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BQ76905
SLUSE97 – NOVEMBER 2023
6.11 Current Wake Detector (continued)
Typical values stated where T
to 27.5 V (unless otherwise noted)
PARAMETER
Wakeup voltage threshold (V
V
V
), setting = 1, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 2, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 3, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 4, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 5, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 6, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 7, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 8, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 9, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
– V
), setting = 10, negative
WAKE_THR
SRN
threshold (discharging current)
Wakeup voltage threshold (V
V
V
), setting = 1, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 2, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 3, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 4, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 5, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 6, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 7, negative threshold
WAKE_THR
SRN
(discharging current)
Wakeup voltage threshold (V
V
V
), setting = 8, negative threshold
WAKE_THR
SRN
(discharging current)
12
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= 25°C and V
= 18.5 V, min/max values stated where T
A
BAT
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
SRP
T
= –20°C to 65°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= -40°C to 110°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= -40°C to 110°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= -40°C to 110°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= -40°C to 110°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= -40°C to 110°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= -40°C to 110°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= -40°C to 110°C. Measured using
A
averaged data to remove effects of noise
(1)
–
SRP
T
= -40°C to 110°C. Measured using
A
averaged data to remove effects of noise
(1)
Product Folder Links:
TEST CONDITIONS
BQ76905
= -40°C to 110°C and V
A
MIN
TYP
MAX
-719
-635
-546
-1234
-1118
-1005
-1736
-1605
-1469
-2262
-2088
-1917
-2794
-2579
-2354
-3324
-3067
-2805
-3849
-3552
-3245
-4369
-4037
-3704
-4913
-4527
-4129
-5425
-5012
-4577
-862
-630
-369
-1340
-1113
-865
-1887
-1600
-1284
-2387
-2087
-1765
-2949
-2575
-2179
-3487
-3064
-2622
-3991
-3548
-3083
-4599
-4033
-3420
Copyright © 2023 Texas Instruments Incorporated
www.ti.com
= 3 V
BAT
UNIT
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
µV
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