RDLY_TMR = 10kΩ,
RREG_TMR = 10kΩ, VPULL_UP1 = 3.3V, VPULL_UP2 =
3.3V, VFAULT = 10kΩ pull-up to VLDO, RHYS
= 50kΩ, CREFCAP = 470nF, CVLDO = 1μF, CPULL_UP1 =
1μF, CPULL_UP2 = 1μF, unless otherwise noted.
Figure 6-1 IQ_IN vs VIN Across Temperature in Waiting to
Sequence UP State
Figure 6-3 IQ_IN vs VIN Across Temperature in Waiting to
Sequence DOWN State
| RDLY_TMR = Floating |
VUP
= VDOWN = 3.3V |
| RREG_TMR = 1.18MΩ |
|
Figure 6-5 Undervoltage Lockout vs Temperature 
Figure 6-7 IHYS_SENSEx Current Distribution at Temperature of
–55°C
Figure 6-9 IHYS_SENSEx Current Distribution at Temperature of
125°C
Figure 6-11 VTH_SENSEx Voltage Distribution at Temperature of
+25°C
Figure 6-13 REFCAP vs
VIN Across Temperature 
Figure 6-15 VLDO vs
VIN Across Temperature
| VUP =
VDOWN = 0V |
ILOAD
= –2mA |
| RREG_TMR = Floating |
|
Figure 6-17 VOL_EN1 vs Temperature Across VPULL_UP1 and
VIN at ILOAD = –2mA
| VUP =
VDOWN =
3.3V |
ILOAD
= 2mA |
| RREG_TMR = Floating |
VIN =
12V |
Figure 6-19 VOH_EN1 vs Temperature Across VPULL_UP1 at
ILOAD = 2mA
| VUP =
VDOWN = ↑
3.3V |
VIN =
12V |
| RREG_TMR = Floating |
|
Figure 6-21 SREN1_RISE vs VPULL_UP1 Across
Temperature
| VUP =
VDOWN = ↑
3.3V |
VIN =
12V |
| RREG_TMR = Floating |
|
Figure 6-23 SRPWRGD_RISE vs VPULL_UP2
Across Temperature 
| VUP =
VDOWN = ↓
0V |
VIN =
12V |
| RREG_TMR = Floating |
|
Figure 6-25 SREN1_FALL vs VPULL_UP1 Across
Temperature 
| VUP =
VDOWN = ↓
0V |
VIN =
12V |
| RREG_TMR = Floating |
|
Figure 6-27 SRPWRGD_FALL vs VPULL_UP2
Across Temperature 
| VUP =
VDOWN =
3.3V |
VIN =
12V |
| RREG_TMR = Floating |
ILOAD
= 2mA |
Figure 6-29 REN1_PULL_UP vs Temperature Across
VPULL_UP1
Figure 6-2 IQ_IN vs Temperature Across VIN in Waiting to
Sequence UP State
Figure 6-4 IQ_IN vs Temperature Across VIN in Waiting to
Sequence DOWN State
| VSENSEx = 700mV |
RREG_TMR = Floating |
|
|
Figure 6-6 IHYS_SENSEx vs Temperature Across VIN and SENSEx
Channel
Figure 6-8 IHYS_SENSEx Current Distribution at Temperature of
25°C
Figure 6-10 VTH_SENSEx Voltage Distribution at Temperature of
–55°C
Figure 6-12 VTH_SENSEx Voltage Distribution at Temperature of
125°C
Figure 6-14 REFCAP vs
Temperature Across VIN
| VUP =
VDOWN = 0V |
RREG_TMR = Floating |
|
|
Figure 6-16 VLDO vs
Temperature Across VIN
| VUP =
VDOWN = 0V |
ILOAD
= –10mA |
| RREG_TMR = Floating |
|
Figure 6-18 VOL_EN1 vs Temperature Across VPULL_UP1 and
VIN at ILOAD = –10mA
| VUP =
VDOWN =
3.3V |
ILOAD
= 10mA |
| RREG_TMR = Floating |
VIN =
12V |
Figure 6-20 VOH_EN1 vs Temperature Across VPULL_UP1 at
ILOAD = 10mA
| VUP =
VDOWN = ↑
3.3V |
VIN =
12V |
| RREG_TMR = Floating |
|
Figure 6-22 SREN1_RISE vs Temperature Across
VPULL_UP1
| VUP =
VDOWN = ↑
3.3V |
VIN =
12V |
| RREG_TMR = Floating |
|
Figure 6-24 SRPWRGD_RISE vs Temperature Across
VPULL_UP2
| VUP =
VDOWN = ↓
0V |
VIN =
12V |
| RREG_TMR = Floating |
|
Figure 6-26 SREN1_FALL vs Temperature Across
VPULL_UP1
| VUP =
VDOWN = ↓
0V |
VIN =
12V |
| RREG_TMR = Floating |
|
Figure 6-28 SRPWRGD_FALL vs Temperature Across
VPULL_UP2
| VUP =
VDOWN = 0V |
VIN =
12V |
| RREG_TMR = Floating |
ILOAD
= –2mA |
Figure 6-30 REN1_PULL_DOWN vs Temperature Across
VPULL_UP1