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BQ40Z60: Problems with set-up and calibration through bqStudio

William Jamieson
Prodigy 80 points
Part Number: BQ40Z60
Other Parts Discussed in Thread: BQSTUDIO, GPCRA0

Hi,

I am using a BQ40Z60 in a custom 4-cell Li-ion charger (4 x 3.7 V, 7800 mAh cells in series). We are using the EV2300 module and bq studio to set up the device. I am having issues setting up and calibrating the device.

I have carried out the following steps:

  1. Selected appropriate chemistry in bqStudio.

  2. Changed appropriate setting in the flash memory: use appropriate temperature for temperature detection, number of cells, voltage resolution etc. (see attached .gg file)

  3. Calibrated voltages for Cell 1, full batteries and AC adapter successfully.

  4. This is the first point where I believe there may be an issue. I am not sure as to where to carry out the current calibration from. Should this be applied to pin 1 when calibrating? I have not yet carried out the current calibration for this reason.

  5. Without calibration, we attempted to charge the batteries with the bq40z60 always choosing the pre-charging current as the charging current to use. This led to the overcurrent alarm flashing on and off and charging only available if we limit the current on the AC supply. The batteries stopped charging once the RSOC reached 100%, although the remaining and full charge capacities stated this was only 1800 mAh, 23% of the full charge capacity. Is this normal when you have not run the learning cycle at all, or would the chip not get closer to the actual theoretical value?

  6. I continued to run the learning cycle via the bqstudio software in manual mode. The discharge was at a through a 10 ohm resistor with a measured voltage across it of 14-16V giving 1400-1600 mA discharge through it. However bqstudio showed a current of approximately 2500 mA through each cell. Is this due to no current calibration or is it possibly something else?

  7. The learning cycle also ended after the relaxation period which is set to 6 hours in the software. Is it possible to run this manually (i.e. manually set the update status in flash memory to 04, discharge, relax, charge, relax etc) without using the built in learning cycle?

Please find attached the .gg files and a screenshot of the registers during relaxation of the discharged batteries.

Thanks in advance,

William

2018_04_05-bqstudio-thurs_12.gg.txt

  • 0
    TI__Genius 10830 points
    Hi William ,
    Your post has been assigned to one of our BMS experts.

    Regards,
    David
  • 0
    TI__Expert 6575 points
    Hi William,
    If you are not using a 5mOhm current sense resistor, it could definitely be a current calibration issue.
    There is guide in the bq40z60 EVM users guide that steps through the setup: www.ti.com/.../sluub71.pdf
    Connect and measure a 2-A current source from 1N (–) and PGND (+) to calibrate without using the
    FETs. (TI does not recommend calibration using the FETs.)
    It is not recommended that the Update status is set manually. The "Gauge_EN" button in bqStudio should be used to enable and disable the IT algorithm. This will automatically update the "Update Status".
    Regards,
    Swami
  • 0 in reply to Swaminathan Ramanathan75031
    Prodigy 80 points

    Hi Swami,

    Thanks, I carried out the current calibration and that fixed a lot of the issues we were having. Since then I have been carrying out the learning cycle which is going well for the most part. However, I have encountered a few minor issues which I would appreciate your help in clearing up:

    1. While relaxing the batteries after the first charge to full, Qmax was not updated at this point and therefore the update status was not increased to 05 from 04 despite being in the REST state and relaxed for about 5 hours. Qmax was then updated after the following discharge to empty, giving much better values for the full charge capacity, state of health etc. I am hoping that the next charge in the learning cycle should fix this but would appreciate any insight you may have with this and why this may have happened so I can improve this in the future?
    2. During charging of the batteries I have some issues with the charging current.
      1. How is the charging current (set as 1920 mA in the attached register screenshot) set? I would expect this to be 1980 mA according to the Standard Temp Charging - Current Low value in the data memory. Why are these different?
      2. The currents I see at the Cells is significantly lower than the Charging Current above (~1300 mA compared to 1920 mA). Shouldn't these values be the same?
      3. What is more I see the cell currents oscillate between ~1300 mA and ~ 300 mA (see attached register screenshots). This seems to be due to the ACFET triggering on and off but I am not sure how to correct this. Do you have any advice?

    I have attached register screenshots and the new csv of the data memory. If you require any more details please let me know.

    Thanks,

    William

    Fullscreen PostDischargeRelax.gg.txt Download 
    * Texas Instruments Data Flash File
* File created Thu Apr 12 09:24:03 2018
*
* Device Number 4600
* Firmware Version 0.15
* Build Number 21
* Order Number 0
*
* bqz Device Number 4600
* bqz Firmware Version 0.15
* bqz Build Number 21
*
* Field Order: Class name, Subclass name, Parameter name, Parameter Value, Display Units
"Calibration","Voltage","Cell Gain","12136","-"
"Calibration","Voltage","Pack Gain","41518","-"
"Calibration","Voltage","BAT Gain","49259","-"
"Calibration","Current","CC Gain","9.953","mOhm"
"Calibration","Current","Capacity Gain","9.953","mOhm"
"Calibration","Current Offset","CC Offset","0","-"
"Calibration","Current Offset","Coulomb Counter Offset Samples","64","-"
"Calibration","Current Offset","Board Offset","0","-"
"Calibration","Current Offset","CC Auto Config","07","hex"
"Calibration","Current Offset","CC Auto Offset","-102","-"
"Calibration","Temperature","Internal Temp Offset","0","degC"
"Calibration","Temperature","External1 Temp Offset","0","degC"
"Calibration","Temperature","External2 Temp Offset","0","degC"
"Calibration","Temperature","External3 Temp Offset","0","degC"
"Calibration","Temperature","External4 Temp Offset","0","degC"
"Calibration","Internal Temp Model","Int Gain","-12143","-"
"Calibration","Internal Temp Model","Int base offset","6232","-"
"Calibration","Internal Temp Model","Int Minimum AD","0","-"
"Calibration","Internal Temp Model","Int Maximum Temp","6232","0.1degK"
"Calibration","Cell Temperature Model","Coeff a1","-11130","-"
"Calibration","Cell Temperature Model","Coeff a2","19142","-"
"Calibration","Cell Temperature Model","Coeff a3","-19262","-"
"Calibration","Cell Temperature Model","Coeff a4","28203","-"
"Calibration","Cell Temperature Model","Coeff a5","892","-"
"Calibration","Cell Temperature Model","Coeff b1","328","-"
"Calibration","Cell Temperature Model","Coeff b2","-605","-"
"Calibration","Cell Temperature Model","Coeff b3","-2443","-"
"Calibration","Cell Temperature Model","Coeff b4","4696","-"
"Calibration","Cell Temperature Model","Rc0","11703","-"
"Calibration","Cell Temperature Model","Adc0","11703","-"
"Calibration","Cell Temperature Model","Rpad","0","-"
"Calibration","Cell Temperature Model","Rint","0","-"
"Calibration","Fet Temperature Model","Coeff a1","-11130","-"
"Calibration","Fet Temperature Model","Coeff a2","19142","-"
"Calibration","Fet Temperature Model","Coeff a3","-19262","-"
"Calibration","Fet Temperature Model","Coeff a4","28203","-"
"Calibration","Fet Temperature Model","Coeff a5","892","-"
"Calibration","Fet Temperature Model","Coeff b1","328","-"
"Calibration","Fet Temperature Model","Coeff b2","-605","-"
"Calibration","Fet Temperature Model","Coeff b3","-2443","-"
"Calibration","Fet Temperature Model","Coeff b4","4696","-"
"Calibration","Fet Temperature Model","Rc0","11703","-"
"Calibration","Fet Temperature Model","Adc0","11703","-"
"Calibration","Fet Temperature Model","Rpad","0","-"
"Calibration","Fet Temperature Model","Rint","0","-"
"Calibration","Current Deadband","Deadband","3","mA"
"Calibration","Current Deadband","Coulomb Counter Deadband","9","116nV"
"Settings","Protection","Protection Configuration","00","hex"
"Settings","Protection","Enabled Protections A","03","hex"
"Settings","Protection","Enabled Protections B","0f","hex"
"Settings","Protection","Enabled Protections C","d5","hex"
"Settings","Protection","Enabled Protections D","23","hex"
"Settings","Permanent Failure","Enabled PF A","00","hex"
"Settings","Permanent Failure","Enabled PF B","00","hex"
"Settings","Permanent Failure","Enabled PF C","00","hex"
"Settings","Permanent Failure","Enabled PF D","00","hex"
"Settings","Configuration","Charging Configuration","71","hex"
"Settings","Configuration","Temperature Enable","1f","hex"
"Settings","Configuration","Temperature Mode","01","hex"
"Settings","Configuration","DA Configuration","07","hex"
"Settings","Configuration","FET Options","20","hex"
"Settings","Configuration","Sbs Gauging Configuration","04","hex"
"Settings","Configuration","Sbs Configuration","20","hex"
"Settings","Configuration","Power Config","00","hex"
"Settings","Configuration","IO Config","02","hex"
"Settings","Configuration","LED Configuration","00","hex"
"Settings","Configuration","SOC Flag Config A","0c8c","hex"
"Settings","Configuration","SOC Flag Config B","8c","hex"
"Settings","Configuration","Balancing Configuration","03","hex"
"Settings","Configuration","IT Gauging Configuration","d4fe","hex"
"Settings","AFE","AFE Protection Control","70","hex"
"Settings","AFE","ZVCHG Exit Threshold","2200","mV"
"Settings","Fuse","PF Fuse A","00","hex"
"Settings","Fuse","PF Fuse B","00","hex"
"Settings","Fuse","PF Fuse C","00","hex"
"Settings","Fuse","PF Fuse D","00","hex"
"Settings","Fuse","Min Blow Fuse Voltage","3500","mV"
"Settings","Fuse","Fuse Blow Timeout","30","s"
"Settings","BTP","Init Discharge Set","150","mAH"
"Settings","BTP","Init Charge Set","175","mAH"
"Settings","Manufacturing","Mfg Status init","0008","hex"
"Protections","CUV","Threshold","2500","mV"
"Protections","CUV","Delay","2","s"
"Protections","CUV","Recovery","3000","mV"
"Protections","CUVC","Threshold","2400","mV"
"Protections","CUVC","Delay","2","s"
"Protections","CUVC","Recovery","3000","mV"
"Protections","COV","Threshold Low Temp","4300","mV"
"Protections","COV","Threshold Standard Temp","4300","mV"
"Protections","COV","Threshold High Temp","4300","mV"
"Protections","COV","Threshold Rec Temp","4300","mV"
"Protections","COV","Delay","2","s"
"Protections","COV","Recovery Low Temp","3900","mV"
"Protections","COV","Recovery Standard Temp","3900","mV"
"Protections","COV","Recovery High Temp","3900","mV"
"Protections","COV","Recovery Rec Temp","3900","mV"
"Protections","ACOV","Threshold","20000","mV"
"Protections","ACOV","Recovery","19000","mV"
"Protections","OCC1","Threshold","6000","mA"
"Protections","OCC1","Delay","6","s"
"Protections","OCC2","Threshold","8000","mA"
"Protections","OCC2","Delay","3","s"
"Protections","OCC","Recovery Threshold","-200","mA"
"Protections","OCC","Recovery Delay","5","s"
"Protections","OCD1","Threshold","-6000","mA"
"Protections","OCD1","Delay","6","s"
"Protections","OCD2","Threshold","-8000","mA"
"Protections","OCD2","Delay","3","s"
"Protections","OCD","Recovery Threshold","200","mA"
"Protections","OCD","Recovery Delay","5","s"
"Protections","AOLD","Latch Limit","0","-"
"Protections","AOLD","Counter Dec Delay","10","s"
"Protections","AOLD","Recovery","5","s"
"Protections","AOLD","Reset","15","s"
"Protections","AOLD","Threshold","f4","hex"
"Protections","ASCC","Latch Limit","0","-"
"Protections","ASCC","Counter Dec Delay","10","s"
"Protections","ASCC","Recovery","5","s"
"Protections","ASCC","Reset","15","s"
"Protections","ASCC","Threshold","77","hex"
"Protections","ASCD","Latch Limit","0","-"
"Protections","ASCD","Counter Dec Delay","10","s"
"Protections","ASCD","Recovery","5","s"
"Protections","ASCD","Reset","15","s"
"Protections","ASCD","Threshold 1","77","hex"
"Protections","ASCD","Threshold 2","e7","hex"
"Protections","OTC","Threshold","55.0","1degC"
"Protections","OTC","Delay","2","s"
"Protections","OTC","Recovery","50.0","1degC"
"Protections","OTD","Threshold","60.0","1degC"
"Protections","OTD","Delay","2","s"
"Protections","OTD","Recovery","55.0","1degC"
"Protections","OTF","Threshold","80.0","1degC"
"Protections","OTF","Delay","2","s"
"Protections","OTF","Recovery","65.0","1degC"
"Protections","UTC","Threshold","0","1degC"
"Protections","UTC","Delay","2","s"
"Protections","UTC","Recovery","5.0","1degC"
"Protections","UTD","Threshold","0","1degC"
"Protections","UTD","Delay","2","s"
"Protections","UTD","Recovery","5.0","1degC"
"Protections","COT","Recovery Delay","5","s"
"Protections","HWD","Delay","10","s"
"Protections","PTO","Charge Threshold","2000","mA"
"Protections","PTO","Suspend Threshold","1800","mA"
"Protections","PTO","Delay","1800","s"
"Protections","PTO","Reset","2","mAh"
"Protections","CTO","Charge Threshold","2500","mA"
"Protections","CTO","Suspend Threshold","2000","mA"
"Protections","CTO","Delay","54000","s"
"Protections","CTO","Reset","2","mAh"
"Protections","OC","Threshold","300","mAh"
"Protections","OC","Recovery","2","mAh"
"Protections","OC","RSOC Recovery","90","%"
"Protections","CHGV","Threshold","500","mV"
"Protections","CHGV","Delay","30","s"
"Protections","CHGV","Recovery","-500","mV"
"Protections","CHGC","Threshold","500","mA"
"Protections","CHGC","Delay","8","s"
"Protections","CHGC","Recovery Threshold","100","mA"
"Protections","CHGC","Recovery Delay","2","s"
"Protections","PCHGC","Threshold","50","mA"
"Protections","PCHGC","Delay","2","s"
"Protections","PCHGC","Recovery Threshold","10","mA"
"Protections","PCHGC","Recovery Delay","2","s"
"Permanent Fail","SUV","Threshold","2200","mV"
"Permanent Fail","SUV","Delay","5","s"
"Permanent Fail","SOV","Threshold","4500","mV"
"Permanent Fail","SOV","Delay","5","s"
"Permanent Fail","SOCC","Threshold","10000","mA"
"Permanent Fail","SOCC","Delay","5","s"
"Permanent Fail","SOCD","Threshold","-10000","mA"
"Permanent Fail","SOCD","Delay","5","s"
"Permanent Fail","SOT","Threshold","65.0","1degC"
"Permanent Fail","SOT","Delay","5","s"
"Permanent Fail","SOTF","Threshold","100.0","1degC"
"Permanent Fail","SOTF","Delay","5","s"
"Permanent Fail","Open Thermistor","Threshold","-50.0","1degC"
"Permanent Fail","Open Thermistor","Delay","5","s"
"Permanent Fail","Open Thermistor","Fet Delta","20.0","1degC"
"Permanent Fail","Open Thermistor","Cell Delta","20.0","1degC"
"Permanent Fail","QIM","Delta Threshold","15.0","%"
"Permanent Fail","QIM","Delay","2","updates"
"Permanent Fail","CB","Max Threshold","240","h"
"Permanent Fail","CB","Delta Threshold","40","h"
"Permanent Fail","CB","Delay","2","cycles"
"Permanent Fail","VIMR","Check Voltage","3500","mV"
"Permanent Fail","VIMR","Check Current","10","mA"
"Permanent Fail","VIMR","Delta Threshold","500","mV"
"Permanent Fail","VIMR","Delta Delay","5","s"
"Permanent Fail","VIMR","Duration","100","s"
"Permanent Fail","VIMA","Check Voltage","3700","mV"
"Permanent Fail","VIMA","Check Current","50","mA"
"Permanent Fail","VIMA","Delta Threshold","200","mV"
"Permanent Fail","VIMA","Delay","5","s"
"Permanent Fail","IMP","Delta Threshold","300","%"
"Permanent Fail","IMP","Max Threshold","400","%"
"Permanent Fail","IMP","Ra Update Counts","2","counts"
"Permanent Fail","CD","Threshold","0","mAh"
"Permanent Fail","CD","Delay","2","cycles"
"Permanent Fail","CFET","OFF Threshold","5","mA"
"Permanent Fail","CFET","OFF Delay","5","s"
"Permanent Fail","DFET","OFF Threshold","-50","mA"
"Permanent Fail","DFET","OFF Delay","5","s"
"Permanent Fail","FUSE","Threshold","5","mA"
"Permanent Fail","FUSE","Delay","5","s"
"Permanent Fail","AFER","Threshold","100","-"
"Permanent Fail","AFER","Delay Period","2","s"
"Permanent Fail","AFER","Compare Period","5","s"
"Permanent Fail","AFEC","Threshold","100","-"
"Permanent Fail","AFEC","Delay Period","5","s"
"Permanent Fail","2LVL","Delay","5","s"
"Permanent Fail","OPNCELL","Threshold","5000","mV"
"Permanent Fail","OPNCELL","Delay","5","s"
"Advanced Charge Algorithm","Charger","Minimum Voltage Output","6294","mV"
"Advanced Charge Algorithm","Charger","Voltage Resolution","33","mV"
"Advanced Charge Algorithm","Charger","LCHG Current Resolution","8","mA"
"Advanced Charge Algorithm","Charger","Current Resolution","39","mA"
"Advanced Charge Algorithm","Charger","Max Current Register","255","-"
"Advanced Charge Algorithm","Charger","Vacp Hysteresis","0","mV"
"Advanced Charge Algorithm","Temperature Ranges","T1 Temp","0","degC"
"Advanced Charge Algorithm","Temperature Ranges","T2 Temp","12","degC"
"Advanced Charge Algorithm","Temperature Ranges","T5 Temp","20","degC"
"Advanced Charge Algorithm","Temperature Ranges","T6 Temp","25","degC"
"Advanced Charge Algorithm","Temperature Ranges","T3 Temp","30","degC"
"Advanced Charge Algorithm","Temperature Ranges","T4 Temp","55","degC"
"Advanced Charge Algorithm","Temperature Ranges","Hysteresis Temp","1","degC"
"Advanced Charge Algorithm","Low Temp Charging","Voltage","4000","mV"
"Advanced Charge Algorithm","Low Temp Charging","Current Low","132","mA"
"Advanced Charge Algorithm","Low Temp Charging","Current Med","352","mA"
"Advanced Charge Algorithm","Low Temp Charging","Current High","264","mA"
"Advanced Charge Algorithm","Standard Temp Charging","Voltage","4200","mV"
"Advanced Charge Algorithm","Standard Temp Charging","Current Low","1980","mA"
"Advanced Charge Algorithm","Standard Temp Charging","Current Med","2000","mA"
"Advanced Charge Algorithm","Standard Temp Charging","Current High","2000","mA"
"Advanced Charge Algorithm","High Temp Charging","Voltage","4000","mV"
"Advanced Charge Algorithm","High Temp Charging","Current Low","1012","mA"
"Advanced Charge Algorithm","High Temp Charging","Current Med","1980","mA"
"Advanced Charge Algorithm","High Temp Charging","Current High","1496","mA"
"Advanced Charge Algorithm","Rec Temp Charging","Voltage","4200","mV"
"Advanced Charge Algorithm","Rec Temp Charging","Current Low","2000","mA"
"Advanced Charge Algorithm","Rec Temp Charging","Current Med","2000","mA"
"Advanced Charge Algorithm","Rec Temp Charging","Current High","2000","mA"
"Advanced Charge Algorithm","Pre-Charging","Current","1000","mA"
"Advanced Charge Algorithm","Maintenance Charging","Current","44","mA"
"Advanced Charge Algorithm","Voltage Range","Precharge Start Voltage","2500","mV"
"Advanced Charge Algorithm","Voltage Range","Charging Voltage Low","2900","mV"
"Advanced Charge Algorithm","Voltage Range","Charging Voltage Med","3600","mV"
"Advanced Charge Algorithm","Voltage Range","Charging Voltage High","4000","mV"
"Advanced Charge Algorithm","Voltage Range","Charging Voltage Hysteresis","0","mV"
"Advanced Charge Algorithm","Termination Config","Charge Term Taper Current","250","mA"
"Advanced Charge Algorithm","Termination Config","Charge Term Voltage","75","mV"
"Advanced Charge Algorithm","Charging Rate of Change","Current Rate","1","steps"
"Advanced Charge Algorithm","Charging Rate of Change","Voltage Rate","1","steps"
"Advanced Charge Algorithm","Cell Balancing Config","Bal Time/mAh Cell 1","514","s/mAh"
"Advanced Charge Algorithm","Cell Balancing Config","Bal Time/mAh Cell 2-4","514","s/mAh"
"Advanced Charge Algorithm","Cell Balancing Config","Min Start Balance Delta","3","mV"
"Advanced Charge Algorithm","Cell Balancing Config","Relax Balance Interval","18000","s"
"Advanced Charge Algorithm","Cell Balancing Config","Min Rsoc for Balancing","80","%"
"Gas Gauging","Current Thresholds","Dsg Current Threshold","100","mA"
"Gas Gauging","Current Thresholds","Chg Current Threshold","50","mA"
"Gas Gauging","Current Thresholds","Quit Current","10","mA"
"Gas Gauging","Current Thresholds","Dsg Relax Time","1","s"
"Gas Gauging","Current Thresholds","Chg Relax Time","60","s"
"Gas Gauging","Current Thresholds","Dsg Body Diode Protect Threshold","100","mA"
"Gas Gauging","Current Thresholds","Chg Body Diode Threshold","100","mA"
"Gas Gauging","Design","Design Capacity mAh","7800","mAh"
"Gas Gauging","Design","Design Capacity cWh","11232","cWh"
"Gas Gauging","Design","Design Voltage","14800","mV"
"Gas Gauging","Cycle","Cycle Count Percentage","90","%"
"Gas Gauging","FD","Set Voltage Threshold","2700","mV"
"Gas Gauging","FD","Clear Voltage Threshold","2800","mV"
"Gas Gauging","FD","Set % RSOC Threshold","0","%"
"Gas Gauging","FD","Clear % RSOC Threshold","5","%"
"Gas Gauging","FC","Set Voltage Threshold","4200","mV"
"Gas Gauging","FC","Clear Voltage Threshold","4100","mV"
"Gas Gauging","FC","Set % RSOC Threshold","100","%"
"Gas Gauging","FC","Clear % RSOC Threshold","95","%"
"Gas Gauging","TD","Set Voltage Threshold","2750","mV"
"Gas Gauging","TD","Clear Voltage Threshold","2850","mV"
"Gas Gauging","TD","Set % RSOC Threshold","6","%"
"Gas Gauging","TD","Clear % RSOC Treshold","8","%"
"Gas Gauging","TC","Set Voltage Threshold","4200","mV"
"Gas Gauging","TC","Clear Voltage Threshold","4100","mV"
"Gas Gauging","TC","Set % RSOC Threshold","100","%"
"Gas Gauging","TC","Clear % RSOC Threshold","95","%"
"Gas Gauging","State","Cycle Count","2","-"
"Gas Gauging","State","Qmax Cell 1","8288","mAh"
"Gas Gauging","State","Qmax Cell 2","8279","mAh"
"Gas Gauging","State","Qmax Cell 3","8308","mAh"
"Gas Gauging","State","Qmax Cell 4","8272","mAh"
"Gas Gauging","State","Qmax Pack","8272","mAh"
"Gas Gauging","State","Qmax Cycle Count","2","-"
"Gas Gauging","State","Update Status","05","-"
"Gas Gauging","State","Cell 1 Chg Voltage at EoC","4173","mV"
"Gas Gauging","State","Cell 2 Chg Voltage at EoC","4168","mV"
"Gas Gauging","State","Cell 3 Chg Voltage at EoC","4165","mV"
"Gas Gauging","State","Cell 4 Chg Voltage at EoC","4168","mV"
"Gas Gauging","State","Current at EoC","-18","mA"
"Gas Gauging","State","Avg I Last Run","-2000","mA"
"Gas Gauging","State","Avg P Last Run","-3022","cW"
"Gas Gauging","State","Delta Voltage","0","mV"
"Gas Gauging","State","Temp k","1.00","degC/256mW"
"Gas Gauging","State","Temp a","1000","-"
"Gas Gauging","State","Max Avg I Last Run","-2000","mA"
"Gas Gauging","State","Max Avg P Last Run","-3022","cW"
"Gas Gauging","IT Cfg","Load Select","1","-"
"Gas Gauging","IT Cfg","Load Mode","0","-"
"Gas Gauging","IT Cfg","Design Resistance","42","mOhms"
"Gas Gauging","IT Cfg","User Rate-mA","0","mA"
"Gas Gauging","IT Cfg","User Rate-cW","0","cW"
"Gas Gauging","IT Cfg","Reserve Cap-mAh","0","mAh"
"Gas Gauging","IT Cfg","Reserve Cap-cWh","0","cWh"
"Gas Gauging","IT Cfg","Pack Resistance","30","mOhms"
"Gas Gauging","IT Cfg","System Resistance","0","mOhms"
"Gas Gauging","IT Cfg","Ra Filter","50.0","%"
"Gas Gauging","IT Cfg","Ra Max Delta","15","%"
"Gas Gauging","IT Cfg","Reference Grid","4","-"
"Gas Gauging","IT Cfg","Resistance Parameter Filter","65142","-"
"Gas Gauging","IT Cfg","Near EDV Ra Param Filter","59220","-"
"Gas Gauging","IT Cfg","Qmax Delta","5","%"
"Gas Gauging","IT Cfg","Qmax Upper Bound","130","%"
"Gas Gauging","IT Cfg","Term Voltage","11200","mV"
"Gas Gauging","IT Cfg","Term V Hold Time","1","s"
"Gas Gauging","IT Cfg","Term Voltage Delta","300","mV"
"Gas Gauging","IT Cfg","Term Min Cell V","2800","mV"
"Gas Gauging","IT Cfg","Voltage Consistency Delta","300","mV"
"Gas Gauging","IT Cfg","Fast Scale Start SOC","10","%"
"Gas Gauging","Smoothing","Smooth Relax Time","1000","s"
"Gas Gauging","Condition Flag","Max Error Limit","100","%"
"Gas Gauging","Max Error","Time Cycle Equivalent","24","h"
"Gas Gauging","Max Error","Cycle Delta","0.05","%"
"Gas Gauging","SoH","SoH Load Rate","5.0","hour Rate"
"Gas Gauging","Turbo Cfg","Min Turbo Power","0","cW"
"Gas Gauging","Turbo Cfg","Max C Rate","-4","C"
"Gas Gauging","Turbo Cfg","High Frequency Resistance","73","mOhms"
"Gas Gauging","Turbo Cfg","Reserve Energy %","0","%"
"Power","Power","Valid Update Voltage","3500","mV"
"Power","Shutdown","Shutdown Voltage","1750","mV"
"Power","Shutdown","Shutdown Time","10","s"
"Power","Shutdown","PF Shutdown Voltage","1750","mV"
"Power","Shutdown","PF Shutdown Time","10","s"
"Power","Shutdown","Charger Present Threshold","3000","mV"
"Power","Sleep","Sleep Current","10","mA"
"Power","Sleep","Bus Timeout","5","s"
"Power","Sleep","Voltage Time","5","s"
"Power","Sleep","Current Time","20","s"
"Power","Sleep","Wake Comparitor","00","hex"
"Power","Ship","FET Off Time","10","s"
"Power","Ship","Delay","20","s"
"Power","Ship","Auto Ship Time","1440","min"
"Power","Power Off","Debounce","4","250ms"
"Power","Power Off","Timeout","30","min"
"Power","Manual FET Control","MFC Delay","60","s"
"PF Status","Device Status Data","Safety Alert A","00","hex"
"PF Status","Device Status Data","Safety Status A","00","hex"
"PF Status","Device Status Data","Safety Alert B","00","hex"
"PF Status","Device Status Data","Safety Status B","00","hex"
"PF Status","Device Status Data","Safety Alert C","00","hex"
"PF Status","Device Status Data","Safety Status C","00","hex"
"PF Status","Device Status Data","Safety Alert D","00","hex"
"PF Status","Device Status Data","Safety Status D","00","hex"
"PF Status","Device Status Data","PF Alert A","00","hex"
"PF Status","Device Status Data","PF Status A","00","hex"
"PF Status","Device Status Data","PF Alert B","00","hex"
"PF Status","Device Status Data","PF Status B","00","hex"
"PF Status","Device Status Data","PF Alert C","00","hex"
"PF Status","Device Status Data","PF Status C","00","hex"
"PF Status","Device Status Data","PF Alert D","00","hex"
"PF Status","Device Status Data","PF Status D","00","hex"
"PF Status","Device Status Data","Fuse Flag","0000","hex"
"PF Status","Device Status Data","Operation Status A","0000","hex"
"PF Status","Device Status Data","Operation Status B","0000","hex"
"PF Status","Device Status Data","Temp Range","00","hex"
"PF Status","Device Status Data","Charging Status A","00","hex"
"PF Status","Device Status Data","Charging Status B","00","hex"
"PF Status","Device Status Data","Charger Status","00","hex"
"PF Status","Device Status Data","Gauging Status","00","hex"
"PF Status","Device Status Data","IT Status","0000","hex"
"PF Status","Device Voltage Data","Cell 1 Voltage","0","mV"
"PF Status","Device Voltage Data","Cell 2 Voltage","0","mV"
"PF Status","Device Voltage Data","Cell 3 Voltage","0","mV"
"PF Status","Device Voltage Data","Cell 4 Voltage","0","mV"
"PF Status","Device Voltage Data","Battery Direct Voltage","0","mV"
"PF Status","Device Voltage Data","Pack Voltage","0","mV"
"PF Status","Device Current Data","Current","0","mA"
"PF Status","Device Temperature Data","Internal Temperature","0.0","degC"
"PF Status","Device Temperature Data","External 1 Temperature","0.0","degC"
"PF Status","Device Temperature Data","External 2 Temperature","0.0","degC"
"PF Status","Device Temperature Data","External 3 Temperature","0.0","degC"
"PF Status","Device Temperature Data","External 4 Temperature","0.0","degC"
"PF Status","Device Gauging Data","Cell 1 Dod0","0","-"
"PF Status","Device Gauging Data","Cell 2 Dod0","0","-"
"PF Status","Device Gauging Data","Cell 3 Dod0","0","-"
"PF Status","Device Gauging Data","Cell 4 Dod0","0","-"
"PF Status","Device Gauging Data","Passed Charge","0","mAh"
"PF Status","AFE Regs","AFE Interrupt Status","00","hex"
"PF Status","AFE Regs","AFE FET Status","00","hex"
"PF Status","AFE Regs","AFE RXIN","00","hex"
"PF Status","AFE Regs","AFE Latch Status","00","hex"
"PF Status","AFE Regs","AFE Interrupt Enable","00","hex"
"PF Status","AFE Regs","AFE FET Control","00","hex"
"PF Status","AFE Regs","AFE RXIEN","00","hex"
"PF Status","AFE Regs","AFE RLOUT","00","hex"
"PF Status","AFE Regs","AFE RHOUT","00","hex"
"PF Status","AFE Regs","AFE RHINT","00","hex"
"PF Status","AFE Regs","AFE Cell Balance","00","hex"
"PF Status","AFE Regs","AFE AD/CC Control","00","hex"
"PF Status","AFE Regs","AFE ADC Mux","00","hex"
"PF Status","AFE Regs","AFE LED Output","00","hex"
"PF Status","AFE Regs","AFE State Control","00","hex"
"PF Status","AFE Regs","AFE LED/Wake Control","00","hex"
"PF Status","AFE Regs","AFE Protection Control","00","hex"
"PF Status","AFE Regs","AFE OCD","00","hex"
"PF Status","AFE Regs","AFE SCC","00","hex"
"PF Status","AFE Regs","AFE SCD1","00","hex"
"PF Status","AFE Regs","AFE SCD2","00","hex"
"PF Status","AFE Regs","AFE Charger Lock","00",""
"PF Status","AFE Regs","AFE Charger Voltage","00",""
"PF Status","AFE Regs","AFE Charger Current","00",""
"System Data","Manufacturer Data","Manufacturer Info A Length","32","-"
"System Data","Manufacturer Data","Manufacturer Info Block A01","61","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A02","62","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A03","63","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A04","64","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A05","65","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A06","66","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A07","67","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A08","68","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A09","69","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A10","6a","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A11","6b","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A12","6c","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A13","6d","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A14","6e","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A15","6f","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A16","70","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A17","71","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A18","72","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A19","73","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A20","74","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A21","75","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A22","76","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A23","77","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A24","7a","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A25","78","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A26","79","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A27","30","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A28","31","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A29","32","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A30","33","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A31","34","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A32","35","Hex"
"System Data","Integrity","Static DF Signature","0000","hex"
"System Data","Integrity","Static Chem DF Signature","49fe","hex"
"System Data","Integrity","All DF Signature","0000","hex"
"SBS Configuration","Data","Remaining AH Cap. Alarm","300","mAh"
"SBS Configuration","Data","Remaining WH Cap. Alarm","432","cWh"
"SBS Configuration","Data","Remaining Time Alarm","10","min"
"SBS Configuration","Data","Initial Battery Mode","0081","hex"
"SBS Configuration","Data","Specification Information","0031","hex"
"SBS Configuration","Data","Manufacture Date","2018-3-18","date"
"SBS Configuration","Data","Serial Number","0007","hex"
"SBS Configuration","Data","Manufacturer Name","Texas Instruments","-"
"SBS Configuration","Data","Device Name","bq40z60","-"
"SBS Configuration","Data","Device Chemistry","LION","-"
"LED Support","LED Config","LED Delay","100","488us"
"LED Support","LED Config","LED Hold Time","4","s"
"LED Support","LED Config","CHG Thresh 1","25","%"
"LED Support","LED Config","CHG Thresh 2","50","%"
"LED Support","LED Config","CHG Thresh 3","75","%"
"LED Support","LED Config","CHG Thresh 4","100","%"
"LED Support","LED Config","DSG Thresh 1","25","%"
"LED Support","LED Config","DSG Thresh 2","50","%"
"LED Support","LED Config","DSG Thresh 3","75","%"
"LED Support","LED Config","DSG Thresh 4","100","%"
"Black Box","Safety Status","1st Status Status A","00","hex"
"Black Box","Safety Status","1st Status Status B","00","hex"
"Black Box","Safety Status","1st Safety Status C","00","hex"
"Black Box","Safety Status","1st Safety Status D","00","hex"
"Black Box","Safety Status","1st Time to Next Event","0","s"
"Black Box","Safety Status","2nd Status Status A","00","hex"
"Black Box","Safety Status","2nd Status Status B","00","hex"
"Black Box","Safety Status","2nd Safety Status C","00","hex"
"Black Box","Safety Status","2nd Safety Status D","00","hex"
"Black Box","Safety Status","2nd Time to Next Event","0","s"
"Black Box","Safety Status","3rd Status Status A","00","hex"
"Black Box","Safety Status","3rd Status Status B","00","hex"
"Black Box","Safety Status","3rd Safety Status C","00","hex"
"Black Box","Safety Status","3rd Safety Status D","00","hex"
"Black Box","Safety Status","3rd Time to Next Event","0","s"
"Black Box","PF Status","1st PF Status A","00","hex"
"Black Box","PF Status","1st PF Status B","00","hex"
"Black Box","PF Status","1st PF Status C","00","hex"
"Black Box","PF Status","1st PF Status D","00","hex"
"Black Box","PF Status","1st Time to Next Event","0","s"
"Black Box","PF Status","2nd PF Status A","00","hex"
"Black Box","PF Status","2nd PF Status B","00","hex"
"Black Box","PF Status","2nd PF Status C","00","hex"
"Black Box","PF Status","2nd PF Status D","00","hex"
"Black Box","PF Status","2nd Time to Next Event","0","s"
"Black Box","PF Status","3rd PF Status A","00","hex"
"Black Box","PF Status","3rd PF Status B","00","hex"
"Black Box","PF Status","3rd PF Status C","00","hex"
"Black Box","PF Status","3rd PF Status D","00","hex"
"Black Box","PF Status","3rd Time to Next Event","0","s"
"Lifetimes","Voltage","Cell 1 Max Voltage","4239","mV"
"Lifetimes","Voltage","Cell 2 Max Voltage","4051","mV"
"Lifetimes","Voltage","Cell 3 Max Voltage","4006","mV"
"Lifetimes","Voltage","Cell 4 Max Voltage","5646","mV"
"Lifetimes","Voltage","Cell 1 Min Voltage","3373","mV"
"Lifetimes","Voltage","Cell 2 Min Voltage","3283","mV"
"Lifetimes","Voltage","Cell 3 Min Voltage","3399","mV"
"Lifetimes","Voltage","Cell 4 Min Voltage","0","mV"
"Lifetimes","Voltage","Max Delta Cell Voltage","3616","mV"
"Lifetimes","Current","Max Charge Current","5684","mA"
"Lifetimes","Current","Max Discharge Current","-250","mA"
"Lifetimes","Current","Max Avg Dsg Current","-231","mA"
"Lifetimes","Current","Max Avg Dsg Power","-312","cW"
"Lifetimes","Temperature","Max Temp Cell","51","degC"
"Lifetimes","Temperature","Min Temp Cell","-128","degC"
"Lifetimes","Temperature","Max Delta Cell Temp","0","degC"
"Lifetimes","Temperature","Max Temp Int Sensor","51","degC"
"Lifetimes","Temperature","Min Temp Int Sensor","13","degC"
"Lifetimes","Temperature","Max Temp Fet","64","degC"
"Lifetimes","Safety Events","No Of COV Events","39","events"
"Lifetimes","Safety Events","Last COV Event","0","cycles"
"Lifetimes","Safety Events","No Of CUV Events","2","events"
"Lifetimes","Safety Events","Last CUV Event","0","cycles"
"Lifetimes","Safety Events","No Of OCD1 Events","0","events"
"Lifetimes","Safety Events","Last OCD1 Event","0","cycles"
"Lifetimes","Safety Events","No Of OCD2 Events","0","events"
"Lifetimes","Safety Events","Last OCD2 Event","0","cycles"
"Lifetimes","Safety Events","No Of OCC1 Events","0","events"
"Lifetimes","Safety Events","Last OCC1 Event","0","cycles"
"Lifetimes","Safety Events","No Of OCC2 Events","0","events"
"Lifetimes","Safety Events","Last OCC2 Event","0","cycles"
"Lifetimes","Safety Events","No Of AOLD Events","0","events"
"Lifetimes","Safety Events","Last AOLD Event","0","cycles"
"Lifetimes","Safety Events","No Of ASCD Events","0","events"
"Lifetimes","Safety Events","Last ASCD Event","0","cycles"
"Lifetimes","Safety Events","No Of ASCC Events","0","events"
"Lifetimes","Safety Events","Last ASCC Event","0","cycles"
"Lifetimes","Safety Events","No Of OTC Events","0","events"
"Lifetimes","Safety Events","Last OTC Event","0","cycles"
"Lifetimes","Safety Events","No Of OTD Events","0","events"
"Lifetimes","Safety Events","Last OTD Event","0","cycles"
"Lifetimes","Safety Events","No Of OTF Events","0","events"
"Lifetimes","Safety Events","Last OTF Event","0","cycles"
"Lifetimes","Charging Events","No Valid Charge Term","2","events"
"Lifetimes","Charging Events","Last Valid Charge Term","0","cycles"
"Lifetimes","Gauging Events","No Of Qmax Updates","0","events"
"Lifetimes","Gauging Events","Last Qmax Update","0","cycles"
"Lifetimes","Gauging Events","No Of Ra Updates","0","events"
"Lifetimes","Gauging Events","Last Ra Update","0","cycles"
"Lifetimes","Gauging Events","No Of Ra Disable","4","events"
"Lifetimes","Gauging Events","Last Ra Disable","0","cycles"
"Lifetimes","Power Events","No Of Shutdowns","1","events"
"Lifetimes","Cell Balancing","Cb Time Cell 1","0","h"
"Lifetimes","Cell Balancing","Cb Time Cell 2","0","h"
"Lifetimes","Cell Balancing","Cb Time Cell 3","0","h"
"Lifetimes","Cell Balancing","Cb Time Cell 4","0","h"
"Lifetimes","Time","Total Fw Runtime","96","h"
"Lifetimes","Time","Time Spent In UT","4","h"
"Lifetimes","Time","Time Spent In LT","0","h"
"Lifetimes","Time","Time Spent In STL","28","h"
"Lifetimes","Time","Time Spent In RT","40","h"
"Lifetimes","Time","Time Spent In STH","8","h"
"Lifetimes","Time","Time Spent In HT","6","h"
"Lifetimes","Time","Time Spent In OT","0","h"
"Ra Table","R_a0","Cell0 R_a flag","ff55","-"
"Ra Table","R_a0","Cell0 R_a 0","91","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 1","92","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 2","107","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 3","127","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 4","198","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 5","95","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 6","126","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 7","108","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 8","123","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 9","110","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 10","142","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 11","162","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 12","270","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 13","736","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 14","1828","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a flag","ff55","-"
"Ra Table","R_a1","Cell1 R_a 0","91","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 1","92","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 2","107","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 3","127","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 4","198","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 5","95","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 6","126","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 7","108","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 8","123","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 9","110","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 10","142","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 11","162","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 12","270","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 13","736","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 14","1828","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a flag","ff55","-"
"Ra Table","R_a2","Cell2 R_a 0","91","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 1","92","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 2","107","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 3","127","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 4","198","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 5","95","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 6","126","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 7","108","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 8","123","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 9","110","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 10","142","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 11","162","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 12","270","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 13","736","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 14","1828","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a flag","ff55","-"
"Ra Table","R_a3","Cell3 R_a 0","91","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 1","92","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 2","107","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 3","127","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 4","198","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 5","95","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 6","126","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 7","108","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 8","123","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 9","110","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 10","142","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 11","162","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 12","270","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 13","736","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 14","1828","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a flag","ffff","-"
"Ra Table","R_a0x","xCell0 R_a 0","91","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 1","92","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 2","107","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 3","127","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 4","198","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 5","95","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 6","126","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 7","108","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 8","123","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 9","110","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 10","142","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 11","162","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 12","270","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 13","736","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 14","1828","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a flag","ffff","-"
"Ra Table","R_a1x","xCell1 R_a 0","91","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 1","92","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 2","107","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 3","127","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 4","198","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 5","95","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 6","126","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 7","108","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 8","123","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 9","110","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 10","142","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 11","162","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 12","270","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 13","736","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 14","1828","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a flag","ffff","-"
"Ra Table","R_a2x","xCell2 R_a 0","91","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 1","92","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 2","107","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 3","127","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 4","198","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 5","95","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 6","126","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 7","108","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 8","123","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 9","110","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 10","142","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 11","162","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 12","270","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 13","736","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 14","1828","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a flag","ffff","-"
"Ra Table","R_a3x","xCell3 R_a 0","91","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 1","92","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 2","107","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 3","127","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 4","198","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 5","95","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 6","126","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 7","108","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 8","123","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 9","110","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 10","142","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 11","162","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 12","270","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 13","736","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 14","1828","2^-10ohm"

  • 0 in reply to Swaminathan Ramanathan75031
    Prodigy 80 points

    Further to my last reply, I have now tried to charge the batteries once more. The batteries stopped charging at about 90% of full charge and I am unable to continue charging. I suspect if disable the gauging I could force it to fully charge but I am not sure if this would stop the learning cycle?

    I have attached an updated register screenshot and data memory file.

    Thanks,

    William

    Fullscreen PostChargeRelax2.gg.txt Download 
    * Texas Instruments Data Flash File
* File created Fri Apr 13 09:51:15 2018
*
* Device Number 4600
* Firmware Version 0.15
* Build Number 21
* Order Number 0
*
* bqz Device Number 4600
* bqz Firmware Version 0.15
* bqz Build Number 21
*
* Field Order: Class name, Subclass name, Parameter name, Parameter Value, Display Units
"Calibration","Voltage","Cell Gain","12136","-"
"Calibration","Voltage","Pack Gain","41518","-"
"Calibration","Voltage","BAT Gain","49259","-"
"Calibration","Current","CC Gain","9.953","mOhm"
"Calibration","Current","Capacity Gain","9.953","mOhm"
"Calibration","Current Offset","CC Offset","0","-"
"Calibration","Current Offset","Coulomb Counter Offset Samples","64","-"
"Calibration","Current Offset","Board Offset","0","-"
"Calibration","Current Offset","CC Auto Config","07","hex"
"Calibration","Current Offset","CC Auto Offset","-102","-"
"Calibration","Temperature","Internal Temp Offset","0","degC"
"Calibration","Temperature","External1 Temp Offset","0","degC"
"Calibration","Temperature","External2 Temp Offset","0","degC"
"Calibration","Temperature","External3 Temp Offset","0","degC"
"Calibration","Temperature","External4 Temp Offset","0","degC"
"Calibration","Internal Temp Model","Int Gain","-12143","-"
"Calibration","Internal Temp Model","Int base offset","6232","-"
"Calibration","Internal Temp Model","Int Minimum AD","0","-"
"Calibration","Internal Temp Model","Int Maximum Temp","6232","0.1degK"
"Calibration","Cell Temperature Model","Coeff a1","-11130","-"
"Calibration","Cell Temperature Model","Coeff a2","19142","-"
"Calibration","Cell Temperature Model","Coeff a3","-19262","-"
"Calibration","Cell Temperature Model","Coeff a4","28203","-"
"Calibration","Cell Temperature Model","Coeff a5","892","-"
"Calibration","Cell Temperature Model","Coeff b1","328","-"
"Calibration","Cell Temperature Model","Coeff b2","-605","-"
"Calibration","Cell Temperature Model","Coeff b3","-2443","-"
"Calibration","Cell Temperature Model","Coeff b4","4696","-"
"Calibration","Cell Temperature Model","Rc0","11703","-"
"Calibration","Cell Temperature Model","Adc0","11703","-"
"Calibration","Cell Temperature Model","Rpad","0","-"
"Calibration","Cell Temperature Model","Rint","0","-"
"Calibration","Fet Temperature Model","Coeff a1","-11130","-"
"Calibration","Fet Temperature Model","Coeff a2","19142","-"
"Calibration","Fet Temperature Model","Coeff a3","-19262","-"
"Calibration","Fet Temperature Model","Coeff a4","28203","-"
"Calibration","Fet Temperature Model","Coeff a5","892","-"
"Calibration","Fet Temperature Model","Coeff b1","328","-"
"Calibration","Fet Temperature Model","Coeff b2","-605","-"
"Calibration","Fet Temperature Model","Coeff b3","-2443","-"
"Calibration","Fet Temperature Model","Coeff b4","4696","-"
"Calibration","Fet Temperature Model","Rc0","11703","-"
"Calibration","Fet Temperature Model","Adc0","11703","-"
"Calibration","Fet Temperature Model","Rpad","0","-"
"Calibration","Fet Temperature Model","Rint","0","-"
"Calibration","Current Deadband","Deadband","3","mA"
"Calibration","Current Deadband","Coulomb Counter Deadband","9","116nV"
"Settings","Protection","Protection Configuration","00","hex"
"Settings","Protection","Enabled Protections A","03","hex"
"Settings","Protection","Enabled Protections B","0f","hex"
"Settings","Protection","Enabled Protections C","d5","hex"
"Settings","Protection","Enabled Protections D","23","hex"
"Settings","Permanent Failure","Enabled PF A","00","hex"
"Settings","Permanent Failure","Enabled PF B","00","hex"
"Settings","Permanent Failure","Enabled PF C","00","hex"
"Settings","Permanent Failure","Enabled PF D","00","hex"
"Settings","Configuration","Charging Configuration","71","hex"
"Settings","Configuration","Temperature Enable","1f","hex"
"Settings","Configuration","Temperature Mode","01","hex"
"Settings","Configuration","DA Configuration","07","hex"
"Settings","Configuration","FET Options","20","hex"
"Settings","Configuration","Sbs Gauging Configuration","04","hex"
"Settings","Configuration","Sbs Configuration","20","hex"
"Settings","Configuration","Power Config","00","hex"
"Settings","Configuration","IO Config","02","hex"
"Settings","Configuration","LED Configuration","00","hex"
"Settings","Configuration","SOC Flag Config A","0c8c","hex"
"Settings","Configuration","SOC Flag Config B","8c","hex"
"Settings","Configuration","Balancing Configuration","03","hex"
"Settings","Configuration","IT Gauging Configuration","d4fe","hex"
"Settings","AFE","AFE Protection Control","70","hex"
"Settings","AFE","ZVCHG Exit Threshold","2200","mV"
"Settings","Fuse","PF Fuse A","00","hex"
"Settings","Fuse","PF Fuse B","00","hex"
"Settings","Fuse","PF Fuse C","00","hex"
"Settings","Fuse","PF Fuse D","00","hex"
"Settings","Fuse","Min Blow Fuse Voltage","3500","mV"
"Settings","Fuse","Fuse Blow Timeout","30","s"
"Settings","BTP","Init Discharge Set","150","mAH"
"Settings","BTP","Init Charge Set","175","mAH"
"Settings","Manufacturing","Mfg Status init","0418","hex"
"Protections","CUV","Threshold","2500","mV"
"Protections","CUV","Delay","2","s"
"Protections","CUV","Recovery","3000","mV"
"Protections","CUVC","Threshold","2400","mV"
"Protections","CUVC","Delay","2","s"
"Protections","CUVC","Recovery","3000","mV"
"Protections","COV","Threshold Low Temp","4300","mV"
"Protections","COV","Threshold Standard Temp","4300","mV"
"Protections","COV","Threshold High Temp","4300","mV"
"Protections","COV","Threshold Rec Temp","4300","mV"
"Protections","COV","Delay","2","s"
"Protections","COV","Recovery Low Temp","3900","mV"
"Protections","COV","Recovery Standard Temp","3900","mV"
"Protections","COV","Recovery High Temp","3900","mV"
"Protections","COV","Recovery Rec Temp","3900","mV"
"Protections","ACOV","Threshold","20000","mV"
"Protections","ACOV","Recovery","19000","mV"
"Protections","OCC1","Threshold","6000","mA"
"Protections","OCC1","Delay","6","s"
"Protections","OCC2","Threshold","8000","mA"
"Protections","OCC2","Delay","3","s"
"Protections","OCC","Recovery Threshold","-200","mA"
"Protections","OCC","Recovery Delay","5","s"
"Protections","OCD1","Threshold","-6000","mA"
"Protections","OCD1","Delay","6","s"
"Protections","OCD2","Threshold","-8000","mA"
"Protections","OCD2","Delay","3","s"
"Protections","OCD","Recovery Threshold","200","mA"
"Protections","OCD","Recovery Delay","5","s"
"Protections","AOLD","Latch Limit","0","-"
"Protections","AOLD","Counter Dec Delay","10","s"
"Protections","AOLD","Recovery","5","s"
"Protections","AOLD","Reset","15","s"
"Protections","AOLD","Threshold","f4","hex"
"Protections","ASCC","Latch Limit","0","-"
"Protections","ASCC","Counter Dec Delay","10","s"
"Protections","ASCC","Recovery","5","s"
"Protections","ASCC","Reset","15","s"
"Protections","ASCC","Threshold","77","hex"
"Protections","ASCD","Latch Limit","0","-"
"Protections","ASCD","Counter Dec Delay","10","s"
"Protections","ASCD","Recovery","5","s"
"Protections","ASCD","Reset","15","s"
"Protections","ASCD","Threshold 1","77","hex"
"Protections","ASCD","Threshold 2","e7","hex"
"Protections","OTC","Threshold","55.0","1degC"
"Protections","OTC","Delay","2","s"
"Protections","OTC","Recovery","50.0","1degC"
"Protections","OTD","Threshold","60.0","1degC"
"Protections","OTD","Delay","2","s"
"Protections","OTD","Recovery","55.0","1degC"
"Protections","OTF","Threshold","80.0","1degC"
"Protections","OTF","Delay","2","s"
"Protections","OTF","Recovery","65.0","1degC"
"Protections","UTC","Threshold","0","1degC"
"Protections","UTC","Delay","2","s"
"Protections","UTC","Recovery","5.0","1degC"
"Protections","UTD","Threshold","0","1degC"
"Protections","UTD","Delay","2","s"
"Protections","UTD","Recovery","5.0","1degC"
"Protections","COT","Recovery Delay","5","s"
"Protections","HWD","Delay","10","s"
"Protections","PTO","Charge Threshold","2000","mA"
"Protections","PTO","Suspend Threshold","1800","mA"
"Protections","PTO","Delay","1800","s"
"Protections","PTO","Reset","2","mAh"
"Protections","CTO","Charge Threshold","2500","mA"
"Protections","CTO","Suspend Threshold","2000","mA"
"Protections","CTO","Delay","54000","s"
"Protections","CTO","Reset","2","mAh"
"Protections","OC","Threshold","300","mAh"
"Protections","OC","Recovery","2","mAh"
"Protections","OC","RSOC Recovery","90","%"
"Protections","CHGV","Threshold","500","mV"
"Protections","CHGV","Delay","30","s"
"Protections","CHGV","Recovery","-500","mV"
"Protections","CHGC","Threshold","500","mA"
"Protections","CHGC","Delay","8","s"
"Protections","CHGC","Recovery Threshold","100","mA"
"Protections","CHGC","Recovery Delay","2","s"
"Protections","PCHGC","Threshold","50","mA"
"Protections","PCHGC","Delay","2","s"
"Protections","PCHGC","Recovery Threshold","10","mA"
"Protections","PCHGC","Recovery Delay","2","s"
"Permanent Fail","SUV","Threshold","2200","mV"
"Permanent Fail","SUV","Delay","5","s"
"Permanent Fail","SOV","Threshold","4500","mV"
"Permanent Fail","SOV","Delay","5","s"
"Permanent Fail","SOCC","Threshold","10000","mA"
"Permanent Fail","SOCC","Delay","5","s"
"Permanent Fail","SOCD","Threshold","-10000","mA"
"Permanent Fail","SOCD","Delay","5","s"
"Permanent Fail","SOT","Threshold","65.0","1degC"
"Permanent Fail","SOT","Delay","5","s"
"Permanent Fail","SOTF","Threshold","100.0","1degC"
"Permanent Fail","SOTF","Delay","5","s"
"Permanent Fail","Open Thermistor","Threshold","-50.0","1degC"
"Permanent Fail","Open Thermistor","Delay","5","s"
"Permanent Fail","Open Thermistor","Fet Delta","20.0","1degC"
"Permanent Fail","Open Thermistor","Cell Delta","20.0","1degC"
"Permanent Fail","QIM","Delta Threshold","15.0","%"
"Permanent Fail","QIM","Delay","2","updates"
"Permanent Fail","CB","Max Threshold","240","h"
"Permanent Fail","CB","Delta Threshold","40","h"
"Permanent Fail","CB","Delay","2","cycles"
"Permanent Fail","VIMR","Check Voltage","3500","mV"
"Permanent Fail","VIMR","Check Current","10","mA"
"Permanent Fail","VIMR","Delta Threshold","500","mV"
"Permanent Fail","VIMR","Delta Delay","5","s"
"Permanent Fail","VIMR","Duration","100","s"
"Permanent Fail","VIMA","Check Voltage","3700","mV"
"Permanent Fail","VIMA","Check Current","50","mA"
"Permanent Fail","VIMA","Delta Threshold","200","mV"
"Permanent Fail","VIMA","Delay","5","s"
"Permanent Fail","IMP","Delta Threshold","300","%"
"Permanent Fail","IMP","Max Threshold","400","%"
"Permanent Fail","IMP","Ra Update Counts","2","counts"
"Permanent Fail","CD","Threshold","0","mAh"
"Permanent Fail","CD","Delay","2","cycles"
"Permanent Fail","CFET","OFF Threshold","5","mA"
"Permanent Fail","CFET","OFF Delay","5","s"
"Permanent Fail","DFET","OFF Threshold","-50","mA"
"Permanent Fail","DFET","OFF Delay","5","s"
"Permanent Fail","FUSE","Threshold","5","mA"
"Permanent Fail","FUSE","Delay","5","s"
"Permanent Fail","AFER","Threshold","100","-"
"Permanent Fail","AFER","Delay Period","2","s"
"Permanent Fail","AFER","Compare Period","5","s"
"Permanent Fail","AFEC","Threshold","100","-"
"Permanent Fail","AFEC","Delay Period","5","s"
"Permanent Fail","2LVL","Delay","5","s"
"Permanent Fail","OPNCELL","Threshold","5000","mV"
"Permanent Fail","OPNCELL","Delay","5","s"
"Advanced Charge Algorithm","Charger","Minimum Voltage Output","6294","mV"
"Advanced Charge Algorithm","Charger","Voltage Resolution","33","mV"
"Advanced Charge Algorithm","Charger","LCHG Current Resolution","8","mA"
"Advanced Charge Algorithm","Charger","Current Resolution","39","mA"
"Advanced Charge Algorithm","Charger","Max Current Register","255","-"
"Advanced Charge Algorithm","Charger","Vacp Hysteresis","0","mV"
"Advanced Charge Algorithm","Temperature Ranges","T1 Temp","0","degC"
"Advanced Charge Algorithm","Temperature Ranges","T2 Temp","12","degC"
"Advanced Charge Algorithm","Temperature Ranges","T5 Temp","20","degC"
"Advanced Charge Algorithm","Temperature Ranges","T6 Temp","25","degC"
"Advanced Charge Algorithm","Temperature Ranges","T3 Temp","30","degC"
"Advanced Charge Algorithm","Temperature Ranges","T4 Temp","55","degC"
"Advanced Charge Algorithm","Temperature Ranges","Hysteresis Temp","1","degC"
"Advanced Charge Algorithm","Low Temp Charging","Voltage","4000","mV"
"Advanced Charge Algorithm","Low Temp Charging","Current Low","132","mA"
"Advanced Charge Algorithm","Low Temp Charging","Current Med","352","mA"
"Advanced Charge Algorithm","Low Temp Charging","Current High","264","mA"
"Advanced Charge Algorithm","Standard Temp Charging","Voltage","4200","mV"
"Advanced Charge Algorithm","Standard Temp Charging","Current Low","1980","mA"
"Advanced Charge Algorithm","Standard Temp Charging","Current Med","2000","mA"
"Advanced Charge Algorithm","Standard Temp Charging","Current High","2000","mA"
"Advanced Charge Algorithm","High Temp Charging","Voltage","4000","mV"
"Advanced Charge Algorithm","High Temp Charging","Current Low","1012","mA"
"Advanced Charge Algorithm","High Temp Charging","Current Med","1980","mA"
"Advanced Charge Algorithm","High Temp Charging","Current High","1496","mA"
"Advanced Charge Algorithm","Rec Temp Charging","Voltage","4200","mV"
"Advanced Charge Algorithm","Rec Temp Charging","Current Low","2000","mA"
"Advanced Charge Algorithm","Rec Temp Charging","Current Med","2000","mA"
"Advanced Charge Algorithm","Rec Temp Charging","Current High","2000","mA"
"Advanced Charge Algorithm","Pre-Charging","Current","1000","mA"
"Advanced Charge Algorithm","Maintenance Charging","Current","44","mA"
"Advanced Charge Algorithm","Voltage Range","Precharge Start Voltage","2500","mV"
"Advanced Charge Algorithm","Voltage Range","Charging Voltage Low","2900","mV"
"Advanced Charge Algorithm","Voltage Range","Charging Voltage Med","3600","mV"
"Advanced Charge Algorithm","Voltage Range","Charging Voltage High","4000","mV"
"Advanced Charge Algorithm","Voltage Range","Charging Voltage Hysteresis","0","mV"
"Advanced Charge Algorithm","Termination Config","Charge Term Taper Current","250","mA"
"Advanced Charge Algorithm","Termination Config","Charge Term Voltage","75","mV"
"Advanced Charge Algorithm","Charging Rate of Change","Current Rate","1","steps"
"Advanced Charge Algorithm","Charging Rate of Change","Voltage Rate","1","steps"
"Advanced Charge Algorithm","Cell Balancing Config","Bal Time/mAh Cell 1","514","s/mAh"
"Advanced Charge Algorithm","Cell Balancing Config","Bal Time/mAh Cell 2-4","514","s/mAh"
"Advanced Charge Algorithm","Cell Balancing Config","Min Start Balance Delta","3","mV"
"Advanced Charge Algorithm","Cell Balancing Config","Relax Balance Interval","18000","s"
"Advanced Charge Algorithm","Cell Balancing Config","Min Rsoc for Balancing","80","%"
"Gas Gauging","Current Thresholds","Dsg Current Threshold","100","mA"
"Gas Gauging","Current Thresholds","Chg Current Threshold","50","mA"
"Gas Gauging","Current Thresholds","Quit Current","10","mA"
"Gas Gauging","Current Thresholds","Dsg Relax Time","1","s"
"Gas Gauging","Current Thresholds","Chg Relax Time","60","s"
"Gas Gauging","Current Thresholds","Dsg Body Diode Protect Threshold","100","mA"
"Gas Gauging","Current Thresholds","Chg Body Diode Threshold","100","mA"
"Gas Gauging","Design","Design Capacity mAh","7800","mAh"
"Gas Gauging","Design","Design Capacity cWh","11232","cWh"
"Gas Gauging","Design","Design Voltage","14800","mV"
"Gas Gauging","Cycle","Cycle Count Percentage","90","%"
"Gas Gauging","FD","Set Voltage Threshold","2700","mV"
"Gas Gauging","FD","Clear Voltage Threshold","2800","mV"
"Gas Gauging","FD","Set % RSOC Threshold","0","%"
"Gas Gauging","FD","Clear % RSOC Threshold","5","%"
"Gas Gauging","FC","Set Voltage Threshold","4200","mV"
"Gas Gauging","FC","Clear Voltage Threshold","4100","mV"
"Gas Gauging","FC","Set % RSOC Threshold","100","%"
"Gas Gauging","FC","Clear % RSOC Threshold","95","%"
"Gas Gauging","TD","Set Voltage Threshold","2750","mV"
"Gas Gauging","TD","Clear Voltage Threshold","2850","mV"
"Gas Gauging","TD","Set % RSOC Threshold","6","%"
"Gas Gauging","TD","Clear % RSOC Treshold","8","%"
"Gas Gauging","TC","Set Voltage Threshold","4200","mV"
"Gas Gauging","TC","Clear Voltage Threshold","4100","mV"
"Gas Gauging","TC","Set % RSOC Threshold","100","%"
"Gas Gauging","TC","Clear % RSOC Threshold","95","%"
"Gas Gauging","State","Cycle Count","2","-"
"Gas Gauging","State","Qmax Cell 1","8288","mAh"
"Gas Gauging","State","Qmax Cell 2","8279","mAh"
"Gas Gauging","State","Qmax Cell 3","8308","mAh"
"Gas Gauging","State","Qmax Cell 4","8272","mAh"
"Gas Gauging","State","Qmax Pack","8272","mAh"
"Gas Gauging","State","Qmax Cycle Count","2","-"
"Gas Gauging","State","Update Status","05","-"
"Gas Gauging","State","Cell 1 Chg Voltage at EoC","4173","mV"
"Gas Gauging","State","Cell 2 Chg Voltage at EoC","4168","mV"
"Gas Gauging","State","Cell 3 Chg Voltage at EoC","4165","mV"
"Gas Gauging","State","Cell 4 Chg Voltage at EoC","4168","mV"
"Gas Gauging","State","Current at EoC","-18","mA"
"Gas Gauging","State","Avg I Last Run","-2000","mA"
"Gas Gauging","State","Avg P Last Run","-3022","cW"
"Gas Gauging","State","Delta Voltage","0","mV"
"Gas Gauging","State","Temp k","1.00","degC/256mW"
"Gas Gauging","State","Temp a","1000","-"
"Gas Gauging","State","Max Avg I Last Run","-2000","mA"
"Gas Gauging","State","Max Avg P Last Run","-3022","cW"
"Gas Gauging","IT Cfg","Load Select","1","-"
"Gas Gauging","IT Cfg","Load Mode","0","-"
"Gas Gauging","IT Cfg","Design Resistance","42","mOhms"
"Gas Gauging","IT Cfg","User Rate-mA","0","mA"
"Gas Gauging","IT Cfg","User Rate-cW","0","cW"
"Gas Gauging","IT Cfg","Reserve Cap-mAh","0","mAh"
"Gas Gauging","IT Cfg","Reserve Cap-cWh","0","cWh"
"Gas Gauging","IT Cfg","Pack Resistance","30","mOhms"
"Gas Gauging","IT Cfg","System Resistance","0","mOhms"
"Gas Gauging","IT Cfg","Ra Filter","50.0","%"
"Gas Gauging","IT Cfg","Ra Max Delta","15","%"
"Gas Gauging","IT Cfg","Reference Grid","4","-"
"Gas Gauging","IT Cfg","Resistance Parameter Filter","65142","-"
"Gas Gauging","IT Cfg","Near EDV Ra Param Filter","59220","-"
"Gas Gauging","IT Cfg","Qmax Delta","5","%"
"Gas Gauging","IT Cfg","Qmax Upper Bound","130","%"
"Gas Gauging","IT Cfg","Term Voltage","11200","mV"
"Gas Gauging","IT Cfg","Term V Hold Time","1","s"
"Gas Gauging","IT Cfg","Term Voltage Delta","300","mV"
"Gas Gauging","IT Cfg","Term Min Cell V","2800","mV"
"Gas Gauging","IT Cfg","Voltage Consistency Delta","300","mV"
"Gas Gauging","IT Cfg","Fast Scale Start SOC","10","%"
"Gas Gauging","Smoothing","Smooth Relax Time","1000","s"
"Gas Gauging","Condition Flag","Max Error Limit","100","%"
"Gas Gauging","Max Error","Time Cycle Equivalent","24","h"
"Gas Gauging","Max Error","Cycle Delta","0.05","%"
"Gas Gauging","SoH","SoH Load Rate","5.0","hour Rate"
"Gas Gauging","Turbo Cfg","Min Turbo Power","0","cW"
"Gas Gauging","Turbo Cfg","Max C Rate","-4","C"
"Gas Gauging","Turbo Cfg","High Frequency Resistance","73","mOhms"
"Gas Gauging","Turbo Cfg","Reserve Energy %","0","%"
"Power","Power","Valid Update Voltage","3500","mV"
"Power","Shutdown","Shutdown Voltage","1750","mV"
"Power","Shutdown","Shutdown Time","10","s"
"Power","Shutdown","PF Shutdown Voltage","1750","mV"
"Power","Shutdown","PF Shutdown Time","10","s"
"Power","Shutdown","Charger Present Threshold","3000","mV"
"Power","Sleep","Sleep Current","10","mA"
"Power","Sleep","Bus Timeout","5","s"
"Power","Sleep","Voltage Time","5","s"
"Power","Sleep","Current Time","20","s"
"Power","Sleep","Wake Comparitor","00","hex"
"Power","Ship","FET Off Time","10","s"
"Power","Ship","Delay","20","s"
"Power","Ship","Auto Ship Time","1440","min"
"Power","Power Off","Debounce","4","250ms"
"Power","Power Off","Timeout","30","min"
"Power","Manual FET Control","MFC Delay","60","s"
"PF Status","Device Status Data","Safety Alert A","00","hex"
"PF Status","Device Status Data","Safety Status A","00","hex"
"PF Status","Device Status Data","Safety Alert B","00","hex"
"PF Status","Device Status Data","Safety Status B","00","hex"
"PF Status","Device Status Data","Safety Alert C","00","hex"
"PF Status","Device Status Data","Safety Status C","00","hex"
"PF Status","Device Status Data","Safety Alert D","00","hex"
"PF Status","Device Status Data","Safety Status D","00","hex"
"PF Status","Device Status Data","PF Alert A","00","hex"
"PF Status","Device Status Data","PF Status A","00","hex"
"PF Status","Device Status Data","PF Alert B","00","hex"
"PF Status","Device Status Data","PF Status B","00","hex"
"PF Status","Device Status Data","PF Alert C","00","hex"
"PF Status","Device Status Data","PF Status C","00","hex"
"PF Status","Device Status Data","PF Alert D","00","hex"
"PF Status","Device Status Data","PF Status D","00","hex"
"PF Status","Device Status Data","Fuse Flag","0000","hex"
"PF Status","Device Status Data","Operation Status A","0000","hex"
"PF Status","Device Status Data","Operation Status B","0000","hex"
"PF Status","Device Status Data","Temp Range","00","hex"
"PF Status","Device Status Data","Charging Status A","00","hex"
"PF Status","Device Status Data","Charging Status B","00","hex"
"PF Status","Device Status Data","Charger Status","00","hex"
"PF Status","Device Status Data","Gauging Status","00","hex"
"PF Status","Device Status Data","IT Status","0000","hex"
"PF Status","Device Voltage Data","Cell 1 Voltage","0","mV"
"PF Status","Device Voltage Data","Cell 2 Voltage","0","mV"
"PF Status","Device Voltage Data","Cell 3 Voltage","0","mV"
"PF Status","Device Voltage Data","Cell 4 Voltage","0","mV"
"PF Status","Device Voltage Data","Battery Direct Voltage","0","mV"
"PF Status","Device Voltage Data","Pack Voltage","0","mV"
"PF Status","Device Current Data","Current","0","mA"
"PF Status","Device Temperature Data","Internal Temperature","0.0","degC"
"PF Status","Device Temperature Data","External 1 Temperature","0.0","degC"
"PF Status","Device Temperature Data","External 2 Temperature","0.0","degC"
"PF Status","Device Temperature Data","External 3 Temperature","0.0","degC"
"PF Status","Device Temperature Data","External 4 Temperature","0.0","degC"
"PF Status","Device Gauging Data","Cell 1 Dod0","0","-"
"PF Status","Device Gauging Data","Cell 2 Dod0","0","-"
"PF Status","Device Gauging Data","Cell 3 Dod0","0","-"
"PF Status","Device Gauging Data","Cell 4 Dod0","0","-"
"PF Status","Device Gauging Data","Passed Charge","0","mAh"
"PF Status","AFE Regs","AFE Interrupt Status","00","hex"
"PF Status","AFE Regs","AFE FET Status","00","hex"
"PF Status","AFE Regs","AFE RXIN","00","hex"
"PF Status","AFE Regs","AFE Latch Status","00","hex"
"PF Status","AFE Regs","AFE Interrupt Enable","00","hex"
"PF Status","AFE Regs","AFE FET Control","00","hex"
"PF Status","AFE Regs","AFE RXIEN","00","hex"
"PF Status","AFE Regs","AFE RLOUT","00","hex"
"PF Status","AFE Regs","AFE RHOUT","00","hex"
"PF Status","AFE Regs","AFE RHINT","00","hex"
"PF Status","AFE Regs","AFE Cell Balance","00","hex"
"PF Status","AFE Regs","AFE AD/CC Control","00","hex"
"PF Status","AFE Regs","AFE ADC Mux","00","hex"
"PF Status","AFE Regs","AFE LED Output","00","hex"
"PF Status","AFE Regs","AFE State Control","00","hex"
"PF Status","AFE Regs","AFE LED/Wake Control","00","hex"
"PF Status","AFE Regs","AFE Protection Control","00","hex"
"PF Status","AFE Regs","AFE OCD","00","hex"
"PF Status","AFE Regs","AFE SCC","00","hex"
"PF Status","AFE Regs","AFE SCD1","00","hex"
"PF Status","AFE Regs","AFE SCD2","00","hex"
"PF Status","AFE Regs","AFE Charger Lock","00",""
"PF Status","AFE Regs","AFE Charger Voltage","00",""
"PF Status","AFE Regs","AFE Charger Current","00",""
"System Data","Manufacturer Data","Manufacturer Info A Length","32","-"
"System Data","Manufacturer Data","Manufacturer Info Block A01","61","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A02","62","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A03","63","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A04","64","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A05","65","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A06","66","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A07","67","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A08","68","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A09","69","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A10","6a","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A11","6b","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A12","6c","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A13","6d","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A14","6e","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A15","6f","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A16","70","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A17","71","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A18","72","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A19","73","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A20","74","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A21","75","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A22","76","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A23","77","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A24","7a","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A25","78","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A26","79","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A27","30","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A28","31","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A29","32","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A30","33","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A31","34","Hex"
"System Data","Manufacturer Data","Manufacturer Info Block A32","35","Hex"
"System Data","Integrity","Static DF Signature","0000","hex"
"System Data","Integrity","Static Chem DF Signature","49fe","hex"
"System Data","Integrity","All DF Signature","0000","hex"
"SBS Configuration","Data","Remaining AH Cap. Alarm","300","mAh"
"SBS Configuration","Data","Remaining WH Cap. Alarm","432","cWh"
"SBS Configuration","Data","Remaining Time Alarm","10","min"
"SBS Configuration","Data","Initial Battery Mode","0081","hex"
"SBS Configuration","Data","Specification Information","0031","hex"
"SBS Configuration","Data","Manufacture Date","2018-3-18","date"
"SBS Configuration","Data","Serial Number","0007","hex"
"SBS Configuration","Data","Manufacturer Name","Texas Instruments","-"
"SBS Configuration","Data","Device Name","bq40z60","-"
"SBS Configuration","Data","Device Chemistry","LION","-"
"LED Support","LED Config","LED Delay","100","488us"
"LED Support","LED Config","LED Hold Time","4","s"
"LED Support","LED Config","CHG Thresh 1","25","%"
"LED Support","LED Config","CHG Thresh 2","50","%"
"LED Support","LED Config","CHG Thresh 3","75","%"
"LED Support","LED Config","CHG Thresh 4","100","%"
"LED Support","LED Config","DSG Thresh 1","25","%"
"LED Support","LED Config","DSG Thresh 2","50","%"
"LED Support","LED Config","DSG Thresh 3","75","%"
"LED Support","LED Config","DSG Thresh 4","100","%"
"Black Box","Safety Status","1st Status Status A","00","hex"
"Black Box","Safety Status","1st Status Status B","00","hex"
"Black Box","Safety Status","1st Safety Status C","00","hex"
"Black Box","Safety Status","1st Safety Status D","00","hex"
"Black Box","Safety Status","1st Time to Next Event","0","s"
"Black Box","Safety Status","2nd Status Status A","00","hex"
"Black Box","Safety Status","2nd Status Status B","00","hex"
"Black Box","Safety Status","2nd Safety Status C","00","hex"
"Black Box","Safety Status","2nd Safety Status D","00","hex"
"Black Box","Safety Status","2nd Time to Next Event","0","s"
"Black Box","Safety Status","3rd Status Status A","00","hex"
"Black Box","Safety Status","3rd Status Status B","00","hex"
"Black Box","Safety Status","3rd Safety Status C","00","hex"
"Black Box","Safety Status","3rd Safety Status D","00","hex"
"Black Box","Safety Status","3rd Time to Next Event","0","s"
"Black Box","PF Status","1st PF Status A","00","hex"
"Black Box","PF Status","1st PF Status B","00","hex"
"Black Box","PF Status","1st PF Status C","00","hex"
"Black Box","PF Status","1st PF Status D","00","hex"
"Black Box","PF Status","1st Time to Next Event","0","s"
"Black Box","PF Status","2nd PF Status A","00","hex"
"Black Box","PF Status","2nd PF Status B","00","hex"
"Black Box","PF Status","2nd PF Status C","00","hex"
"Black Box","PF Status","2nd PF Status D","00","hex"
"Black Box","PF Status","2nd Time to Next Event","0","s"
"Black Box","PF Status","3rd PF Status A","00","hex"
"Black Box","PF Status","3rd PF Status B","00","hex"
"Black Box","PF Status","3rd PF Status C","00","hex"
"Black Box","PF Status","3rd PF Status D","00","hex"
"Black Box","PF Status","3rd Time to Next Event","0","s"
"Lifetimes","Voltage","Cell 1 Max Voltage","4239","mV"
"Lifetimes","Voltage","Cell 2 Max Voltage","4051","mV"
"Lifetimes","Voltage","Cell 3 Max Voltage","4006","mV"
"Lifetimes","Voltage","Cell 4 Max Voltage","5646","mV"
"Lifetimes","Voltage","Cell 1 Min Voltage","3373","mV"
"Lifetimes","Voltage","Cell 2 Min Voltage","3283","mV"
"Lifetimes","Voltage","Cell 3 Min Voltage","3399","mV"
"Lifetimes","Voltage","Cell 4 Min Voltage","0","mV"
"Lifetimes","Voltage","Max Delta Cell Voltage","3616","mV"
"Lifetimes","Current","Max Charge Current","5684","mA"
"Lifetimes","Current","Max Discharge Current","-250","mA"
"Lifetimes","Current","Max Avg Dsg Current","-231","mA"
"Lifetimes","Current","Max Avg Dsg Power","-312","cW"
"Lifetimes","Temperature","Max Temp Cell","51","degC"
"Lifetimes","Temperature","Min Temp Cell","-128","degC"
"Lifetimes","Temperature","Max Delta Cell Temp","0","degC"
"Lifetimes","Temperature","Max Temp Int Sensor","51","degC"
"Lifetimes","Temperature","Min Temp Int Sensor","13","degC"
"Lifetimes","Temperature","Max Temp Fet","64","degC"
"Lifetimes","Safety Events","No Of COV Events","39","events"
"Lifetimes","Safety Events","Last COV Event","0","cycles"
"Lifetimes","Safety Events","No Of CUV Events","2","events"
"Lifetimes","Safety Events","Last CUV Event","0","cycles"
"Lifetimes","Safety Events","No Of OCD1 Events","0","events"
"Lifetimes","Safety Events","Last OCD1 Event","0","cycles"
"Lifetimes","Safety Events","No Of OCD2 Events","0","events"
"Lifetimes","Safety Events","Last OCD2 Event","0","cycles"
"Lifetimes","Safety Events","No Of OCC1 Events","0","events"
"Lifetimes","Safety Events","Last OCC1 Event","0","cycles"
"Lifetimes","Safety Events","No Of OCC2 Events","0","events"
"Lifetimes","Safety Events","Last OCC2 Event","0","cycles"
"Lifetimes","Safety Events","No Of AOLD Events","0","events"
"Lifetimes","Safety Events","Last AOLD Event","0","cycles"
"Lifetimes","Safety Events","No Of ASCD Events","0","events"
"Lifetimes","Safety Events","Last ASCD Event","0","cycles"
"Lifetimes","Safety Events","No Of ASCC Events","0","events"
"Lifetimes","Safety Events","Last ASCC Event","0","cycles"
"Lifetimes","Safety Events","No Of OTC Events","0","events"
"Lifetimes","Safety Events","Last OTC Event","0","cycles"
"Lifetimes","Safety Events","No Of OTD Events","0","events"
"Lifetimes","Safety Events","Last OTD Event","0","cycles"
"Lifetimes","Safety Events","No Of OTF Events","0","events"
"Lifetimes","Safety Events","Last OTF Event","0","cycles"
"Lifetimes","Charging Events","No Valid Charge Term","2","events"
"Lifetimes","Charging Events","Last Valid Charge Term","0","cycles"
"Lifetimes","Gauging Events","No Of Qmax Updates","0","events"
"Lifetimes","Gauging Events","Last Qmax Update","0","cycles"
"Lifetimes","Gauging Events","No Of Ra Updates","0","events"
"Lifetimes","Gauging Events","Last Ra Update","0","cycles"
"Lifetimes","Gauging Events","No Of Ra Disable","4","events"
"Lifetimes","Gauging Events","Last Ra Disable","0","cycles"
"Lifetimes","Power Events","No Of Shutdowns","1","events"
"Lifetimes","Cell Balancing","Cb Time Cell 1","0","h"
"Lifetimes","Cell Balancing","Cb Time Cell 2","0","h"
"Lifetimes","Cell Balancing","Cb Time Cell 3","0","h"
"Lifetimes","Cell Balancing","Cb Time Cell 4","0","h"
"Lifetimes","Time","Total Fw Runtime","96","h"
"Lifetimes","Time","Time Spent In UT","4","h"
"Lifetimes","Time","Time Spent In LT","0","h"
"Lifetimes","Time","Time Spent In STL","28","h"
"Lifetimes","Time","Time Spent In RT","40","h"
"Lifetimes","Time","Time Spent In STH","8","h"
"Lifetimes","Time","Time Spent In HT","6","h"
"Lifetimes","Time","Time Spent In OT","0","h"
"Ra Table","R_a0","Cell0 R_a flag","ff55","-"
"Ra Table","R_a0","Cell0 R_a 0","91","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 1","92","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 2","107","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 3","127","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 4","198","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 5","95","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 6","126","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 7","108","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 8","123","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 9","110","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 10","142","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 11","162","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 12","270","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 13","736","2^-10ohm"
"Ra Table","R_a0","Cell0 R_a 14","1828","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a flag","ff55","-"
"Ra Table","R_a1","Cell1 R_a 0","91","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 1","92","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 2","107","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 3","127","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 4","198","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 5","95","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 6","126","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 7","108","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 8","123","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 9","110","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 10","142","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 11","162","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 12","270","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 13","736","2^-10ohm"
"Ra Table","R_a1","Cell1 R_a 14","1828","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a flag","ff55","-"
"Ra Table","R_a2","Cell2 R_a 0","91","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 1","92","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 2","107","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 3","127","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 4","198","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 5","95","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 6","126","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 7","108","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 8","123","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 9","110","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 10","142","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 11","162","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 12","270","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 13","736","2^-10ohm"
"Ra Table","R_a2","Cell2 R_a 14","1828","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a flag","ff55","-"
"Ra Table","R_a3","Cell3 R_a 0","91","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 1","92","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 2","107","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 3","127","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 4","198","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 5","95","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 6","126","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 7","108","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 8","123","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 9","110","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 10","142","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 11","162","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 12","270","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 13","736","2^-10ohm"
"Ra Table","R_a3","Cell3 R_a 14","1828","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a flag","ffff","-"
"Ra Table","R_a0x","xCell0 R_a 0","91","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 1","92","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 2","107","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 3","127","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 4","198","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 5","95","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 6","126","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 7","108","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 8","123","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 9","110","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 10","142","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 11","162","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 12","270","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 13","736","2^-10ohm"
"Ra Table","R_a0x","xCell0 R_a 14","1828","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a flag","ffff","-"
"Ra Table","R_a1x","xCell1 R_a 0","91","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 1","92","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 2","107","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 3","127","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 4","198","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 5","95","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 6","126","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 7","108","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 8","123","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 9","110","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 10","142","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 11","162","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 12","270","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 13","736","2^-10ohm"
"Ra Table","R_a1x","xCell1 R_a 14","1828","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a flag","ffff","-"
"Ra Table","R_a2x","xCell2 R_a 0","91","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 1","92","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 2","107","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 3","127","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 4","198","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 5","95","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 6","126","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 7","108","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 8","123","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 9","110","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 10","142","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 11","162","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 12","270","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 13","736","2^-10ohm"
"Ra Table","R_a2x","xCell2 R_a 14","1828","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a flag","ffff","-"
"Ra Table","R_a3x","xCell3 R_a 0","91","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 1","92","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 2","107","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 3","127","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 4","198","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 5","95","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 6","126","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 7","108","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 8","123","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 9","110","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 10","142","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 11","162","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 12","270","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 13","736","2^-10ohm"
"Ra Table","R_a3x","xCell3 R_a 14","1828","2^-10ohm"

  • 0 in reply to Swaminathan Ramanathan75031
    Prodigy 80 points
    Hi,

    Just wondering if someone has had some time to look at the issues I have been having?

    Thanks,
    William
  • 0 in reply to William Jamieson
    Prodigy 90 points

    A log file of the charging sequence would be useful. Also take a look at SLUA750 to check your voltage resolution/ minimum charging voltage.

  • 0 in reply to Allard Potma
    Prodigy 80 points

    Thanks for the pointer to that document. I have checked the voltage resolution I should have and do I need to have the maximum out.  I have changed the minimum charging voltage from ~6500 to 8373. My maximum charging voltage according to SLUA750 is 16747 mV, which is below the full charge voltage of 16800 mV. Should I change the resistors which control this value or leave it as is?

    I have attached my log files for the learning cycle. 

    Thanks,

    William

    3704.LearningCycle1.logLearningCycle2.logLearningCycle3.log

  • 0 in reply to William Jamieson
    TI__Genius 10830 points
    hi William,
    Did you try to use the GPCRA0 tool www.ti.com/.../GPCRA0
    It will help you to calculate the optimized Qmax & Ra values instead of running a learning cycle.
    Alternatively you will find some good troubleshooting elements in the doc SLUA777
    www.ti.com/.../slua777

    Regards,
    David