FORCE_ACT | Force PSEQ Active state | SLEEP pin controls exit / entry or is ignored | PSEQ | SOC can clear it; but not set it | PSEQ | |
FORCE_SHDN[1:0] | Force PSEQ Shutdown state | ACT pin control or Force SHDN and resume ACT pin control after delay | SOC | SOC; WDT | PSEQ | |
RST_DLY[3:0] | Reset Delay | 0.1 ms to 128 ms | SOC | None | PSEQ | |
RTC_WAKE | Autonomous wake alarm enable | Disabled / Enabled | SOC | None | RTC | |
RTC_PU | Autonomous RTC power up from SHDN2 to ACTIVE | Disabled / Enabled | SOC | None | RTC | |
REQ_PEC | Require PEC byte (if EN_PEC = 1) | Missing PEC is treated as good / bad | SOC | None | I2C | |
EN_PEC | Packet Error checking (PEC) | PEC disabled / enabled | SOC | None | I2C | |
AT_POR | Run BIST at POR | Skip / run BIST at POR | SOC | None | BIST | |
AT_SHDN | Run BIST when exiting SEQ5 / 6 | Default to not run BIST | SOC | None | BIST | |
PSEQ | USLOT[3:0] | Power Up / Sleep Exit time slots | 125 μs / 2.5 s | SOC | None | PSEQ |
DSLOT[3:0] | Power down / Sleep Entry time slots | 125 μs / 2.5 s | SOC | None | PSEQ | |
SSTEP | Slot step multiplier | 250 μs / 1000 μs | SOC | None | PSEQ | |
PU[3:0][12:1] | Power Up Sequence | ENx not mapped / ENx mapped | SOC | None | PSEQ | |
PD[3:0][12:1] | Power Down Sequence | ENx not mapped / ENx mapped | SOC | None | PSEQ | |
SLP_EXT[3:0][12:1] | Sleep Exit Sequence | ENx not mapped / ENx mapped | SOC | None | PSEQ | |
SLP_ENTRY[3:0][12:1] | Sleep Entry Sequence | ENx not mapped / ENx mapped | SOC | None | PSEQ | |
RTC (2) | RTC_T[31:0] | RTC time setting | 1 sec to 136 years | XTAL; internal oscillator | None | RTC |
RTC_A[31:0] | RTC alarm setting | 1 sec to 136 years | SOC | None | RTC | |
WDT | WDT_EN[1:0] | Watchdog configuration | Disabled / Enabled | SOC | None | WDT |
SLP_EN | Automatic disable in Sleep mode | Watchdog disabled / enabled in Sleep | SOC | None | WDT | |
WDT_DLY[2:0] | Delay in number of Watchdog periods | 1 or 8 WDT period | SOC | None | WDT | |
PDMD[1:0] | Power down mode for WDT force power down | Value written to CTL_1.FORCE_SHDN on WDT power down | SOC | None | PSEQ | |
CLOSE[7:0] | WDT close window configuration | 1 ms to 864 ms | SOC | None | WDT | |
OPEN[7:0] | WDT open window configuration | 1 ms to 864 ms | SOC | None | WDT | |
KEY[7:0] | WDT key to reset | 0 / 1 | SOC | None | WDT | |
PROT | WRK | Work set register lock | 0 / 1 | SOC only 1 | None | Write function to those register groups |
SEQS | SEQS set register lock | 0 / 1 | SOC only 1 | None | Write function to those register groups | |
SEQP | SEQP set register lock | 0 / 1 | SOC only 1 | None | Write function to those register groups | |
SEQC | SEQC set register lock | 0 / 1 | SOC only 1 | None | Write function to those register groups | |
WDT | WDT set register lock | 0 / 1 | SOC only 1 | None | Write function to those reg groups | |
RTC | RTC set register lock | 0 / 1 | SOC only 1 | None | Write function to those reg groups | |
CTL | CTL set register lock | 0 / 1 | SOC only 1 | None | Write function to those reg groups |