Part Number:BQ40Z50-R2
The chemical id has been correctly learned and updated, but When the discharge voltage is greater than 10%, RDIS is normal. When the discharge voltage is less than 10% RDIS is lit. Why? Then after the CUV, RDIS is cleared, and VOK is still 1. After 5 hours, This learning process is still useful? After discharging and in 5 hours, VOK is 1, update state is 0e and Ra_flag is 0000.
Part Number:BQ40Z50-R2
1. In step 7, is there some requirement about the charging current for the battery. I see 0.5C in some materials, but our fast charge is designed to be 1C. And the battery specification also requires 1C. Does this have effect on learning?
2. In step 11, if the result of update status is already 0x0E after step 10. So is there no need to do step 11.
3. When I used bq40z50-R2 to do chemid learning, the update status is already 0x05, and qmax is updated, and, before learning cycle, do I need to change the update status to 0x04 manually?
4. After the product shipped, does it need to enable the update status (Bit 2): Impedance Track gauging and lifetime updating? Manually setting update status = 02 above means shutting down the IT algorithm? But I remember that someone in forum said that after the senc file was burned to the new IC, calibration, testing and GAUGE_EN are still needed. Does it mean that the update status is changed to 04 again? So what is the purpose of manually changing update status to 02?
Part Number:BQ27520EVM
When using the bq27520 demo board to connect our battery for temperature calibration (the TS of the demo board is connected to the temperature sensing pin of the battery), The actual battery temperature measured is 30 degrees, but the temperature displayed in the bqstudio is 56 degrees. And the temperature has no change after calibration;
If the TS pin of the demo board is left floating, it is 30 degrees after calibration.
After contacting FAE, I learn that ext a coef 1-5 and ext b coef 1-4 in DATA FLASH need to be changed, but the result is deviated more when using the new provided parameters. The actual temperature is 29 degrees but -424 degrees is shown.
I only modified ext b coef 4 based on the original default parameters. The temperature is displayed at 29 degrees normally, but I am not sure whether there will be a problem after the temperature change.
The datasheet suggests 10K NTC 103AT thermistor. The thermistor we use is NCP15XH103F03RC, and the B-Constant is 3380K at 25-50 degrees. I don't know if it meets the requirement.
If it does not match, how can I modify the parameters?
Part Number:BQ34Z100
Hello, I am using four 18650B paralleled and setting the bq34z100 registers through bqstudio (version 1.3.80) and EV2400: the data in red were changed and the design capacity and design energy of data in green are multiplied by the paralleled number as the datasheet.
The rated capacity of a 18650B is 3200mah. The rated voltage is 3.6V. Therefore, the design energy should be 3200*3.6*4=46080, but it is found that the range is exceeded after writing. Why? Are the other parameters of the register appropriate? Do you need to change it?
When I wrote the chem id, I found that there are two 18650B chem ids:2012 and 2017. The descriptions of 2017 has another -20C. It is not clear which one should be selected, and if the two writted, an error 1721 was found: chemistry cheksum did not verify.I would like to ask what is the situation, if I use 18650 of other brand in the future, will I need to recalculate the new chemid and Panasonic's 18650 chemid can not be used?
Another issue is RUP_DIS is always high, and learning cycle can not be started, how can I change it?
There are three files exported from Golden image and only SREC is needed to import into the new chip (the other two files are BQFS and DFFS). In addition, what files need to be exported for writing?
| * Texas Instruments Data Flash File | ||||
| * File created Fri Jul 06 10:05:26 2018 | ||||
| * | ||||
| * Device Number 100 | ||||
| * Firmware Version 0.06 | ||||
| * Build Number not available | ||||
| * Order Number not available | ||||
| * | ||||
| * bqz Device Number 100 | ||||
| * bqz Firmware Version 0.16 | ||||
| * bqz Build Number 17 | ||||
| * | ||||
| * Field Order: Class name | Subclass name | Parameter name | Parameter Value | Display Units |
| Configuration | Safety | OT Chg | 55 | 1degC |
| Configuration | Safety | OT Chg Time | 2 | Seconds |
| Configuration | Safety | OT Chg Recovery | 50 | 1degC |
| Configuration | Safety | OT Dsg | 60 | 1degC |
| Configuration | Safety | OT Dsg Time | 2 | Seconds |
| Configuration | Safety | OT Dsg Recovery | 55 | 1degC |
| Configuration | Charge Inhibit Cfg | Chg Inhibit Temp Low | 0 | 1degC |
| Configuration | Charge Inhibit Cfg | Chg Inhibit Temp High | 45 | 1degC |
| Configuration | Charge Inhibit Cfg | Temp Hys | 5 | 1degC |
| Configuration | Charge | Suspend Low Temp | -5 | 1degC |
| Configuration | Charge | Suspend High Temp | 55 | 1degC |
| Configuration | Charge | Pb Temp Comp | 0 | % |
| Configuration | Charge | Pb Reduction Rate | 0 | % |
| Configuration | Charge Termination | Taper Current | 100 | mAmp |
| Configuration | Charge Termination | Min Taper Capacity | 25 | mAmpHr |
| Configuration | Charge Termination | Cell Taper Voltage | 100 | mVolt |
| Configuration | Charge Termination | Current Taper Window | 40 | Seconds |
| Configuration | Charge Termination | TCA Set % | 99 | Percent |
| Configuration | Charge Termination | TCA Clear % | 95 | Percent |
| Configuration | Charge Termination | FC Set % | 100 | Percent |
| Configuration | Charge Termination | FC Clear % | 98 | Percent |
| Configuration | Charge Termination | DODatEOC Delta T | 10 | 1degC |
| Configuration | Charge Termination | NiMH Delta Temp | 0 | 1degC |
| Configuration | Charge Termination | NiMH Delta Temp Time | 0 | Seconds |
| Configuration | Charge Termination | NiMH Hold Off Time | 0 | Seconds |
| Configuration | Charge Termination | NiMH Hold Off Current | 0 | mAmp |
| Configuration | Charge Termination | NiMH Hold Off Temp | 0 | 1degC |
| Configuration | Charge Termination | NiMH Cell Negative Delta Volt | 0 | mVolt |
| Configuration | Charge Termination | NiMH Cell Negative Delta Time | 0 | Seconds |
| Configuration | Charge Termination | NiMH Cell Neg Delta Qual Volt | 0 | mVolt |
| Configuration | Data | Manuf Date | 1980/12/16 | Day + Mo*32 + (Yr -1980)*256 |
| Configuration | Data | Ser. Num. | 000a | hex |
| Configuration | Data | Cycle Count | 3600 | Count |
| Configuration | Data | CC Threshold | 3240 | mAmpHr |
| Configuration | Data | Max Error Limit | 12 | % |
| Configuration | Data | Design Capacity | 12800 | MilliAmpHour |
| Configuration | Data | Design Energy | 11520 | MilliWattHour |
| Configuration | Data | SOH Load I | 1 | MilliAmp |
| Configuration | Data | Cell Charge Voltage T1-T2 | 4200 | mV |
| Configuration | Data | Cell Charge Voltage T2-T3 | 4150 | mV |
| Configuration | Data | Cell Charge Voltage T3-T4 | 4100 | mV |
| Configuration | Data | Charge Current T1-T2 | 21 | Percent |
| Configuration | Data | Charge Current T2-T3 | 24 | Percent |
| Configuration | Data | Charge Current T3-T4 | 254 | Percent |
| Configuration | Data | JEITA T1 | 0 | degC |
| Configuration | Data | JEITA T2 | 40 | degC |
| Configuration | Data | JEITA T3 | 45 | degC |
| Configuration | Data | JEITA T4 | 60 | degC |
| Configuration | Data | Design Energy Scale | 4 | Number |
| Configuration | Data | Device Name | h 2 | - |
| Configuration | Data | Manufacturer Name | bq34z100 | - |
| Configuration | Data | Device Chemistry | Texa | - |
| Configuration | Discharge | SOC1 Set Threshold | 150 | mAh |
| Configuration | Discharge | SOC1 Clear Threshold | 175 | mAh |
| Configuration | Discharge | SOCF Set Threshold | 75 | mAh |
| Configuration | Discharge | SOCF Clear Threshold | 100 | mAh |
| Configuration | Discharge | Cell BL Set Volt Threshold | 12810 | mVolt |
| Configuration | Discharge | Cell BL Set Volt Time | 240 | Seconds |
| Configuration | Discharge | Cell BL Clear Volt Threshold | 523 | mVolt |
| Configuration | Discharge | Cell BH Set Volt Threshold | 21520 | mVolt |
| Configuration | Discharge | Cell BH Volt Time | 204 | Seconds |
| Configuration | Discharge | Cell BH Clear Volt Threshold | 528 | mVolt |
| Configuration | Discharge | Cycle Delta | 0 | % |
| Configuration | Manufacturer Data | Pack Lot Code | 0 | hex |
| Configuration | Manufacturer Data | PCB Lot Code | 0 | hex |
| Configuration | Manufacturer Data | Firmware Version | 0 | hex |
| Configuration | Manufacturer Data | Hardware Revision | 0 | hex |
| Configuration | Manufacturer Data | Cell Revision | 0 | hex |
| Configuration | Manufacturer Data | DF Config Version | 0 | hex |
| Configuration | Integrity Data | Static Chem DF Checksum | 6484 | Number |
| Configuration | Lifetime Data | Lifetime Max Temp | 30 | 1degC |
| Configuration | Lifetime Data | Lifetime Min Temp | 20 | 1degC |
| Configuration | Lifetime Data | Lifetime Max Chg Current | 0 | mAmp |
| Configuration | Lifetime Data | Lifetime Max Dsg Current | 0 | mA |
| Configuration | Lifetime Data | Lifetime Max Pack Voltage | 3200 | 20mV |
| Configuration | Lifetime Data | Lifetime Min Pack Voltage | 3500 | 20mV |
| Configuration | Lifetime Temp Samples | LT Flash Cnt | 0 | Count |
| Configuration | Registers | Pack Configuration | 161 | flags |
| Configuration | Registers | Pack Configuration B | ff | flags |
| Configuration | Registers | Pack Configuration C | 30 | flags |
| Configuration | Registers | LED_Comm Configuration | 0 | flags |
| Configuration | Registers | Alert Configuration | 0 | flags |
| Configuration | Registers | Number of series cell | 1 | num |
| Configuration | Lifetime Resolution | LT Temp Res | 1 | 1degC |
| Configuration | Lifetime Resolution | LT Cur Res | 100 | mA |
| Configuration | Lifetime Resolution | LT V Res | 25 | 20mV |
| Configuration | Lifetime Resolution | LT Update Time | 60 | Seconds |
| Configuration | LED Display | LED Hold Time | 4 | Num |
| Configuration | Power | Flash Update OK Cell Volt | 2800 | mVolt |
| Configuration | Power | Sleep Current | 10 | mAmp |
| Configuration | Power | FS Wait | 0 | Seconds |
| System Data | Manufacturer Info | Block A 0 | 0 | hex |
| System Data | Manufacturer Info | Block A 1 | 0 | hex |
| System Data | Manufacturer Info | Block A 2 | 0 | hex |
| System Data | Manufacturer Info | Block A 3 | 0 | hex |
| System Data | Manufacturer Info | Block A 4 | 0 | hex |
| System Data | Manufacturer Info | Block A 5 | 0 | hex |
| System Data | Manufacturer Info | Block A 6 | 0 | hex |
| System Data | Manufacturer Info | Block A 7 | 0 | hex |
| System Data | Manufacturer Info | Block A 8 | 0 | hex |
| System Data | Manufacturer Info | Block A 9 | 0 | hex |
| System Data | Manufacturer Info | Block A 10 | 0 | hex |
| System Data | Manufacturer Info | Block A 11 | 0 | hex |
| System Data | Manufacturer Info | Block A 12 | 0 | hex |
| System Data | Manufacturer Info | Block A 13 | 0 | hex |
| System Data | Manufacturer Info | Block A 14 | 0 | hex |
| System Data | Manufacturer Info | Block A 15 | 0 | hex |
| System Data | Manufacturer Info | Block A 16 | 0 | hex |
| System Data | Manufacturer Info | Block A 17 | 0 | hex |
| System Data | Manufacturer Info | Block A 18 | 0 | hex |
| System Data | Manufacturer Info | Block A 19 | 0 | hex |
| System Data | Manufacturer Info | Block A 20 | 0 | hex |
| System Data | Manufacturer Info | Block A 21 | 0 | hex |
| System Data | Manufacturer Info | Block A 22 | 0 | hex |
| System Data | Manufacturer Info | Block A 23 | 0 | hex |
| System Data | Manufacturer Info | Block A 24 | 0 | hex |
| System Data | Manufacturer Info | Block A 25 | 0 | hex |
| System Data | Manufacturer Info | Block A 26 | 0 | hex |
| System Data | Manufacturer Info | Block A 27 | 0 | hex |
| System Data | Manufacturer Info | Block A 28 | 0 | hex |
| System Data | Manufacturer Info | Block A 29 | 0 | hex |
| System Data | Manufacturer Info | Block A 30 | 0 | hex |
| System Data | Manufacturer Info | Block A 31 | 0 | hex |
| Gas Gauging | IT Cfg | Load Select | 1 | Number |
| Gas Gauging | IT Cfg | Load Mode | 0 | Number |
| Gas Gauging | IT Cfg | Max Res Factor | 60 | num |
| Gas Gauging | IT Cfg | Min Res Factor | 14 | num |
| Gas Gauging | IT Cfg | Ra Filter | 10 | num |
| Gas Gauging | IT Cfg | Min PassedChg NiMH-LA 1st Qmax | 2 | % |
| Gas Gauging | IT Cfg | Maximum Qmax Change | 25 | % |
| Gas Gauging | IT Cfg | Cell Terminate Voltage | 2900 | mVolt |
| Gas Gauging | IT Cfg | Cell Term V Delta | 256 | mVolt |
| Gas Gauging | IT Cfg | ResRelax Time | 803 | Seconds |
| Gas Gauging | IT Cfg | User Rate-mA | 9562 | MilliAmp |
| Gas Gauging | IT Cfg | User Rate-Pwr | 3870 | mW/cW |
| Gas Gauging | IT Cfg | Reserve Cap-mAh | 24587 | MilliAmpHour |
| Gas Gauging | IT Cfg | Reserve Energy | -184320 | mWh/cWh |
| Gas Gauging | IT Cfg | Max Scale Back Grid | 0 | num |
| Gas Gauging | IT Cfg | Cell Min DeltaV | 51200 | mVolt |
| Gas Gauging | IT Cfg | Ra Max Delta | 0 | % |
| Gas Gauging | IT Cfg | Design Resistance | 0 | mOhms |
| Gas Gauging | IT Cfg | Reference Grid | 0 | - |
| Gas Gauging | IT Cfg | Qmax Max Delta % | 0 | mAmpHour |
| Gas Gauging | IT Cfg | Max Res Scale | 0 | Num |
| Gas Gauging | IT Cfg | Min Res Scale | 0 | Num |
| Gas Gauging | IT Cfg | Fast Scale Start SOC | 67 | % |
| Gas Gauging | IT Cfg | Charge Hys V Shift | 0 | mVolt |
| Gas Gauging | IT Cfg | Smooth Relax Time | 532 | s |
| Gas Gauging | Current Thresholds | Dsg Current Threshold | 60 | mAmp |
| Gas Gauging | Current Thresholds | Chg Current Threshold | 75 | mAmp |
| Gas Gauging | Current Thresholds | Quit Current | 40 | mAmp |
| Gas Gauging | Current Thresholds | Dsg Relax Time | 60 | Seconds |
| Gas Gauging | Current Thresholds | Chg Relax Time | 60 | Seconds |
| Gas Gauging | Current Thresholds | Cell Max IR Correct | 257 | mV |
| Gas Gauging | State | Qmax Cell 0 | 1000 | mAmpHr |
| Gas Gauging | State | Cycle Count | 0 | num |
| Gas Gauging | State | Update Status | 0 | num |
| Gas Gauging | State | Cell V at Chg Term | 4200 | mVolt |
| Gas Gauging | State | Avg I Last Run | -299 | mAmp |
| Gas Gauging | State | Avg P Last Run | -1131 | MilliWattHour |
| Gas Gauging | State | Cell Delta Voltage | 2 | mVolt |
| Gas Gauging | State | T Rise | 700 | Num |
| Gas Gauging | State | T Time Constant | 20 | Num |
| Ra Table | R_a0 | R_a0 Flag | ff55 | Hex |
| Ra Table | R_a0 | R_a0 0 | 117 | Num |
| Ra Table | R_a0 | R_a0 1 | 108 | Num |
| Ra Table | R_a0 | R_a0 2 | 117 | Num |
| Ra Table | R_a0 | R_a0 3 | 136 | Num |
| Ra Table | R_a0 | R_a0 4 | 128 | Num |
| Ra Table | R_a0 | R_a0 5 | 104 | Num |
| Ra Table | R_a0 | R_a0 6 | 120 | Num |
| Ra Table | R_a0 | R_a0 7 | 109 | Num |
| Ra Table | R_a0 | R_a0 8 | 119 | Num |
| Ra Table | R_a0 | R_a0 9 | 141 | Num |
| Ra Table | R_a0 | R_a0 10 | 153 | Num |
| Ra Table | R_a0 | R_a0 11 | 232 | Num |
| Ra Table | R_a0 | R_a0 12 | 355 | Num |
| Ra Table | R_a0 | R_a0 13 | 472 | Num |
| Ra Table | R_a0 | R_a0 14 | 1007 | Num |
| Ra Table | R_a0x | R_a0x Flag | ffff | Hex |
| Ra Table | R_a0x | R_a0x 0 | 117 | Num |
| Ra Table | R_a0x | R_a0x 1 | 108 | Num |
| Ra Table | R_a0x | R_a0x 2 | 117 | Num |
| Ra Table | R_a0x | R_a0x 3 | 136 | Num |
| Ra Table | R_a0x | R_a0x 4 | 128 | Num |
| Ra Table | R_a0x | R_a0x 5 | 104 | Num |
| Ra Table | R_a0x | R_a0x 6 | 120 | Num |
| Ra Table | R_a0x | R_a0x 7 | 109 | Num |
| Ra Table | R_a0x | R_a0x 8 | 119 | Num |
| Ra Table | R_a0x | R_a0x 9 | 141 | Num |
| Ra Table | R_a0x | R_a0x 10 | 153 | Num |
| Ra Table | R_a0x | R_a0x 11 | 232 | Num |
| Ra Table | R_a0x | R_a0x 12 | 355 | Num |
| Ra Table | R_a0x | R_a0x 13 | 472 | Num |
| Ra Table | R_a0x | R_a0x 14 | 1007 | Num |
| Calibration | Data | CC Gain | 10.123 | mohm |
| Calibration | Data | CC Delta | 10.147 | mohm |
| Calibration | Data | CC Offset | -1487 | num |
| Calibration | Data | Board Offset | -12 | num |
| Calibration | Data | Int Temp Offset | 0 | degC |
| Calibration | Data | Ext Temp Offset | 0 | degC |
| Calibration | Data | Voltage Divider | 4998 | mVolt |
| Calibration | Current | Deadband | 5 | mAmp |
| Security | Codes | Sealed to Unsealed | 36720414 | hex |
| Security | Codes | Unsealed to Full | ffffffff | hex |
| Security | Codes | Authen Key3 | 1234567 | hex |
| Security | Codes | Authen Key2 | 89abcdef | hex |
| Security | Codes | Authen Key1 | fedcba98 | hex |
| Security | Codes | Authen Key0 | 76543210 | hex |
Part Number:BQ34Z100
Our customer met question as blow：
TI High Cell bqProduction SBB bq34z100 can't start, I get an error, an error has occurred see the log file
!SESSION Sat Jul 28 10:52:56 CST 2018 ------------------------------------------
!ENTRY org.eclipse.equinox.launcher 4 0 2018-07-28 10:52:56.140
!MESSAGE Exception launching the Eclipse Platform:
!STACK
java.lang.UnsupportedClassVersionError: org/eclipse/core/runtime/adaptor/EclipseStarter (Unsupported major.minor version 50.0)
at java.lang.ClassLoader.defineClass0(Native Method)
at java.lang.ClassLoader.defineClass(Unknown Source)
at java.security.SecureClassLoader.defineClass(Unknown Source)
at java.net.URLClassLoader.defineClass(Unknown Source)
at java.net.URLClassLoader.access$100(Unknown Source)
at java.net.URLClassLoader$1.run(Unknown Source)
at java.security.AccessController.doPrivileged(Native Method)
at java.net.URLClassLoader.findClass(Unknown Source)
at java.lang.ClassLoader.loadClass(Unknown Source)
at java.lang.ClassLoader.loadClass(Unknown Source)
at org.eclipse.equinox.launcher.Main.invokeFramework(Main.java:666)
at org.eclipse.equinox.launcher.Main.basicRun(Main.java:608)
at org.eclipse.equinox.launcher.Main.run(Main.java:1515)
Part Number:BQ27542-G1
When I connect BQ27542 with msm8953 with HDQ communication, I find that BQ27542 do not response. I follow the directions in datasheet and get the waveform in oscilloscope. HDQ is pulled down for 500us and then pulled up for 60us.
The code in msm8953 as following shown.
gpio_set_value(onewire_gpio,0);
w1_delay(500);
gpio_set_value(onewire_gpio,1);
w1_delay(60);
gpio_direction_input(onewire_gpio);
Part Number:BQ40Z50-R1
As the BQ40A50 datasheet shown, the maximum capcity is 32000mAh with overcurrent limit 32A. If I use it for battey pack with 15 parallel and 4 series. And the total capacity is 37500mAh with overcurrent limit 150A. I set in bq Studio the current value of one fifth of the actual value(the calibration current 1A for 5A) , the design capacity 7500mAh(one fifth of the actual value), the design capacity cWh 11100cAh(7.5Ah*4*3.7/10). Other items keep the default. However, the fault capacity of learning cycle is incorrect. How Can I use bq40Z50 as one fifth of the actual value?
Part Number:BQ33100
Hello,
I have a customer who has seen this:
Calibration (Data section) offset:
We found a gap between the calibration offsets values as listed in the old datasheet comparing to the new datasheet.
As we see in the listed datasheet snapshots, there is a shift in the calibration fields starting from offset 24. For example, in the new datasheet, ‘cc offset’ is located at offset 26 while according to the old datasheet it is located at offset 24.
In our implementation only “CC offset” and “board offset” are affected (zero values of other fields)
Field 104:24 = 0x00 // Board Offset
Field 104:25 = 0x00 // Board Offset
Field 104:26 = 0x59 // CC Offset
Field 104:27 = 0x0c // CC Offset
Field 104:28 = 0x00
Field 104:29 = 0x00
Field 104:30 = 0x00
We can see that offset 26-27 (cc offset) is not zero as it should be but has the value of 'board offset'.
(1) Can you please explain where does this gap came from ?
(2) Can you please describe what is the impact of mixing between CC and Board offset ?
(3) Up to how many Bytes is they size of the volatile and non-volatile memory?
They are using:
1- The bqEVSW tool version is : 0.9.92.
2- The firmware version is : 0x0015 – reading the firmware version via ManufacturerAccess register using command 0x2 as it mentioned in the BQ datasheet.
Could you please help answer the bolded questioned?
Part Number:BQ35100
My application will consist of the following:
2-4 cells of Alkaline batteries (Zinc + Mn02)
Operational range of 2.2V to 12V.
1) Can the BQ35100 be used with alkaline batteries?
2) Can it go up to 12V?
The datasheet states an absolute max rating of 5.5V but the demo kit user guide lists a Vbatt+ to Vbatt- of 32V.
3) Are there any TI products that would provide coulomb counting and possibly voltage measurement for an alkaline cell application?
Thanks!
Part Number:BQ27542-G1
Our BQ27542-G1 fuel gauge has been calibrated using TI BQ Studio, and the calibration files are flashed over I2C in production. Unfortunately, units exhibit frequent jumps in the battery capacity reported by the fuel gauge while charging / discharging. Additionally, the remaining capacity vs. the unfiltered remaining capacity vs. the accumulated charge do not always align. Example charge cycle is shown below - where erratic capacity jumps are depicted by red lines:
Below is the configuration we are using:
* Texas Instruments Data Flash File | ||||
* File created Mon Jan 15 08:37:52 2018 | ||||
* | ||||
* Device Number 542 | ||||
* Firmware Version 2.01 | ||||
* Build Number not available | ||||
* Order Number not available | ||||
* | ||||
* bqz Device Number 0542 | ||||
* bqz Firmware Version 2.01 | ||||
* bqz Build Number 1 | ||||
* | ||||
* Field Order: Class name | Subclass name | Parameter name | Parameter Value | Display Units |
Calibration | Data | CC Gain | 5.311 | mOhm |
Calibration | Data | CC Delta | 5.289 | mOhm |
Calibration | Data | CC Offset | -1478 | - |
Calibration | Data | Board Offset | 1 | Counts |
Calibration | Data | Int Temp Offset | 0 | °C |
Calibration | Data | Ext Temp Offset | 0 | °C |
Calibration | Data | Pack V Offset | 0 | mV |
Calibration | Current | Filter | 239 | Num |
Calibration | Current | Deadband | 5 | mA |
Calibration | Current | CC Deadband | 17 | Counts |
Configuration | Charge | Charging Voltage | 4200 | mV |
Configuration | Charge Termination | Taper Current | 500 | mA |
Configuration | Charge Termination | Min Taper Capacity | 25 | mAh |
Configuration | Charge Termination | Taper Voltage | 100 | mV |
Configuration | Charge Termination | Current Taper Window | 20 | s |
Configuration | Charge Termination | TCA Set % | -1 | % |
Configuration | Charge Termination | TCA Clear % | 93 | % |
Configuration | Charge Termination | FC Set % | -1 | % |
Configuration | Charge Termination | FC Clear % | 92 | % |
Configuration | Charge Termination | DODatEOC Delta T | 5 | °C |
Configuration | JEITA | T1 Temp | 0 | °C |
Configuration | JEITA | T2 Temp | 10 | °C |
Configuration | JEITA | T3 Temp | 45 | °C |
Configuration | JEITA | T4 Temp | 50 | °C |
Configuration | JEITA | T5 Temp | 60 | °C |
Configuration | JEITA | Temp Hys | 1 | °C |
Configuration | JEITA | T1-T2 Chg Voltage | 4200 | mV |
Configuration | JEITA | T2-T3 Chg Voltage | 4200 | mV |
Configuration | JEITA | T3-T4 Chg Voltage | 4200 | mV |
Configuration | JEITA | T4-T5 Chg Voltage | 4200 | mV |
Configuration | JEITA | T1-T2 Chg Current | 50 | % |
Configuration | JEITA | T2-T3 Chg Current | 80 | % |
Configuration | JEITA | T3-T4 Chg Current | 80 | % |
Configuration | JEITA | T4-T5 Chg Current | 80 | % |
Configuration | Registers | Pack Configuration | 217f | Flag |
Configuration | Registers | Pack Configuration B | 87 | Flag |
Configuration | Registers | Pack Configuration C | a9 | Flag |
Configuration | Registers | Pack Configuration D | 57 | Flag |
Configuration | HDQ | Host Interrupt Tries | 3 | Num |
Configuration | Power | Flash Update OK Voltage | 3400 | mV |
Configuration | Power | Sleep Current | 15 | mA |
Configuration | Power | Hibernate Current | 8 | mA |
Configuration | Power | Hibernate Voltage | 2950 | mV |
Configuration | Power | FS Wait | 0 | s |
Configuration | Lifetime Data | Lifetime Max Temp | 37.9 | °C |
Configuration | Lifetime Data | Lifetime Min Temp | 20 | °C |
Configuration | Lifetime Data | Lifetime Max Pack Voltage | 4342 | mV |
Configuration | Lifetime Data | Lifetime Min Pack Voltage | 3174 | mV |
Configuration | Lifetime Data | Lifetime Max Chg Current | 1524 | mA |
Configuration | Lifetime Data | Lifetime Max Dsg Current | -2490 | mA |
Configuration | Lifetime Temp Samples | LT Flash Cnt | 153 | Num |
Configuration | Lifetime Resolution | LT Temp Res | 1 | °C |
Configuration | Lifetime Resolution | LT V Res | 25 | mV |
Configuration | Lifetime Resolution | LT Cur Res | 100 | mA |
Configuration | Lifetime Resolution | LT Update Time | 60 | s |
Configuration | Safety | OT Chg | 55 | °C |
Configuration | Safety | OT Chg Time | 5 | s |
Configuration | Safety | OT Chg Recovery | 50 | °C |
Configuration | Safety | OT Dsg | 60 | °C |
Configuration | Safety | OT Dsg Time | 5 | s |
Configuration | Safety | OT Dsg Recovery | 55 | °C |
Configuration | Manufacturer Data | Pack Lot Code | 1 | Hex |
Configuration | Manufacturer Data | PCB Lot Code | 1 | Hex |
Configuration | Manufacturer Data | Firmware Version | 2 | Hex |
Configuration | Manufacturer Data | Hardware Revision | 1 | Hex |
Configuration | Manufacturer Data | Cell Revision | 1 | Hex |
Configuration | Manufacturer Data | DF Config Version | 4 | Hex |
Configuration | Integrity Data | All DF Checksum | 0 | Hex |
Configuration | Integrity Data | Static Chem DF Checksum | 79ce | Hex |
Configuration | Integrity Data | Static DF Checksum | 0 | Hex |
Configuration | Data | Design Voltage | 3700 | mV |
Configuration | Data | Cycle Count | 4 | Num |
Configuration | Data | CC Threshold | 5400 | mAh |
Configuration | Data | Design Capacity | 6000 | mAh |
Configuration | Data | Design Energy | 22200 | mWh |
Configuration | Data | SOH Load I | -600 | mA |
Configuration | Data | TDD SOH Percent | 80 | % |
Configuration | Data | ISD Current | 10 | hourrate |
Configuration | Data | ISD I Filter | 127 | Num |
Configuration | Data | Min ISD Time | 7 | hour |
Configuration | Data | Design Energy Scale | 1 | Num |
Configuration | Discharge | SOC1 Set Threshold | 600 | mAh |
Configuration | Discharge | SOC1 Clear Threshold | 900 | mAh |
Configuration | Discharge | SOCF Set Threshold | 120 | mAh |
Configuration | Discharge | SOCF Clear Threshold | 300 | mAh |
Configuration | Discharge | BL Set Volt Threshold | 3100 | mV |
Configuration | Discharge | BL Set Volt Time | 2 | s |
Configuration | Discharge | BL Clear Volt Threshold | 3200 | mV |
Configuration | Discharge | BH Set Volt Threshold | 4500 | mV |
Configuration | Discharge | BH Volt Time | 2 | s |
Configuration | Discharge | BH Clear Volt Threshold | 4400 | mV |
Gas Gauging | Current Thresholds | Dsg Current Threshold | 220 | mA |
Gas Gauging | Current Thresholds | Chg Current Threshold | 250 | mA |
Gas Gauging | Current Thresholds | Quit Current | 210 | mA |
Gas Gauging | Current Thresholds | Dsg Relax Time | 240 | s |
Gas Gauging | Current Thresholds | Chg Relax Time | 240 | s |
Gas Gauging | Current Thresholds | Max IR Correct | 400 | mV |
Gas Gauging | State | Qmax Cell 0 | 5800 | mAh |
Gas Gauging | State | Update Status | 6 | Hex |
Gas Gauging | State | V at Chg Term | 4341 | mV |
Gas Gauging | State | Avg I Last Run | -1990 | mA |
Gas Gauging | State | Avg P Last Run | -7016 | pwr |
Gas Gauging | State | Delta Voltage | 15 | mV |
Gas Gauging | State | T Rise | 50 | Num |
Gas Gauging | State | T Time Constant | 1000 | Num |
Gas Gauging | IT Cfg | Load Select | 1 | Num |
Gas Gauging | IT Cfg | Load Mode | 1 | Num |
Gas Gauging | IT Cfg | Max Res Factor | 15 | Num |
Gas Gauging | IT Cfg | Min Res Factor | 5 | Num |
Gas Gauging | IT Cfg | Ra Filter | 800 | Num |
Gas Gauging | IT Cfg | Res V Drop | 50 | mV |
Gas Gauging | IT Cfg | Fast Qmax Start DOD % | 92 | % |
Gas Gauging | IT Cfg | Fast Qmax End DOD % | 96 | % |
Gas Gauging | IT Cfg | Fast Qmax Start Volt Delta | 200 | mV |
Gas Gauging | IT Cfg | Fast Qmax Current Threshold | 4 | hourrate |
Gas Gauging | IT Cfg | Qmax Capacity Err | 2 | % |
Gas Gauging | IT Cfg | Max Qmax Change | 10 | % |
Gas Gauging | IT Cfg | Terminate Voltage | 3200 | mV |
Gas Gauging | IT Cfg | Term V Delta | 200 | mV |
Gas Gauging | IT Cfg | ResRelax Time | 500 | s |
Gas Gauging | IT Cfg | User Rate-mA | 1200 | mA |
Gas Gauging | IT Cfg | User Rate-Pwr | 3750 | pwr |
Gas Gauging | IT Cfg | Reserve Cap-mAh | 200 | mAh |
Gas Gauging | IT Cfg | Reserve Energy | 400 | egy |
Gas Gauging | IT Cfg | Max DeltaV | 200 | mV |
Gas Gauging | IT Cfg | Min DeltaV | 0 | mV |
Gas Gauging | IT Cfg | Max Sim Rate | 1 | hourrate |
Gas Gauging | IT Cfg | Min Sim Rate | 20 | hourrate |
Gas Gauging | IT Cfg | Ra Max Delta | 54 | mOhm |
Gas Gauging | IT Cfg | Trace Resistance | 0 | mOhm |
Gas Gauging | IT Cfg | Downstream Resistance | 0 | mOhm |
Gas Gauging | IT Cfg | Qmax Max Delta % | 5 | % |
Gas Gauging | IT Cfg | Qmax Bound % | 110 | % |
Gas Gauging | IT Cfg | DeltaV Max Delta | 10 | mV |
Gas Gauging | IT Cfg | Max Res Scale | 5000 | Num |
Gas Gauging | IT Cfg | Min Res Scale | 200 | Num |
Gas Gauging | IT Cfg | Fast Scale Start SOC | 10 | % |
Gas Gauging | IT Cfg | Fast Scale Load Select | 3 | Num |
Gas Gauging | IT Cfg | Charge Hys V Shift | 40 | mV |
Gas Gauging | IT Cfg | RaScl OCV Rst Temp Thresh | 15 | °C |
Gas Gauging | IT Cfg | Max Allowed Current | 6000 | mA |
Gas Gauging | IT Cfg | Max Current Pulse Duration | 10 | s |
Gas Gauging | IT Cfg | Max Current Interrupt Step | 500 | mA |
Gas Gauging | IT Cfg | Predict Outside Temp Time | 2000 | s |
Gas Gauging | IT Cfg | Termination Voltage Valid Time | 2 | s |
Security | Codes | Sealed to Unsealed MSB | 3672 | Hex |
Security | Codes | Sealed to Unsealed LSB | 414 | Hex |
Security | Codes | Unsealed to Full MSB | ffff | Hex |
Security | Codes | Unsealed to Full LSB | ffff | Hex |
Security | Codes | Authen Key3 MSB | 123 | Hex |
Security | Codes | Authen Key3 LSB | 4567 | Hex |
Security | Codes | Authen Key2 MSB | 89ab | Hex |
Security | Codes | Authen Key2 LSB | cdef | Hex |
Security | Codes | Authen Key1 MSB | fedc | Hex |
Security | Codes | Authen Key1 LSB | ba98 | Hex |
Security | Codes | Authen Key0 MSB | 7654 | Hex |
Security | Codes | Authen Key0 LSB | 3210 | Hex |
System Data | Manufacturer Info | Block A 0 | 0 | Hex |
System Data | Manufacturer Info | Block A 1 | 0 | Hex |
System Data | Manufacturer Info | Block A 2 | 0 | Hex |
System Data | Manufacturer Info | Block A 3 | 0 | Hex |
System Data | Manufacturer Info | Block A 4 | 0 | Hex |
System Data | Manufacturer Info | Block A 5 | 0 | Hex |
System Data | Manufacturer Info | Block A 6 | 0 | Hex |
System Data | Manufacturer Info | Block A 7 | 0 | Hex |
System Data | Manufacturer Info | Block A 8 | 0 | Hex |
System Data | Manufacturer Info | Block A 9 | 0 | Hex |
System Data | Manufacturer Info | Block A 10 | 0 | Hex |
System Data | Manufacturer Info | Block A 11 | 0 | Hex |
System Data | Manufacturer Info | Block A 12 | 0 | Hex |
System Data | Manufacturer Info | Block A 13 | 0 | Hex |
System Data | Manufacturer Info | Block A 14 | 0 | Hex |
System Data | Manufacturer Info | Block A 15 | 0 | Hex |
System Data | Manufacturer Info | Block A 16 | 0 | Hex |
System Data | Manufacturer Info | Block A 17 | 0 | Hex |
System Data | Manufacturer Info | Block A 18 | 0 | Hex |
System Data | Manufacturer Info | Block A 19 | 0 | Hex |
System Data | Manufacturer Info | Block A 20 | 0 | Hex |
System Data | Manufacturer Info | Block A 21 | 0 | Hex |
System Data | Manufacturer Info | Block A 22 | 0 | Hex |
System Data | Manufacturer Info | Block A 23 | 0 | Hex |
System Data | Manufacturer Info | Block A 24 | 0 | Hex |
System Data | Manufacturer Info | Block A 25 | 0 | Hex |
System Data | Manufacturer Info | Block A 26 | 0 | Hex |
System Data | Manufacturer Info | Block A 27 | 0 | Hex |
System Data | Manufacturer Info | Block A 28 | 0 | Hex |
System Data | Manufacturer Info | Block A 29 | 0 | Hex |
System Data | Manufacturer Info | Block A 30 | 0 | Hex |
System Data | Manufacturer Info | Block A 31 | 0 | Hex |
System Data | Manufacturer Info | Block B 0 | 0 | Hex |
System Data | Manufacturer Info | Block B 1 | 0 | Hex |
System Data | Manufacturer Info | Block B 2 | 0 | Hex |
System Data | Manufacturer Info | Block B 3 | 0 | Hex |
System Data | Manufacturer Info | Block B 4 | 0 | Hex |
System Data | Manufacturer Info | Block B 5 | 0 | Hex |
System Data | Manufacturer Info | Block B 6 | 0 | Hex |
System Data | Manufacturer Info | Block B 7 | 0 | Hex |
System Data | Manufacturer Info | Block B 8 | 0 | Hex |
System Data | Manufacturer Info | Block B 9 | 0 | Hex |
System Data | Manufacturer Info | Block B 10 | 0 | Hex |
System Data | Manufacturer Info | Block B 11 | 0 | Hex |
System Data | Manufacturer Info | Block B 12 | 0 | Hex |
System Data | Manufacturer Info | Block B 13 | 0 | Hex |
System Data | Manufacturer Info | Block B 14 | 0 | Hex |
System Data | Manufacturer Info | Block B 15 | 0 | Hex |
System Data | Manufacturer Info | Block B 16 | 0 | Hex |
System Data | Manufacturer Info | Block B 17 | 0 | Hex |
System Data | Manufacturer Info | Block B 18 | 0 | Hex |
System Data | Manufacturer Info | Block B 19 | 0 | Hex |
System Data | Manufacturer Info | Block B 20 | 0 | Hex |
System Data | Manufacturer Info | Block B 21 | 0 | Hex |
System Data | Manufacturer Info | Block B 22 | 0 | Hex |
System Data | Manufacturer Info | Block B 23 | 0 | Hex |
System Data | Manufacturer Info | Block B 24 | 0 | Hex |
System Data | Manufacturer Info | Block B 25 | 0 | Hex |
System Data | Manufacturer Info | Block B 26 | 0 | Hex |
System Data | Manufacturer Info | Block B 27 | 0 | Hex |
System Data | Manufacturer Info | Block B 28 | 0 | Hex |
System Data | Manufacturer Info | Block B 29 | 0 | Hex |
System Data | Manufacturer Info | Block B 30 | 0 | Hex |
System Data | Manufacturer Info | Block B 31 | 0 | Hex |
Ra Tables | Ra0 Table | Ra Flag | 55 | - |
Ra Tables | Ra0 Table | Ra 0 | 123 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 1 | 148 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 2 | 192 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 3 | 202 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 4 | 230 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 5 | 251 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 6 | 270 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 7 | 294 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 8 | 280 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 9 | 261 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 10 | 229 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 11 | 225 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 12 | 273 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 13 | 340 | 2^-10ohm |
Ra Tables | Ra0 Table | Ra 14 | 514 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra Flag | 0 | - |
Ra Tables | Ra0x Table | Ra 0 | 123 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 1 | 148 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 2 | 192 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 3 | 202 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 4 | 230 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 5 | 251 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 6 | 286 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 7 | 311 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 8 | 297 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 9 | 276 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 10 | 243 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 11 | 238 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 12 | 289 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 13 | 360 | 2^-10ohm |
Ra Tables | Ra0x Table | Ra 14 | 544 | 2^-10ohm |
Part Number:BQ34Z100
Team,
My customer is asking:
Per the datasheets for the BQ34Z100 and the BQ34Z100-G1, the manufacture date uses the following function to translate to and from the value stored in flash:
The function only allows for 8 months to be stored (256 / 32 = 8). This causes the undesired behavior of having multiple valid dates translate to a single stored value. For example, September 1st, 1980 and January 1st, 1981 both map to decimal 289
In our software, we have moved one bit from the year to the month, resulting in the following function:
Day + Month*32 + (Year – 1980)*512
This seems to have worked for us, but is this how it is intended to be used?
Thanks
Viktorija
Part Number:BQ20Z45-R1
We under-charge some batteries in our product line. Some chargers do not communicate with our batteries and are over-charged due to the settings in the gg file. We were under the impression that when a full charge happens, the charge FET gets pulled (at some point) and no current can flow. It seems that the charge FET gets pulled andwe get a CFETF permanent failure, even with a 20 second failure time.
How is current still flowing where we get this error?
Is there any way to prevent this failure?
Part Number:BQ34Z100-G1
Hello,
We have a BQ34z100-G1.
- When our battery is about fully charged our battery is being trickle charged with @~200 mA
- When our battery is low it is being charged @ ~2 amps
Will the charging voltages affect the calculated SOC?
Will any of the values in the BQ34z100-G1 be updated through normal use or do these remain the same as originally programmed?
Part Number:BQ78350
Eval Board: BQ76940EVM
Software: Battery Management Studio (bqStudio)
Interface: EV2400
I configured the "AFE Cell Map" in the following way:
Now, my eval board do not boot-up.
Is there any way that I can return to previous state. I am using 12 cells, and I am NOT using Cell 4, Cell 9, and Cell 14.
Thanks in advanced
Part Number:BQ20Z45
I currently have a design implementing the BQ20Z45-R1 with a few thousand units deployed in the field. Customers have started to find that their batteries are failing prematurely and sending them back. Upon testing the packs we have found that CFETF permanent failures have occurred in every case. When it was first discovered we updated our .gg file settings surrounding FET failure to be 100mA of current detected for 20 seconds. Even after this update we have found a few cases where the failures have occurred again. I find it hard to believe that once the CFET shuts off we are having a continual current flow because the FETs are operating normally and are not damaged at all. What direction could you give me for helping to find root cause?
Part Number:BQ27545-G1
Dear TI Expert,
My customer want to design MP and calibrate equipment of BQ27545. They want to know the command of "I2C to HDQ" and "seal". Could you kindly advise? Or Where we can find such command manual ? Thanks a lot.
Part Number:BQ27510-G3
For an upcoming design, our electrical engineer has asked that the software team place all of the components into their lowest power state so that he can assess whether or not we have any stray paths consuming power (e.g., a pull-up and a pull-down that together are causing cross-conduction that wastes power).
We've got our microprocessors behaving with, for example, our MSP430s idling stuck in LPM3 mode.
But I can't for the life of me figure out:
Can someone provide me with some bread crumbs? Is there a recipe that, regardless of our Battery Gauge Flash configuration, will put the Gauge into a low power mode (which I guess means the "HIBERNATING" or "BATTERY REMOVED" state). Is there an unambiguous external indication that the Battery Gauge has achieved that mode?
Atlant
Part Number:BQ20Z90
We're making release decisions based on the State of Charge (SOC) reported through our 'battery talker'. Has accurate is the SOC measurement? Does anyone have data on the amount of measurement error?
Part Number:BQ27510-G3
In reading the "Technical Reference Manual" (SLUUA97) for the BQ27510-G3 Battery Gauge, Section 2.1
describes a set of Control() subcommands:
Now for the subcommands that read data, the I2C bus operation is obvious and straightforward:
Transmit an I2C message to the Battery Gauge that contains { 0, Subcommand_LSB, Subcommand_MSB }
and then receive an I2C message that contains two data bytes (one of which may not be meaningful,
depending on which item we're reading).
But for the subcommands that I've highlighted that PROVOKE AN ACTION, what does one do? Does
"reading" them (as described above) do the trick (as a side-effect of the read)? Or is there a different
I2C sequence that must be executed. I can't find anything in the TRM or Data Sheet that seems to
answer this.