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BQ34110: Self-discharge while in sleep

Jason Fuglestad91
Prodigy 240 points
Part Number: BQ34110
Other Parts Discussed in Thread: BQSTUDIO, BQ2060, BQ20Z80

Hello,

I'm testing the self-discharge estimation feature in the bq34110. While in SLEEP mode (no current, no communication, sleep enabled), the self-discharge feature adjusted RC about half as much as another battery that was awake (no current, but communicating with bqStudio). The TRM indicates the remaining capacity (RC) is adjusted every 0.25s while awake and every "Sleep Time" while in SLEEP mode (section 2.7.7, page 28). There is no other reference to Sleep Time in the TRM or the data flash.

Is this why self-discharge adjustments are about half while in sleep mode?

What is the Sleep Time value? Is it some function of Sleep Voltage Time and Sleep Current Time?

Is Sleep Time adjustable?

Thanks,

Jason

  • 0
    TI__Genius 10830 points
    Hi Jason,
    Thank you for your interest in our products. A BMS expert has been assigned to your question.

    Regards,
    David
  • 0 in reply to David Hien
    TI__Expert 4640 points
    Hi Jason,

    The value is suppose to say Sleep Current Time and the default value is 20s. This number can be seen in section 2.10.3 SLEEP Mode

    Thanks

    Miguel
  • 0 in reply to Miguel Angel Rios
    Prodigy 240 points
    Hi Miguel,

    Thanks for the clarification. I still need to know why the self-discharge estimation is about half while in sleep compared to awake.

    If it has to do with when it makes adjustments and it makes adjustments 80 times more frequently while awake (20s/0.25s = 80), I would expect the ratio of sleep to awake to be closer to 1/80, not 1/2.

    Thanks,
    Jason
  • 0 in reply to Miguel Angel Rios
    TI__Expert 4640 points

    Jason

    I see that i did not resolve your answer. What was the other question that you had that i didn't answer? I don't see which one.

    Thanks

    Miguel

  • 0 in reply to Miguel Angel Rios
    Prodigy 240 points
    Miguel,

    Why is the self-discharge estimation while in SLEEP mode about half that while in NORMAL mode?

    Regards,
    Jason
  • 0 in reply to Jason Fuglestad91
    TI__Mastermind 25955 points
    Hi Jason,

    This is due in part to the use of ram and data flash memory as well as other functions in the device. The intervals listed above are with respect to only polling intervals of the ADC.

    Writing to data flash takes more power than writing to RAM and writes to data flash are not necessarily aligned with a 1:1 correspondence with respect to the polling interval of the ADCs between Normal/Sleep modes. In addition, the auto-calibration process forces writes when the gauge enters sleep mode - as this is aperiodic and based upon usage (dynamic), the average current per sleep cycle will vary based upon length of sleep and usage patterns. Values also tend to be specified higher to ensure adequate headroom.

    Do your test results show lower power consumption with the gauge in sleep mode?

    Sincerely,
    Bryan Kahler
  • 0 in reply to Bryan Kahler
    Prodigy 240 points
    Hi Bryan,

    I understand the difference in quiescent current in different power modes. That isn't my question. My question was about the self-discharge estimation in the CEDV algorithm. It has the ability to decrease remaining capacity by a percentage per day while at rest. This can be used to account for circuitry load and cell self-discharge. My question is, why does it lower remaining capacity about half as much while in SLEEP compared to NORMAL mode? The actual quiescent current doesn't make a difference since this is typically not measurable by the fuel gauge and is usually calibrated out.

    Regards,
    Jason
  • 0 in reply to Jason Fuglestad91
    TI__Mastermind 25955 points

    Hi Jason,

    Thank you for shedding light upon the ambiguity with respect to usage of the term 'sleep time'.  This should be amended to be more clear.

    Sleep current time and sleep voltage time are both editable:

    Data Memory:Configuration:Sleep Voltage Time

    Data Memory:Configuration:Sleep Current Time

    Something that may be helpful when viewing data memory: To enable advanced views in bqStudio, please click on Window>Preferences.  Select All Global Settings and click on the Show Advanced Views radio button, then press apply.


    Please attach your gg.csv file so I may see the gauge settings and a marked up log file of the event. Please highlight the specific rows of interest so I can see what you're seeing.  Please also mark the portions of interest, such as where remaining capacity lowers.

    Sincerely,
    Bryan Kahler

  • 0 in reply to Bryan Kahler
    Prodigy 240 points
    Bryan,

    Contrary to what my online status indicates, I consider myself an expert user in TI fuel gauges. I've been using these devices for over 10 years starting with bq2060 and bq20z80. I know how to read a datasheet and TRM. It's errors in these documents and undisclosed algorithms that lead to these questions.

    My question relates to self-discharge estimation while in sleep mode. If I log the fuel gauge data, it will not be in sleep mode. I want to know how the self-discharge estimation algorithm works. Why does it behave differently in sleep mode? You don't need a log file or gg file to answer this. I consider this missing information in the TRM.

    Regards,
    Jason
  • 0 in reply to Jason Fuglestad91
    TI__Mastermind 25955 points

    Hi Jason,

    There is no sarcasm here. We're trying to answer your question as quickly and thoroughly as possible.

    I am simply trying to clarify the document and state what is modifiable, per your request. You asked specifically about these values. We have answered with specificity.

    To chase down these values required investigation of both the firmware as well as the TRM to determine where the source of truth lies.

    I agree completely that the usage of the term 'sleep time' in the TRM is ambiguous and have filed the issue internally to amend the offending section of the TRM.

    Section 2.7.7 clearly states that the bq34110 makes self-discharge adjustments to RC every 0.25 seconds when awake (NORMAL MODE) and periodically when in sleep mode (SLEEP MODE).  When in sleep mode, measurements are no longer taken 4 times a second, but are instead taken at greater intervals to reduce power consumption.  

    I understand fully that you want to learn more about how the self-discharge algorithm works. To enable us to have that conversation, I need to understand more fully what the system state, environment and inputs to the system are in your particular circumstance. In that vein, I have asked for a log file and a gg file so we can speak on the same page, while looking at the same results, instead of talking in the air. 

     

    The self-discharge rate estimation varies greatly based upon the temperature, as shown in table 2-9.  Yes, it is true that you are not able to log while in sleep, but understanding the values being fed into the system will allow us to discuss on the same page and how it relates to your system.

    Please attach your gg.csv file so I may see the gauge settings and a marked up log file of the event. Please highlight the specific rows of interest so I can see what you're seeing. Please also mark the portions of interest, such as where remaining capacity lowers.

    Otherwise, for broad strokes, the nominal self-discharge rate is programmed in an 8-bit value as found in data memory under gas gauging:CEDV cfg:Self-Discharge Rate

    Please refer to table 2-9 for more information on the Self-Discharge for Rate broken up into temperature steps of 10 degrees from 0 to 70 degrees (doubling for every increase of 10 degrees and halving for every decrease of 10 degrees.

    For more information on self-discharge characteristics of multiple cell chemistries with respect to capacity, temperature, and time, please review parts 1 and 2 of the keynote presentation from the 2011 BMS Deep Dive, found here: https://e2e.ti.com/support/power_management/battery_management/m/videos__files/528845

    If your question is instead with respect to the difference between normal and sleep modes, the largest difference between these modes is simply polling rate of the device.  Although the device does periodically take data measurements in sleep mode, the interval at which the device takes these measurements is set by Sleep Current Time and Sleep Voltage Time. 

    Are you asking why does the device not constantly update the self-discharge function at a rate of 4 times per second (when in sleep mode) when the values that may cause the rate to change (such as temperature) remain the same (because they haven't been updated due to the longer polls)?  If not, please rephrase your question.

    Sincerely,
    Bryan Kahler

  • 0 in reply to Bryan Kahler
    Prodigy 240 points

    Bryan,

    I understand the timing aspect. That is not specifically my question. Here is my question: Why does remaining capacity decrease half as much in SLEEP mode as it does in NORMAL mode?

    We had 3 fully charged batteries in the same environment next to each other. The self-discharge rate was set to maximum for this test (2.55% per day). One was scanning and logging using bqStudio. One was only scanning using bqStudio. One was not queried at all (SLEEP mode). We let this sit for 2 days. The 2 batteries scanning in bqStudio dropped in RSOC by 4%. The battery in sleep mode was queried and its RSOC dropped by only 2%. I'm attaching the GG file (the only difference is the self-discharge rate).

    Regards,

    Jason

    310017_GG_RB pre 1.txt 
    * Texas Instruments Data Flash File
* File created Thu May 17 08:54:02 2018
*
* Device Number 110
* Firmware Version 0.02
* Build Number 9
* Order Number 0
*
* bqz Device Number 110
* bqz Firmware Version 0.02
* bqz Build Number 9
*
* Field Order: Class name, SubClass name, Parameter name, Parameter Value, Display Units, Data Type, Data Length, Address Offset, Default Value, Minimum Value, Maximum Value, Display Format, Read Formula, Write Formula, Flags, Help, Native Units, Data Flash Raw Value
"Calibration","Data","CC Gain","2.057","mOhm","F","4","0","10.000","1.00E-01","4.00E+00","ff.fff","4.7095/x","4.7095/x","","","-","0x821286ec"
"Calibration","Data","CC Delta","2.079","mOhm","F","4","4","10.000","2.98262E+04","1.193046E+06","ff.fff","5.677446e6/x","5.677446e6/x","","","-","0x9626b714"
"Calibration","Data","CC Offset","-40.98","mA","I","2","8","-42.96","-32767","32767","d.dd","(x*.48)/.16","(x*.16)/.48","","","mA","0xfaaa"
"Calibration","Data","Board Offset","-0.78","uA","I","1","12","0","-128","127","d.dd","(x*.48)/.16","(x*.16)/.48","","","uA","0xe6"
"Calibration","Data","Int Temp Offset","3.6","°C","I","1","13","0","-128","127","dd.d","x","x","","","0.1°C","0x24"
"Calibration","Data","Ext Temp Offset","3.3","°C","I","1","14","0","-128","127","dd.d","x","x","","","0.1°C","0x21"
"Calibration","Data","Pack V Offset","0","mV","I","1","15","0","-128","127","ddd","x","x","","","mV","0x00"
"Calibration","Data","Voltage Divider","47810","mV","U","2","16","5000","0","65535","ddd","x","x","","","mV","0xbac2"
"Calibration","Temp Model","Int Coeff 1","0","Num","I","2","449","0","-32768","32767","ddd","x","x","","","Num","0x0000"
"Calibration","Temp Model","Int Coeff 2","0","Num","I","2","451","0","-32768","32767","ddd","x","x","","","Num","0x0000"
"Calibration","Temp Model","Int Coeff 3","-12324","Num","I","2","453","-12324","-32768","32767","ddd","x","x","","","Num","0xcfdc"
"Calibration","Temp Model","Int Coeff 4","613.1","degK","I","2","455","613.1","-32768","32767","dd.d","x","x","","","0.1 degK","0x17f3"
"Calibration","Temp Model","Int Min AD","0","-","I","2","457","0","-32768","32767","ddd","x","x","","","-","0x0000"
"Calibration","Temp Model","Int Max Temp","6131","0.1degK","I","2","459","6131","-32768","32767","ddd","x","x","","","0.1degK","0x17f3"
"Calibration","Temp Model","Ext Coeff 1","20982","Num","I","2","461","20982","-32768","32767","ddd","x","x","","","Num","0x51f6"
"Calibration","Temp Model","Ext Coeff 2","-13836","Num","I","2","463","-13836","-32768","32767","ddd","x","x","","","Num","0xc9f4"
"Calibration","Temp Model","Ext Coeff 3","5202","Num","I","2","465","5202","-32768","32767","ddd","x","x","","","Num","0x1452"
"Calibration","Temp Model","Ext Coeff 4","233.7","degK","I","2","467","233.7","-32768","32767","dd.d","x","x","","","0.1 degK","0x0921"
"Calibration","Temp Model","Ext Min AD","12909","-","I","2","469","12909","-32768","32767","ddd","x","x","","","-","0x326d"
"Calibration","Temp Model","Vcomp Coeff 1","0","Num","I","2","471","0","-32768","32767","ddd","x","x","","","Num","0x0000"
"Calibration","Temp Model","Vcomp Coeff 2","14902","Num","I","2","473","14902","-32768","32767","ddd","x","x","","","Num","0x3a36"
"Calibration","Temp Model","Vcomp Coeff 3","-623","Num","I","2","475","-623","-32768","32767","ddd","x","x","","","Num","0xfd91"
"Calibration","Temp Model","Vcomp Coeff 4","37","Num","I","2","477","37","-32768","32767","ddd","x","x","","","Num","0x0025"
"Calibration","Temp Model","Vcomp Input Multiplier","48","Num","U","1","479","48","0","255","ddd","x","x","","","Num","0x30"
"Calibration","Temp Model","Vcomp Output Divisor","256","Num","I","2","480","256","-32768","32767","ddd","x","x","","","Num","0x0100"
"Calibration","Current","Filter","239","Num","U","1","482","239","0","255","ddd","x","x","","","Num","0xef"
"Calibration","Current","Deadband","5","mA","U","1","483","5","0","255","ddd","x","x","","","mA","0x05"
"Calibration","Current","CC Deadband","34","149nV","U","1","484","34","0","255","ddd","x","x","","","149nV","0x22"
"Charger Control","Charge Inhibit Cfg","Chg Inhibit Temp Low","0","°C","I","2","256","0","-400","1200","dd.d","x","x","","","0.1°C","0x0000"
"Charger Control","Charge Inhibit Cfg","Chg Inhibit Temp High","45.0","°C","I","2","258","45.0","-400","1200","dd.d","x","x","","","0.1°C","0x01c2"
"Charger Control","Charge Inhibit Cfg","Temp Hys","5.0","°C","I","2","260","5.0","0","100","dd.d","x","x","","","0.1°C","0x0032"
"Charger Control","JEITA Temperature","T1 Temp","0","°C","I","2","262","0","-400","1200","dd.d","x","x","","","0.1°C","0x0000"
"Charger Control","JEITA Temperature","T2 Temp","10.0","°C","I","2","264","10.0","-400","1200","dd.d","x","x","","","0.1°C","0x0064"
"Charger Control","JEITA Temperature","T3 Temp","45.0","°C","I","2","266","45.0","-400","1200","dd.d","x","x","","","0.1°C","0x01c2"
"Charger Control","JEITA Temperature","T4 Temp","55.0","°C","I","2","268","55.0","-400","1200","dd.d","x","x","","","0.1°C","0x0226"
"Charger Control","JEITA Temperature","Charge Current T1-T2","285","mA","I","2","270","300","0","32767","ddd","x","x","","","mA","0x011d"
"Charger Control","JEITA Temperature","Charge Current T2-T3","1425","mA","I","2","272","1100","0","32767","ddd","x","x","","","mA","0x0591"
"Charger Control","JEITA Temperature","Charge Current T3-T4","855","mA","I","2","274","660","0","32767","ddd","x","x","","","mA","0x0357"
"Charger Control","JEITA Temperature","Charge Voltage T1-T2","3480","mV","I","2","276","4100","0","32767","ddd","x","x","","","mV","0x0d98"
"Charger Control","JEITA Temperature","Charge Voltage T2-T3","3480","mV","I","2","278","4200","0","32767","ddd","x","x","","","mV","0x0d98"
"Charger Control","JEITA Temperature","Charge Voltage T3-T4","3480","mA","I","2","280","4100","0","32767","ddd","x","x","","","mA","0x0d98"
"Charger Control","Charge Termination","Maintenance Current","0","mA","I","2","282","0","0","1000","ddd","x","x","","","mA","0x0000"
"Charger Control","Charge Termination","Taper Current","240","mA","I","2","284","100","0","1000","ddd","x","x","","","mA","0x00f0"
"Charger Control","Charge Termination","Minimum Taper Capacity","25","0.01mAh","I","2","286","25","0","1000","ddd","x","x","","","0.01mAh","0x0019"
"Charger Control","Charge Termination","Taper Voltage","50","mV","I","2","288","100","0","1000","ddd","x","x","","","mV","0x0032"
"Charger Control","Charge Termination","Current Taper Window","40","s","U","1","290","40","0","60","ddd","x","x","","","s","0x28"
"Charger Control","WHr Charge Termination","Max Charge Voltage","4200","mV","I","2","291","4200","0","32767","ddd","x","x","","","mV","0x1068"
"Charger Control","WHr Charge Termination","WHr CV Step","50","mV","I","2","293","50","0","32767","ddd","x","x","","","mV","0x0032"
"Charger Control","WHr Charge Termination","WHr Termination Capacity","1100","mAh","I","2","295","1100","0","32767","ddd","x","x","","","mAh","0x044c"
"Charger Control","WHr Charge Termination","FC WHr Clear","1000","mAh","I","2","297","1000","0","32767","ddd","x","x","","","mAh","0x03e8"
"Charger Control","NiMH Charge Termination","Delta Temperature","3.0","°C","I","2","299","3.0","-400","1200","dd.d","x","x","","","0.1°C","0x001e"
"Charger Control","NiMH Charge Termination","Delta Temperature Time","100","s","U","2","301","100","0","255","ddd","x","x","","","s","0x0064"
"Charger Control","NiMH Charge Termination","Holdoff Time","180","s","U","2","303","180","0","255","ddd","x","x","","","s","0x00b4"
"Charger Control","NiMH Charge Termination","Holdoff Current","240","mA","I","2","305","240","0","32767","ddd","x","x","","","mA","0x00f0"
"Charger Control","NiMH Charge Termination","Holdoff Temperature","25.0","°C","I","2","307","25.0","-400","1200","dd.d","x","x","","","0.1°C","0x00fa"
"Charger Control","NiMH Charge Termination","Cell Negative Delta Voltage","17","mV","I","2","309","17","0","32767","ddd","x","x","","","mV","0x0011"
"Charger Control","NiMH Charge Termination","Cell Negative Delta Time","16","s","U","1","311","16","0","255","ddd","x","x","","","s","0x10"
"Charger Control","NiMH Charge Termination","Cell Negative Delta Qual Voltage","3600","mV","I","2","312","3600","0","32767","ddd","x","x","","","mV","0x0e10"
"Charger Control","Learned Charge Voltage","Last Charge Voltage T1-T2","4100","mV","I","2","199","4100","0","32767","ddd","x","x","","","mV","0x1004"
"Charger Control","Learned Charge Voltage","Last Charge Voltage T2-T3","4200","mV","I","2","201","4200","0","32767","ddd","x","x","","","mV","0x1068"
"Charger Control","Learned Charge Voltage","Last Charge Voltage T3-T4","4100","mV","I","2","203","4100","0","32767","ddd","x","x","","","mV","0x1004"
"Charger Control","Charge Level Control","Charge Voltage Level A","3900","mV","I","2","407","3900","0","32767","ddd","x","x","","","mV","0x0f3c"
"Charger Control","Charge Level Control","Charge Voltage Level B","3950","mV","I","2","409","3950","0","32767","ddd","x","x","","","mV","0x0f6e"
"Charger Control","Charge Level Control","Charge Voltage Level C","4000","mV","I","2","411","4000","0","32767","ddd","x","x","","","mV","0x0fa0"
"Charger Control","Charge Level Control","Charge Voltage Level D","4050","mV","I","2","413","4050","0","32767","ddd","x","x","","","mV","0x0fd2"
"Charger Control","Charge Level Control","Charge Voltage Level E","4100","mV","I","2","415","4100","0","32767","ddd","x","x","","","mV","0x1004"
"Charger Control","Charge Level Control","Charge Voltage Level F","4150","mV","I","2","417","4150","0","32767","ddd","x","x","","","mV","0x1036"
"Charger Control","Charge Level Control","Charge Voltage Level G","4200","mV","I","2","419","4200","0","32767","ddd","x","x","","","mV","0x1068"
"Charger Control","Charge Level Control","Charge Voltage Level H","4250","mV","I","2","421","4250","0","32767","ddd","x","x","","","mV","0x109a"
"Settings","Configuration","Direct Charge Pin Control","00","hex","B","1","405","00","0","0x0f","hh","x","x","RSVD|RSVD|RSVD|RSVD|DCHGPOL|DCP2|DCP1|DCP0","","hex","0x00"
"Settings","Configuration","Charge Level Pin Control","20","hex","B","1","406","00","0","0x3F","hh","x","x","RSVD|RSVD|VEN_PUP|LEN_PUP|CHGL_ALRT1|CHGL_ALRT2|CHGL_VEN|CHGL_LEN","","hex","0x20"
"Settings","Configuration","Pin Control Config","10","hex","B","1","317","00","0","0x1f","hh","x","x","RSVD|RSVD|RSVD|VEN_EN|ALERT2_POL|ALERT2_EN|ALERT1_POL|ALERT1_EN","","hex","0x10"
"Settings","Configuration","Alert1_0 Config","00","hex","B","1","318","00","0x00","0xFF","hh","x","x","SLEEP|CHGINH|FD|FC|TCA|TDA|CHG|DSG","","hex","0x00"
"Settings","Configuration","Alert1_1 Config","00","hex","B","1","319","00","0x00","0xFF","hh","x","x","RSVD|SOCLOW|UTC|UTD|OTC|OTD|BATHIGH|BATLOW","","hex","0x00"
"Settings","Configuration","Alert1_2 Config","00","hex","B","1","320","00","0x00","0xFF","hh","x","x","LCTO|LFAULT|LABRT|LCMD|LPER|LRLX|LCHG|LDSG","","hex","0x00"
"Settings","Configuration","Alert1_3 Config","00","hex","B","1","321","00","0x00","0xFF","hh","x","x","LDONE|LRES|LRSTOR|LCTLEDGE|LUCD|LDPAM|LDPAT|LDPAI","","hex","0x00"
"Settings","Configuration","Alert1_4 Config","00","hex","B","1","322","00","0x00","0xFF","hh","x","x","SRRL|SRCL|RSVD|LTI|RSDLI|RCELLR|IRRCOMP|IRCOMP","","hex","0x00"
"Settings","Configuration","Alert1_5 Config","00","hex","B","1","323","00","0x00","0xFF","hh","x","x","RSVD|RSDLWARN|RSDWARN|DRDWARN|RSVD|RSDLALERT|RSDALERT|DRDALERT","","hex","0x00"
"Settings","Configuration","Alert1_6 Config","00","hex","B","1","324","00","0x00","0xFF","hh","x","x","RSVD|RSVD|RSVD|RSVD|RSVD|RSVD|ACTHR|BLT","","hex","0x00"
"Settings","Configuration","Alert2_0 Config","00","hex","B","1","325","00","0x00","0xFF","hh","x","x","SLEEP|CHGINH|FD|FC|TCA|TDA|CHG|DSG","","hex","0x00"
"Settings","Configuration","Alert2_1 Config","00","hex","B","1","326","00","0x00","0xFF","hh","x","x","RSVD|SOCLOW|UTC|UTD|OTC|OTD|BATHIGH|BATLOW","","hex","0x00"
"Settings","Configuration","Alert2_2 Config","00","hex","B","1","327","00","0x00","0xFF","hh","x","x","LCTO|LFAULT|LABRT|LCMD|LPER|LRLX|LCHG|LDSG","","hex","0x00"
"Settings","Configuration","Alert2_3 Config","00","hex","B","1","328","00","0x00","0xFF","hh","x","x","LDONE|LRES|LRSTOR|LCTLEDGE|LUCD|LDPAM|LDPAT|LDPAI","","hex","0x00"
"Settings","Configuration","Alert2_4 Config","00","hex","B","1","329","00","0x00","0xFF","hh","x","x","SRRL|SRCL|RSVD|LTI|RSDLI|RCELLR|IRRCOMP|IRCOMP","","hex","0x00"
"Settings","Configuration","Alert2_5 Config","00","hex","B","1","330","00","0x00","0xFF","hh","x","x","RSVD|RSDLWARN|RSDWARN|DRDWARN|RSVD|RSDLALERT|RSDALERT|DRDALERT","","hex","0x00"
"Settings","Configuration","Alert2_6 Config","00","hex","B","1","331","00","0x00","0xFF","hh","x","x","RSVD|RSVD|RSVD|RSVD|RSVD|RSVD|ACTHR|BLT","","hex","0x00"
"Settings","Configuration","SOC Flag Config A","0c8c","hex","B","2","509","0c8c","0","0x0fff","hhhh","x","x","RSVD|RSVD|RSVD|RSVD|TCSETVCT|FCSETVCT|RSVD|RSVD|TCCLEARRSOC|TCSETRSOC|TCCLEARV|TCSETV|TDCLEARRSOC|TDSETRSOC|TDCLEARV|TDSETV","","hex","0x0c8c"
"Settings","Configuration","SOC Flag Config B","8c","hex","B","1","511","8c","0","0xff","hh","x","x","FCCLEARRSOC|FCSETRSOC|FCCLEARV|FCSETV|FDCLEARRSOC|FDSETRSOC|FDCLEARV|FDSETV","","hex","0x8c"
"Settings","Configuration","CEDV Gauging Configuration","1033","hex","B","2","587","102a","0","0x3FFF","hhhh","x","x","RSVD|RSVD|RESTORE_REMCAP|SME0|RSVD|FC_FOR_VDQ|RSVD|FCC_LIMIT|RSVD|RSVD|FIXED_EDV0|SC|EDV_CMP|RSVD|CSYNC|CCT","","hex","0x1033"
"Settings","Configuration","EOS Configuration","00","hex","B","1","536","01","0","0x0f","hh","x","x","RSVD|RSVD|RSVD|RSVD|LTEST|LVR|LSM|LENCTL","","hex","0x00"
"Settings","BLT","Init Discharge Set","150","mAh","I","2","333","150","0","32767","ddd","x","x","","","mAh","0x0096"
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"Gas Gauging","CEDV Smoothing Config","EOC Smooth Current Time","60","s","U","1","682","60","0","255","ddd","x","x","","","s","0x3c"
"End Of Service","Resistance Learning","Auto Learn Time","1500","Hours","U","2","537","1500","0","65535","ddd","x","x","","","Hours","0x05dc"
"End Of Service","Resistance Learning","Auto Learn Retry Time","1","Hours","U","1","539","1","0","255","ddd","x","x","","","Hours","0x01"
"End Of Service","Resistance Learning","Minimum Learn Time","750","Hours","U","2","540","750","0","65535","ddd","x","x","","","Hours","0x02ee"
"End Of Service","Resistance Learning","Alert-Warn Learn Time","750","Hours","U","2","542","750","0","65535","ddd","x","x","","","Hours","0x02ee"
"End Of Service","Resistance Learning","Initial Learn Pulse Number","1","Counts","U","1","544","1","0","255","ddd","x","x","","","Counts","0x01"
"End Of Service","Resistance Learning","Learn Charge Voltage Delta","100","mV","I","2","545","100","0","32767","ddd","x","x","","","mV","0x0064"
"End Of Service","Resistance Learning","Learn Charge Time Limit","3600","s","U","2","547","3600","0","65535","ddd","x","x","","","s","0x0e10"
"End Of Service","Resistance Learning","Learn Discharge Current","220","mA","I","2","549","220","0","32767","ddd","x","x","","","mA","0x00dc"
"End Of Service","Resistance Learning","Learn Discharge Current Boundary","25","%","I","2","551","25","0","100","ddd","x","x","","","%","0x0019"
"End Of Service","Resistance Learning","Learn Discharge Time","500","s","U","2","553","500","0","65535","ddd","x","x","","","s","0x01f4"
"End Of Service","Resistance Learning","Learn Request Timeout","4","s","U","1","555","4","0","255","ddd","x","x","","","s","0x04"
"End Of Service","Resistance Learning","Learn Min Temperature","10.0","1°C","I","2","556","10.0","-400","1500","dd.d","x","x","","","0.1°C","0x0064"
"End Of Service","Resistance Learning","Learn Max Temperature","40.0","1°C","I","2","558","40.0","-400","1500","dd.d","x","x","","","0.1°C","0x0190"
"End Of Service","Resistance Learning","Learn Target Temperature","25.0","1°C","I","2","560","25.0","-400","1500","dd.d","x","x","","","0.1°C","0x00fa"
"End Of Service","Resistance Learning","Rcell High Temp Coefficient","0","2^-16/0.1°C","I","2","562","0","-32768","32767","ddddd","x","x","","","2^-16/0.1°C","0x0000"
"End Of Service","Resistance Learning","Rcell Low Temp Coefficient","0","2^-16/0.1°C","I","2","564","0","-32768","32767","ddddd","x","x","","","2^-16/0.1°C","0x0000"
"End Of Service","Direct Resistance Decision","DRD Alert Level","45","%","U","2","569","45","0","65535","ddd","x","x","","","%","0x002d"
"End Of Service","Direct Resistance Decision","DRD Alert Counts","3","Counts","U","1","571","3","0","255","ddd","x","x","","","Counts","0x03"
"End Of Service","Direct Resistance Decision","DRD Warning Level","60","%","U","2","572","60","0","65535","ddd","x","x","","","%","0x003c"
"End Of Service","Direct Resistance Decision","DRD Warning Counts","3","Counts","U","1","574","3","0","255","ddd","x","x","","","Counts","0x03"
"End Of Service","Direct Resistance Decision","Initial Rcell","0","mOhm","I","2","205","0","0","32767","ddd","x","x","","","mOhm","0x0000"
"End Of Service","Direct Resistance Decision","Initial Rcell Learned","0","-","U","1","207","0","0","1","ddd","x","x","","","-","0x00"
"End Of Service","Resistance Slope Decision","RSD Alert Level","15","%","U","2","575","15","0","65535","ddd","x","x","","","%","0x000f"
"End Of Service","Resistance Slope Decision","RSD Alert Counts","3","Counts","U","1","577","3","0","255","ddd","x","x","","","Counts","0x03"
"End Of Service","Resistance Slope Decision","RSD Warning Level","30","%","U","2","578","30","0","65535","ddd","x","x","","","%","0x001e"
"End Of Service","Resistance Slope Decision","RSD Warning Counts","3","Counts","U","1","580","3","0","255","ddd","x","x","","","Counts","0x03"
"End Of Service","Resistance Slope Decision","RSDL Alert Level","15","%","U","2","581","15","0","65535","ddd","x","x","","","%","0x000f"
"End Of Service","Resistance Slope Decision","RSDL Warning Level","30","%","U","2","583","30","0","65535","ddd","x","x","","","%","0x001e"
"End Of Service","Resistance Slope Decision","Initial RRate","0","-","I","2","208","0","0","32767","ddd","x","x","","","-","0x0000"
"End Of Service","Resistance Slope Decision","Initial RRate Learned","0","-","U","1","210","0","0","1","ddd","x","x","","","-","0x00"
"End Of Service","Safety Status","Warning Status","00","hex","U","1","211","00","0","0xff","hh","x","x","RSVD|RSVD|RSVD|RSVD|RSVD|RSDLWARN|RSDWARN|DRDWARN","","hex","0x00"

  • 0 in reply to Jason Fuglestad91
    TI__Mastermind 25955 points

    Jason,

    Thank you very much for detailed explanation and the gauge settings file.

    In this environment, did temperature fluctuate or was it fairly constant?

    I'm looking into this issue and will update this thread by Wednesday.

    I hope you have a wonderful holiday weekend.

    Sincerely,
    Bryan Kahler

  • 0 in reply to Bryan Kahler
    TI__Mastermind 25955 points

    Hi Jason,

    After further research, it appears that this feature may not be working as intended. The current workaround would be to disable sleep. Otherwise, in the interim, it may be best not to utilize this feature.

    More research is required.  Still looking into this issue.


    Sincerely,
    Bryan Kahler