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0x0D RelativeStateOfCharge()
127
SLUUBD3D–September 2015–Revised September 2018
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Copyright © 2015–2018, Texas Instruments Incorporated
SBS Commands
Status Condition Action
Each CycleCount() increment after last valid FCC update
MaxError() increment by 0.25% to a maximum of
100%
After Requested Learning Cycle Count increments of CycleCount() since
the last FCC update
CEDV GaugingStatus() [CF] = 1
Class Subclass Name Type Min Max Default Unit
Fuel Gauging CEDV Cfg
Requested Learning Cycle
Count
U1 1 255 20 Cycles
17.15 0x0D RelativeStateOfCharge()
This read-word function returns the predicted remaining battery capacity as a percentage of
FullChargeCapacity() and is an output of the CEDV gas gauging feature.
SBS
Cmd
Name
Access
Proto-
col
Type Min Max
SE US FA
0x0D RelativeStateOfCharge() R Word U1 0% 100%
17.16 0x0E AbsoluteStateOfCharge()
This read-word function returns the predicted remaining battery capacity as a percentage of Design
Capacity, and is an output of the CEDV gas gauging feature.
SBS
Cmd
Name
Access
Proto-
col
Type Min Max
SE US FA
0x0E AbsoluteStateOfCharge() R Word U1 0% 100%
17.17 0x0F RemainingCapacity()
This read-word function returns the predicted remaining battery capacity and is an output of the CEDV gas
gauging feature. It is scaled per SpecificationInfo().
SBS
Cmd
Name
Access
Proto-
col
Type Min Max Unit
SE US FA
0x0F RemainingCapacity() R R R Word U2 0 65535
mAh
10 mWh
NOTE: If BatteryMode()[CAPM] = 0, then the data reports in mAh.
If BatteryMode()[CAPM] = 1, then the data reports in 10 mWh.
17.18 0x10 FullChargeCapacity()
This read-word function returns the predicted battery capacity when fully charged and scaled per
SpecificationInfo().
SBS
Cmd
Name
Access
Proto-
col
Type Min Max Unit
SE US FA
0x10 FullChargeCapacity() R R R Word U2 0 65535
mAh
10 mWh