BQ34Z950: Error in Battery Capacity Calculation (Relative SoC and Absolute SoC)

Hi Aman,

ASOC is remcap / design capacity. Please check the design capacity to ensure it is proper. If so, please check remcap and FCC to see if they're proper.

Ensure that the device is using a learned pack.

If issues persist, please describe the events leading up to a state of ASOC of 152. Please also describe the configuration steps that have been taken with the gauge and also provide a GG file.

Sincerely,
Bryan Kahler

Dear Bryan,

Thanks for the reply. As per you asked I checked the remcap and FCC. Remaining capacity = 65335, FCC = 65335.

I read all the configure register and values are as below.

Bq34z950 Settings.xlsx

Regards,

Aman.

Hi Aman,

Thank you for including the settings of the device, however, some settings seem to be missing such as the RA tables and more. More information is needed.

Please describe the events leading up to a state of ASOC of 152. A log file that captures the event in bqStudio would help along with your description.

Sincerely,
Bryan Kahler

Dear Bryan,

Please tell me what exact register do you need or what setting I need to configure? Problem is I don't have EVM to read with bqStudio . I am configuring this via SMBus from uC. So I all I can do is read or write some registers and fill a sheet of it to show you.

Today I send PFKey to Manufacturer Access of BQ and now the remcap is showing 0 and FCC = 7893.

Regards,
Aman

Hi Aman,

Please log these values (example gg file given, these are not default values but are to show what a value may look like):

[Header]
bq EVSW Version = 0.9.90
DeviceName = bq34z950 v0.02
Time = 2/13/2018 12:06:28 PM


[Voltage(1st Level Safety)]
COV Threshold = 4450
COV Recovery = 4200
CUV Threshold = 3010
CUV Recovery = 3060
[Current(1st Level Safety)]
OC (1st Tier) Chg = 6000
OC (1st Tier) Dsg = 6000
Current Recovery Time = 8
AFE OC Dsg = 12
AFE OC Dsg Time = 0F
AFE SC Chg Cfg = 77
AFE SC Dsg Cfg = 77
[Temperature(1st Level Safety)]
Over Temp Chg = 55.0
OT Chg Recovery = 50.0
Over Temp Dsg = 60.0
OT Dsg Recovery = 55.0

[Voltage(2nd Level Safety)]
SOV Threshold = 18000
SOV Time = 0
Cell Imbalance Current = 5
Cell Imbalance Fail Voltage = 1000
Cell Imbalance Time = 0
Battery Rest Time = 1800
[Current(2nd Level Safety)]
SOC Chg = 10000
SOC Chg Time = 0
SOC Dsg = 10000
SOC Dsg Time = 0
[Temperature(2nd Level Safety)]
SOT Chg = 65.0
SOT Chg Time = 0
SOT Dsg = 75.0
SOT Dsg Time = 0
[FET Verification(2nd Level Safety)]
FET Fail Time = 0
[AFE Verification(2nd Level Safety)]
AFE Fail Limit = 10

[Charge Inhibit Cfg(Charge Control)]
Chg Inhibit Temp Low = 0.0
Chg Inhibit Temp High = 50.0
[Pre-Charge Cfg(Charge Control)]
Pre-chg Current = 250
Pre-chg Temp = 12.0
Pre-chg Voltage = 3000
Recovery Voltage = 3100
[Fast Charge Cfg(Charge Control)]
Fast Charge Current = 4000
Charging Voltage = 16800
Suspend Low Temp = -5.0
Suspend High Temp = 55.0
[Termination Cfg.(Charge Control)]
Taper Current = 250
Taper Voltage = 300
TCA Clear % = 95
FC Set % = 100
FC Clear % = 98
[Cell Balancing Cfg(Charge Control)]
Min Cell Deviation = 1750
[Charging Faults(Charge Control)]
Over Charge Capacity = 300

[Data(SBS Configuration)]
Rem Cap Alarm = 300
Rem Energy Alarm = 4320
Rem Time Alarm = 10
Init Battery Mode = 0081
Design Voltage = 14800
Spec Info = 0031
Manuf Date = 30-Nov-2017
Ser. Num. = 0149
Cycle Count = 0
CC Threshold = 4000
CF MaxError Limit = 100
Design Capacity = 6600
Design Energy = 97680
Manuf Name = EMS
Device Name = bq34z950
Device Chemistry = LION
[Configuration(SBS Configuration)]
TDA Set % = 6
TDA Clear % = 8
FD Set % = 2
FD Clear % = 5
TDA Set Volt Threshold = 5000
TDA Set Volt Time = 0
TDA Clear Volt = 5500

[Integrity Data(System Data)]
Reset Counter Partial = 0
Reset Counter Full = 198
[Manufacturer Info(System Data)]
Manuf. Info = 0123456789ABCDEF0123

[Registers(Configuration)]
Operation Cfg A = 0329
Operation Cfg B = 2448
Operation Cfg C = 0001
Permanent Fail Cfg = 0000
Non-Removable Cfg = 0000
[AFE(Configuration)]
AFE PMS Threshold = 5500

[LED Cfg(LED Support)]
LED Flash Period = 512
LED Blink Period = 1024
LED Delay = 100
LED Hold Time = 4
CHG Flash Alarm = 10
CHG Thresh 1 = 0
CHG Thresh 2 = 20
CHG Thresh 3 = 40
CHG Thresh 4 = 60
CHG Thresh 5 = 80
DSG Flash Alarm = 10
DSG Thresh 1 = 0
DSG Thresh 2 = 20
DSG Thresh 3 = 40
DSG Thresh 4 = 60
DSG Thresh 5 = 80
Sink Current = 3

[Power(Power)]
Flash Update OK Voltage = 7500
Shutdown Voltage = 12050
Charger Present = 3000
Wake Current Reg = 00

[IT Cfg(Gas Gauging)]
Load Select = 3
Load Mode = 0
Term Voltage = 12000
User Rate-mA = 0
User Rate-mW = 0
Reserve Cap-mAh = 0
Reserve Cap-mWh = 0
[Current Thresholds(Gas Gauging)]
Dsg Current Threshold = 50
Chg Current Threshold = 800
Quit Current = 10
[State(Gas Gauging)]
Qmax Cell 0 = 8042
Qmax Cell 1 = 8041
Qmax Cell 2 = 8022
Qmax Cell 3 = 8071
Qmax Pack = 8022
Update Status = 06
Delta Voltage = 4

[R_a0(Ra Table)]
Cell0 R_a flag = 0000
Cell0 R_a 0 = 41
Cell0 R_a 1 = 50
Cell0 R_a 2 = 73
Cell0 R_a 3 = 98
Cell0 R_a 4 = 99
Cell0 R_a 5 = 96
Cell0 R_a 6 = 101
Cell0 R_a 7 = 149
Cell0 R_a 8 = 181
Cell0 R_a 9 = 235
Cell0 R_a 10 = 310
Cell0 R_a 11 = 417
Cell0 R_a 12 = 447
Cell0 R_a 13 = 684
Cell0 R_a 14 = 994
[R_a1(Ra Table)]
Cell1 R_a flag = 0000
Cell1 R_a 0 = 51
Cell1 R_a 1 = 51
Cell1 R_a 2 = 75
Cell1 R_a 3 = 102
Cell1 R_a 4 = 102
Cell1 R_a 5 = 99
Cell1 R_a 6 = 103
Cell1 R_a 7 = 149
Cell1 R_a 8 = 188
Cell1 R_a 9 = 244
Cell1 R_a 10 = 320
Cell1 R_a 11 = 430
Cell1 R_a 12 = 468
Cell1 R_a 13 = 707
Cell1 R_a 14 = 1037
[R_a2(Ra Table)]
Cell2 R_a flag = 0055
Cell2 R_a 0 = 55
Cell2 R_a 1 = 55
Cell2 R_a 2 = 78
Cell2 R_a 3 = 101
Cell2 R_a 4 = 101
Cell2 R_a 5 = 97
Cell2 R_a 6 = 101
Cell2 R_a 7 = 148
Cell2 R_a 8 = 211
Cell2 R_a 9 = 278
Cell2 R_a 10 = 360
Cell2 R_a 11 = 497
Cell2 R_a 12 = 532
Cell2 R_a 13 = 62
Cell2 R_a 14 = 93
[R_a3(Ra Table)]
Cell3 R_a flag = 0000
Cell3 R_a 0 = 52
Cell3 R_a 1 = 56
Cell3 R_a 2 = 79
Cell3 R_a 3 = 102
Cell3 R_a 4 = 104
Cell3 R_a 5 = 102
Cell3 R_a 6 = 105
Cell3 R_a 7 = 156
Cell3 R_a 8 = 188
Cell3 R_a 9 = 241
Cell3 R_a 10 = 316
Cell3 R_a 11 = 429
Cell3 R_a 12 = 461
Cell3 R_a 13 = 439
Cell3 R_a 14 = 641
[R_a0x(Ra Table)]
xCell0 R_a flag = 0055
xCell0 R_a 0 = 41
xCell0 R_a 1 = 50
xCell0 R_a 2 = 73
xCell0 R_a 3 = 98
xCell0 R_a 4 = 99
xCell0 R_a 5 = 96
xCell0 R_a 6 = 101
xCell0 R_a 7 = 149
xCell0 R_a 8 = 215
xCell0 R_a 9 = 279
xCell0 R_a 10 = 368
xCell0 R_a 11 = 495
xCell0 R_a 12 = 531
xCell0 R_a 13 = 812
xCell0 R_a 14 = 1181
[R_a1x(Ra Table)]
xCell1 R_a flag = 0055
xCell1 R_a 0 = 51
xCell1 R_a 1 = 51
xCell1 R_a 2 = 75
xCell1 R_a 3 = 102
xCell1 R_a 4 = 102
xCell1 R_a 5 = 99
xCell1 R_a 6 = 103
xCell1 R_a 7 = 149
xCell1 R_a 8 = 215
xCell1 R_a 9 = 279
xCell1 R_a 10 = 366
xCell1 R_a 11 = 492
xCell1 R_a 12 = 535
xCell1 R_a 13 = 809
xCell1 R_a 14 = 1186
[R_a2x(Ra Table)]
xCell2 R_a flag = 0000
xCell2 R_a 0 = 55
xCell2 R_a 1 = 55
xCell2 R_a 2 = 78
xCell2 R_a 3 = 101
xCell2 R_a 4 = 101
xCell2 R_a 5 = 97
xCell2 R_a 6 = 101
xCell2 R_a 7 = 148
xCell2 R_a 8 = 186
xCell2 R_a 9 = 245
xCell2 R_a 10 = 317
xCell2 R_a 11 = 438
xCell2 R_a 12 = 469
xCell2 R_a 13 = 55
xCell2 R_a 14 = 82
[R_a3x(Ra Table)]
xCell3 R_a flag = 0055
xCell3 R_a 0 = 52
xCell3 R_a 1 = 56
xCell3 R_a 2 = 79
xCell3 R_a 3 = 102
xCell3 R_a 4 = 104
xCell3 R_a 5 = 102
xCell3 R_a 6 = 105
xCell3 R_a 7 = 156
xCell3 R_a 8 = 228
xCell3 R_a 9 = 292
xCell3 R_a 10 = 383
xCell3 R_a 11 = 520
xCell3 R_a 12 = 559
xCell3 R_a 13 = 532
xCell3 R_a 14 = 777

[Device Status Data(PF Status)]
PF Flags 1 = 0000
PF Flags 2 = 0000

[Data(Calibration)]
CC Gain = 7.514
CC Delta = 7.514
Ref Voltage = 1225.45
AFE Pack Gain = 763.67
CC Offset = -0.241
Board Offset = -21.3
Int Temp Offset = 0.0
Ext1 Temp Offset = -.8
Ext2 Temp Offset = 0.0
[Config(Calibration)]
CC Current = 3000
Voltage Signal = 16800
Temp Signal = 298.0
CC Offset Time = 250
ADC Offset Time = 32
CC Gain Time = 250
Voltage Time = 1984
Temperature Time = 32
Cal Mode Timeout = 300
[Temp Model(Calibration)]
Ext Coef 1 = -28285
Ext Coef 2 = 20848
Ext Coef 3 = -7537
Ext Coef 4 = 401.2
Ext Min AD = 0
Ext Max Temp = 401.2
Int Coef 1 = 0
Int Coef 2 = 0
Int Coef 3 = -11136
Int Coef 4 = 575.4
Int Min AD = 0
Int Max Temp = 575.4
[Current(Calibration)]
Filter = 239
Deadband = 3
CC Deadband = 10.0

[bq2050 Config(DQ Communication)]
bq20z753 Configuration = 10
Pins Pulled Down = 20
Pins Pulled Up = 05
Resistor Divider Gain = 6
mV to mAhr Scale = 640
AutoCal per Sleep = 0
BR_Low = 2700
BR_RC = 1000
Wr0_Low = 1775
Wr0_RC = 1225
Wr1_Low = 550
Wr1_RC = 2451
Rd0_Low = 1150
Rd1_Low = 1100
Rd_TO = 0
RD_RS = 300
Wr_0_to_1_Delay = 100
SlaveRsp_Delay = 3020

Sincerely,
Bryan Kahler

Dear Bryan,

Here is my values read from the BQ34z950. All RaTable and all. Sorry for being late.

I don't know the float values are stored so I put the 4 bytes buffer of it as I readBq34z950 Settings Rtable.xlsx. If you can help to decode this that will also be very helpful.

Regards,

Aman.

In BQstudio there is not any BQ34z950 .bqz file. Please tell me how am I suppose to configure the bqstudio with EV2400 for BQ34z950. 

Regards,

Aman

Dear Bryan,

Any Help!!!!!

I looked some previous threads regarding the BQ34z950 evaluation software. You guys ask for email to send. Please provide me on.
Email:- amanankit@pulse-power.com

Regards,
Aman

Any One please tell me how can I change my FCC. Here is my GG file. I got the EV2400 and read the values in BQ EVSW.

[Header]
bq EVSW Version = 0.9.90
DeviceName = bq34z950 v0.02
Time = 24-04-2019 01:38:25 PM


[Voltage(1st Level Safety)]
COV Threshold = 4300
COV Recovery = 3900
CUV Threshold = 2900
CUV Recovery = 3000
[Current(1st Level Safety)]
OC (1st Tier) Chg = 12000
OC (1st Tier) Dsg = 30000
Current Recovery Time = 8
AFE OC Dsg = 12
AFE OC Dsg Time = 0F
AFE SC Chg Cfg = 77
AFE SC Dsg Cfg = 77
[Temperature(1st Level Safety)]
Over Temp Chg = 55.0
OT Chg Recovery = 50.0
Over Temp Dsg = 60.0
OT Dsg Recovery = 55.0

[Voltage(2nd Level Safety)]
SOV Threshold = 18000
SOV Time = 0
Cell Imbalance Current = 5
Cell Imbalance Fail Voltage = 1000
Cell Imbalance Time = 0
Battery Rest Time = 1800
[Current(2nd Level Safety)]
SOC Chg = 11000
SOC Chg Time = 0
SOC Dsg = 30000
SOC Dsg Time = 0
[Temperature(2nd Level Safety)]
SOT Chg = 65.0
SOT Chg Time = 0
SOT Dsg = 75.0
SOT Dsg Time = 0
[FET Verification(2nd Level Safety)]
FET Fail Time = 0
[AFE Verification(2nd Level Safety)]
AFE Fail Limit = 10

[Charge Inhibit Cfg(Charge Control)]
Chg Inhibit Temp Low = 0.0
Chg Inhibit Temp High = 45.0
[Pre-Charge Cfg(Charge Control)]
Pre-chg Current = 250
Pre-chg Temp = 12.0
Pre-chg Voltage = 3000
Recovery Voltage = 3100
[Fast Charge Cfg(Charge Control)]
Fast Charge Current = 4000
Charging Voltage = 16800
Suspend Low Temp = -5.0
Suspend High Temp = 55.0
[Termination Cfg.(Charge Control)]
Taper Current = 250
Taper Voltage = 300
TCA Clear % = 95
FC Set % = -1
FC Clear % = 98
[Cell Balancing Cfg(Charge Control)]
Min Cell Deviation = 1750
[Charging Faults(Charge Control)]
Over Charge Capacity = 300

[Data(SBS Configuration)]
Rem Cap Alarm = 300
Rem Energy Alarm = 4320
Rem Time Alarm = 10
Init Battery Mode = 0081
Design Voltage = 16800
Spec Info = 0031
Manuf Date = 01-Jan-1980
Ser. Num. = 0001
Cycle Count = 26
CC Threshold = 4400
CF MaxError Limit = 100
Design Capacity = 32767
Design Energy = 63360
Manuf Name = Texas Inst.
Device Name = bq34z950
Device Chemistry = LION
[Configuration(SBS Configuration)]
TDA Set % = 6
TDA Clear % = 8
FD Set % = 2
FD Clear % = 5
TDA Set Volt Threshold = 5000
TDA Set Volt Time = 0
TDA Clear Volt = 5500

[Integrity Data(System Data)]
Reset Counter Partial = 250
Reset Counter Full = 14
[Manufacturer Info(System Data)]
Manuf. Info = 0123456789ABCDEF0123

[Registers(Configuration)]
Operation Cfg A = 0329
Operation Cfg B = 2448
Operation Cfg C = 0000
Permanent Fail Cfg = 0000
Non-Removable Cfg = 0000
[AFE(Configuration)]
AFE PMS Threshold = 5500

[LED Cfg(LED Support)]
LED Flash Period = 512
LED Blink Period = 1024
LED Delay = 100
LED Hold Time = 4
CHG Flash Alarm = 10
CHG Thresh 1 = 0
CHG Thresh 2 = 20
CHG Thresh 3 = 40
CHG Thresh 4 = 60
CHG Thresh 5 = 80
DSG Flash Alarm = 10
DSG Thresh 1 = 0
DSG Thresh 2 = 20
DSG Thresh 3 = 40
DSG Thresh 4 = 60
DSG Thresh 5 = 80
Sink Current = 3

[Power(Power)]
Flash Update OK Voltage = 7500
Shutdown Voltage = 7000
Charger Present = 3000
Wake Current Reg = 00

[IT Cfg(Gas Gauging)]
Load Select = 3
Load Mode = 0
Term Voltage = 12000
User Rate-mA = 0
User Rate-mW = 0
Reserve Cap-mAh = 0
Reserve Cap-mWh = 0
[Current Thresholds(Gas Gauging)]
Dsg Current Threshold = 50
Chg Current Threshold = 25
Quit Current = 10
[State(Gas Gauging)]
Qmax Cell 0 = 13811
Qmax Cell 1 = 7086
Qmax Cell 2 = 13811
Qmax Cell 3 = 8575
Qmax Pack = 7086
Update Status = 04
Delta Voltage = 62

[R_a0(Ra Table)]
Cell0 R_a flag = FF55
Cell0 R_a 0 = 160
Cell0 R_a 1 = 166
Cell0 R_a 2 = 153
Cell0 R_a 3 = 151
Cell0 R_a 4 = 145
Cell0 R_a 5 = 152
Cell0 R_a 6 = 176
Cell0 R_a 7 = 204
Cell0 R_a 8 = 222
Cell0 R_a 9 = 254
Cell0 R_a 10 = 315
Cell0 R_a 11 = 437
Cell0 R_a 12 = 651
Cell0 R_a 13 = 1001
Cell0 R_a 14 = 1458
[R_a1(Ra Table)]
Cell1 R_a flag = FF55
Cell1 R_a 0 = 160
Cell1 R_a 1 = 166
Cell1 R_a 2 = 153
Cell1 R_a 3 = 151
Cell1 R_a 4 = 145
Cell1 R_a 5 = 152
Cell1 R_a 6 = 176
Cell1 R_a 7 = 204
Cell1 R_a 8 = 222
Cell1 R_a 9 = 254
Cell1 R_a 10 = 315
Cell1 R_a 11 = 437
Cell1 R_a 12 = 651
Cell1 R_a 13 = 1001
Cell1 R_a 14 = 1458
[R_a2(Ra Table)]
Cell2 R_a flag = FF55
Cell2 R_a 0 = 160
Cell2 R_a 1 = 166
Cell2 R_a 2 = 153
Cell2 R_a 3 = 151
Cell2 R_a 4 = 145
Cell2 R_a 5 = 152
Cell2 R_a 6 = 176
Cell2 R_a 7 = 204
Cell2 R_a 8 = 222
Cell2 R_a 9 = 254
Cell2 R_a 10 = 315
Cell2 R_a 11 = 437
Cell2 R_a 12 = 651
Cell2 R_a 13 = 1001
Cell2 R_a 14 = 1458
[R_a3(Ra Table)]
Cell3 R_a flag = FF55
Cell3 R_a 0 = 160
Cell3 R_a 1 = 166
Cell3 R_a 2 = 153
Cell3 R_a 3 = 151
Cell3 R_a 4 = 145
Cell3 R_a 5 = 152
Cell3 R_a 6 = 176
Cell3 R_a 7 = 204
Cell3 R_a 8 = 222
Cell3 R_a 9 = 254
Cell3 R_a 10 = 315
Cell3 R_a 11 = 437
Cell3 R_a 12 = 651
Cell3 R_a 13 = 1001
Cell3 R_a 14 = 1458
[R_a0x(Ra Table)]
xCell0 R_a flag = FFFF
xCell0 R_a 0 = 160
xCell0 R_a 1 = 166
xCell0 R_a 2 = 153
xCell0 R_a 3 = 151
xCell0 R_a 4 = 145
xCell0 R_a 5 = 152
xCell0 R_a 6 = 176
xCell0 R_a 7 = 204
xCell0 R_a 8 = 222
xCell0 R_a 9 = 254
xCell0 R_a 10 = 315
xCell0 R_a 11 = 437
xCell0 R_a 12 = 651
xCell0 R_a 13 = 1001
xCell0 R_a 14 = 1458
[R_a1x(Ra Table)]
xCell1 R_a flag = FFFF
xCell1 R_a 0 = 160
xCell1 R_a 1 = 166
xCell1 R_a 2 = 153
xCell1 R_a 3 = 151
xCell1 R_a 4 = 145
xCell1 R_a 5 = 152
xCell1 R_a 6 = 176
xCell1 R_a 7 = 204
xCell1 R_a 8 = 222
xCell1 R_a 9 = 254
xCell1 R_a 10 = 315
xCell1 R_a 11 = 437
xCell1 R_a 12 = 651
xCell1 R_a 13 = 1001
xCell1 R_a 14 = 1458
[R_a2x(Ra Table)]
xCell2 R_a flag = FFFF
xCell2 R_a 0 = 160
xCell2 R_a 1 = 166
xCell2 R_a 2 = 153
xCell2 R_a 3 = 151
xCell2 R_a 4 = 145
xCell2 R_a 5 = 152
xCell2 R_a 6 = 176
xCell2 R_a 7 = 204
xCell2 R_a 8 = 222
xCell2 R_a 9 = 254
xCell2 R_a 10 = 315
xCell2 R_a 11 = 437
xCell2 R_a 12 = 651
xCell2 R_a 13 = 1001
xCell2 R_a 14 = 1458
[R_a3x(Ra Table)]
xCell3 R_a flag = FFFF
xCell3 R_a 0 = 160
xCell3 R_a 1 = 166
xCell3 R_a 2 = 153
xCell3 R_a 3 = 151
xCell3 R_a 4 = 145
xCell3 R_a 5 = 152
xCell3 R_a 6 = 176
xCell3 R_a 7 = 204
xCell3 R_a 8 = 222
xCell3 R_a 9 = 254
xCell3 R_a 10 = 315
xCell3 R_a 11 = 437
xCell3 R_a 12 = 651
xCell3 R_a 13 = 1001
xCell3 R_a 14 = 1458

[Device Status Data(PF Status)]
PF Flags 1 = 0000
PF Flags 2 = 0100

[Data(Calibration)]
CC Gain = 1.1
CC Delta = 1.1
Ref Voltage = 1225.00
AFE Pack Gain = 672.91
CC Offset = -0.242
Board Offset = 0
Int Temp Offset = 0.0
Ext1 Temp Offset = 0.0
Ext2 Temp Offset = 0.0
[Config(Calibration)]
CC Current = 3000
Voltage Signal = 16800
Temp Signal = 298.0
CC Offset Time = 250
ADC Offset Time = 32
CC Gain Time = 250
Voltage Time = 1984
Temperature Time = 32
Cal Mode Timeout = 300
[Temp Model(Calibration)]
Ext Coef 1 = -28285
Ext Coef 2 = 20848
Ext Coef 3 = -7537
Ext Coef 4 = 401.2
Ext Min AD = 0
Ext Max Temp = 401.2
Int Coef 1 = 0
Int Coef 2 = 0
Int Coef 3 = -11136
Int Coef 4 = 575.4
Int Min AD = 0
Int Max Temp = 575.4
[Current(Calibration)]
Filter = 239
Deadband = 3
CC Deadband = 10.0

[bq2050 Config(DQ Communication)]
bq20z753 Configuration = 10
Pins Pulled Down = 20
Pins Pulled Up = 05
Resistor Divider Gain = 6
mV to mAhr Scale = 640
AutoCal per Sleep = 0
BR_Low = 2700
BR_RC = 1000
Wr0_Low = 1775
Wr0_RC = 1225
Wr1_Low = 550
Wr1_RC = 2451
Rd0_Low = 1150
Rd1_Low = 1100
Rd_TO = 0
RD_RS = 300
Wr_0_to_1_Delay = 100
SlaveRsp_Delay = 3020


Regards,
Aman.