Hi Sumit,
I tried both of your most-recent posts, but no luck. Here is a pdf detailing the steps I took. Page 53 is where I show my work for this ".cmd" file business.
260116_TI_E2E_prompt.pdf
Please let me know what to try next, thank you.
Part Number: TL4242-Q1 HI All,
Some TL4242QKTTRQ1 have exhibited the issues mentioned in the subject line during use. Since many chips are currently deployed at customer sites, we cannot accurately provide the failure rate at this time. However, the…
Part Number: TIDM-DC-DC-BUCK Other Parts Discussed in Thread: SFRA Tool/software: If I'm not able to analyze the frequency response of a converter using the SFRA, how else can I achieve frequency response analysis of a digitally controlled converter?…
Part Number: TIDM-DC-DC-BUCK
Tool/software:
Hi,
I'm trying to understand the timing of the TIDM-DC-DC-BUCK reference design in order to implement this on a design that I'm working on.
Do you know if it’s possible to bring out signals related…
Hi Kamakshi,
It mentions that it is not able to find the Kit.json file. Can you review the searched paths to see what may be missing? There is typically a Kit.json file in the SDK which stores the plant information. Perhaps this did not get copied…
Part Number: TIDM-DC-DC-BUCK Other Parts Discussed in Thread: C2000WARE , SYSCONFIG ,
Tool/software:
Hello, Currently I have the Buck connected to F280049C. I want to adapt the Open-loop and VMC lab solution of TIDM-DC-DC Buck reference design to…
Part Number: TLC59108F Dear all, good morning and happy new year !
I'm currently in the prototype production, for a home entertainment unit, which will have STM32U5 based user interface (display, encoder, etc..)
Among the different features, I'm deploying…
Part Number: TIDM-DC-DC-BUCK Other Parts Discussed in Thread: POWERSUITE , C2000WARE Tool/software: Hello I am following the Reference Designs: TIDM-DC-DC-BUCK (F280049C launch pad with Buck converter) document which is written for older CCS v9.3. I am…
Abdur Rehman said: The first LSB is ignored, as it is meant for the DACSource and must be 0 . The next four bits determine the Ramp Source. In case of ePWM 5, it is 0100 (i.e., 4 ), which corresponds to ePWM 5.
Yes, you are absolutely right. I misread…
