ZHCSIH9F March 2009 – July 2018 TPS65023-Q1
PRODUCTION DATA.
7 | 6 | 5 | 4 | 3 | 2 | 1 | 0 |
PWRFAILZ | LOWBATTZ | PGOODZ VDCDC1 | PGOODZ VDCDC2 | PGOODZ VDCDC3 | PGOODZ LDO2 | PGOODZ LDO1 | |
R | R | R | R | R | R | R | R |
Bit | Field | Type | Reset | Description |
---|---|---|---|---|
7 | PWRFAILZ | R | 0 |
Set by signal: PWRFAIL 0 = indicates that the PWRFAIL_SNS input voltage is above the 1-V threshold. 1 = indicates that the PWRFAIL_SNS input voltage is below the 1-V threshold. |
6 | LOWBATTZ | R | 0 |
Set by signal: LOWBATT 0 = indicates that the LOWBATT_SNS input voltage is above the 1-V threshold. 1 = indicates that the LOWBATT_SNS input voltage is below the 1-V threshold. |
5 | PGOODZ VDCDC1 | R | 0 |
Set by signal: PGOODZ_VDCDC1 0 = indicates that the VDCDC1 converter output voltage is within its nominal range. This bit is zero if the VDCDC1 converter is disabled. 1 = indicates that the VDCDC1 converter output voltage is below its target regulation voltage. |
4 | PGOODZ VDCDC2 | R | 0 |
Set by signal: PGOODZ_VDCDC2 0 = indicates that the VDCDC2 converter output voltage is within its nominal range. This bit is zero if the VDCDC2 converter is disabled. 1 = indicates that the VDCDC2 converter output voltage is below its target regulation voltage. |
3 | PGOODZ VDCDC3 | R | 0 |
Set by signal: PGOODZ_VDCDC3 0 = indicates that the VDCDC3 converter output voltage is within its nominal range. This bit is zero if the VDCDC3 converter is disabled and during a DVM-controlled output-voltage transition. 1 = indicates that the VDCDC3 converter output voltage is below its target regulation voltage. |
2 | PGOODZ LDO2 | R | 0 |
Set by signal: PGOODZ_LDO2 0 = indicates that the LDO2 output voltage is within its nominal range. This bit is zero if LDO2 is disabled. 1 = indicates that LDO2 output voltage is below its target regulation voltage. |
1 | PGOODZ LDO1 | R | 0 |
Set by signal: PGOODZ_LDO1 0 = indicates that the LDO1 output voltage is within its nominal range. This bit is zero if LDO1 is disabled. 1 = indicates that the LDO1 output voltage is below its target regulation voltage. |