Part Number: TIDA-01580
Hello, I want to manufacture the TIDA-01580 to evaluate the AFE4900 chip. Since the package is too small, I am having trouble manufacturing the board. Is there any way to get the board manufactured or is there any place to buy TIDA-01580 board?
Part Number: TIDA-01501
Hello,
Some signals are not clear how they are connected.
-On the LLC stage schematic, it is unclear how V+ and V- of the LM258AD are connected. The components are named U2 and U10.
-What is U15?
-Is the Signal VTEMP in the LLC stage something else other V_temp on the daughter board?
- is SGND1 in the daughter board not connected to SGND on the LLC stage? I think so so that no short circuit happens on the synchronous rectifier mosfets, Right?
- to which supply is VS_AUX2 in the daughter board connected. The U15 daughter board connector in the LLC Stage Shows that pin2 should be V_temp (not VTEMP) and pin3 should be named VS_AUX2. Unless I misunderstood something.
Thanks very much.
Kind Regards,
Amr
Part Number: PMP4320A
Tool/software: Code Composer Studio
is it possible to have source code for UCD3138RHA used in ref design PMP4320A?
Part Number: LMV7231
Tool/software: WEBENCH® Design Tools
All,
Hope this finds you well.
I'm using the LMV7231 to monitor 5 voltage sources instead of 6. What would be the proper termination for the -IN6, +IN6 and CO6? Should they be grounded or kept open? Or do you suggest connecting each of these pins to a specific load? Please let me know.
Best Regards,
Ahmad
Part Number: TPS62402
Tool/software: WEBENCH® Design Tools
I'm looking to develop a design incorporating this part, but it does not appear to be available in WEBENCH, nor is there a TINA-TI or unencrypted PSPICE model available to be downloaded.
Is there somewhere I can get a model of this part?
Part Number: TIDA-00643
Hi,
In reference to TIDA-00643, I am trying a design a system which can run a Brushless DC Motor with higher power.
Test Procedure :
For testing, I tried running my motor at different values of USER_MOTOR_MAX_CURRENT from 5 A to 23 A. Using a Watt-Meter I measured the current draw which was found to be pretty accurate at peaks.
Observations :
1. It runs smoothly from 0-15 A.
2. It jitters from 15-23 A.
3.It throws a fault when run at values greater than 23 A.
Goal : I want to increase USER_MOTOR_MAX_CURRENT
I have three assumptions :
1. Is it any component's (i.e. DRV8305, shunt resistors, MOSFETs ) maximum rating that is limiting the USER_MOTOR_MAX_CURRENT ?
2. Is it the layout of the board that is limiting it?
2. Is it any parameter in the firmware that is limiting it?
3. Is it the thermal protection circuit in the DRV8305 that is shutting it off ?
Thanks,
Anushka
Part Number: TIDA-01604
Tool/software: Code Composer Studio
Hello，
Recently I learned about the TIDA-01604, and I have some questions.
This design is a bridgeless power factor correction (PFC) solution, what's the role of the D102(FET Paralled Rectifier).
Shall we use the SiC MOSFET C3M0065100K or C3M0030090K to take the place of the C2M0025120D(Q7-Q10).
Thanks!
Part Number: TIDA-00792
Dear Sir,
we are looking for a battery management system for lithium-iron phosphate batteries.
We like the reference design TIDA-00792 very much.
However, we need a nominal voltage of 12V with only four cells in series.
Can we use it for this application or would you recommend another one?
Best regards,
Jonathan
Part Number: PMP8454
Hello,
Is it possible to run the PMP8454 with only the 5V/1A output and still retain efficiency? Essentially, just remove the 3.3V output and associated parts, and feed R18 to the 5V output? The test data seems to show that this won't affect the efficiency.
Also, is there any data on minimum load and efficiency at minimum load?
Essentially, I am looking for a class 1, high efficiency, small minimum load, 5V design.
Regards,
-will
Part Number: TPS57160-Q1
Tool/software: WEBENCH® Design Tools
Hello Team,
I'm Yuta Kurimoto TIJ FAE.
Our customer used WEBENCH of TPS57160-Q1 and they faced a problem.
During the simulation, They found below error message.
In the datasheet, it says the Tj range is -40C to 150C. How to perform the simulation when Tj > 125C?
Thanks,
Yuta Kurimoto
Part Number: UCC28710
Tool/software: WEBENCH® Design Tools
Hello,
We are using TINA-TI simulation tools and we are new on this platform. We would like to simulate the PMP10351 reference design on TINA-TI. We would like to create the UCC28710 component in TINA-TI. BUt when we import the file then we get the error(image sketch3.png). we are importing the file from "slum538" file. We are following the "slva527" pdf file. 
Please help me to solve this.
Part Number: TIDA-01501
Hello,
Thanks very much for the very good support. I have some more Questions please.
with regard to the values of CX1 and CX2, their value in the BOM are 1uF and 0.68uF respectively. However, when the schematic is openend, it can be seen in the Parameters tab that they both have a value of 0.33uF. Which value should be used please?
Thanks in Advance,
Amr
Part Number: TIDA-00961
Hi,
i am running system in open loop(INC_BUILD=1). When i am setting usEnablepwm variable from watch window from 0 to 1. it is giving Break at address "0x3fb02a" with no debug information available, or outside ofprogram code, The pic is attached below. please help me in this.
Thanks
Yashwanth
Part Number: TIDA-00110
Team,
Could we make the TINA-TI file available for the simulation (Fig 11 page 12 of TIDU145).
Thanks in advance.
A.
Part Number: TIDA-010030
Hi,
I have some questions regarding the firmware flow in TIDA-010030, as shown in the Design Guide doc.
1. When detecting OC and SC faults, AFE opens the Discharge FET. In the firmware's flowchart, there is a loop where the MCU reads the pack current until it's lower than a "OC recovery threshold". Why this loop is necessary? (As I understood, the discharge FET is open, and any readings will give a value of 0)
2. When detecting OV fault, AFE opens the charge FET. In the firmware's flowchart. there is a loop waiting for cell voltages to re-establish to normal levels, before the firmware clears the error and puts the system in stand-by. Why would this happen, considering that during that loop the system is not discharging? Wouldn't be the only way of getting out from that error to allow Discharge? (I.e. to go back to the main fsm and allow user to discharge the battery in the scooter)
3. Bonus: A hardware question from the ref design schematic. Why do the I2C pull-ups have a "pull-ups enable" transistor? (Q18)
Thanks very much for your help,
Kind regards,
Sebastian
Part Number: TIDA-060024
Hello experts,
I have a question about TIDA-060024.
1. Is there non-detected objects? Can this TI-Design detect water and oil?
2. Can it covered this TI-Design by any material? Do you have a recommended material?
Best Regards,
Fujiwara
Part Number: TIDA-010030
Hi Team,
I can't find BoM list for TIDA-010030. Is it available on web?
Regards,
Kotaro Yamashita
Part Number: TIDA-00121
Hi,
The Design TIDA-00121.As mentioned TI,It is possible to increase the LED Drive current up to 1.1A.
We need the LED drive current up to 2A.
Please suggest the hardware changes required for both the cases.
Thanks & Regards
Gangadhar
I am using the Piecewise Lienar Source to generate a random voltage waveform stored in 2 separate .csv files. I have 4000 data points per .csv file and am combining the two .csv files to generate the single voltage source. Individually each .csv file reproduces the waveform accurately but when I combine the 2 .csv files, I see that the second half of the waveform seems to use lesser samples(data points) than available leading to a waveform that looks "digitized" with insufficient samples. Why does this happen wherein the data points entered in the PWL list seem to be dropped randomly leading to an inaccurate source? Is this an issue with the PWL source(max no. of data points it can handle) or with the waveform viewer?
Part Number: TIDA-00792
Hi all,
I have two questions>>
First, why we need both discharge and charge protection FET in BMS? Okay, we need both protection features but why they are separate? I think it's better to, kind of OR the two signals into one MOSFET! Right or I missed something?
Second, I don't understand why we need the High-side FETs?like in TIDA-00792, so I read "bq769x0 3-series to 15-series cell battery monitor family for li-ion and phosphate applications". and find the following:
"High-side FETs enable continuous communication between a host
controller and the monitor, regardless of whether the FETs are on or off. This allows the controller to read critical
pack parameters despite safety faults, enabling the system to access pack conditions before allowing normal
operations to resume."
But using low-side FET as in TIDA-00449 I think I just take the ground(Of course before the FET) with the two SMBus lines! then how communication will be not continuous?
Help, please xD
Thanks in advance.