Hi
can anyone help me on that? what is really supporting 2 CAPACITANCE CALCULATOR - T2-SW? this is mentionned on different POL tools .. but link seems to be broken.
http://focus.ti.com/docs/toolsw/folders/print/t2-sw.html
can you help me to find…
Hello Oleg,
In you use case, which event of the following events is used for generating rising edge of PWM?
CTR=zero, CTR=PRD, CTR=CMPA, CTR=CMPB, T1, T2, SW force
EPWM SOCA/SOCB events can be generated using DCAEVT1.soc, CTR=zero, CTR=PRD, CTRU…
Part Number: TICSPRO-SW Other Parts Discussed in Thread: LMK05318B , LMK05318BEVM , USB2ANY Tool/software: Hello,
I am encountering the following error when clicking "Program EEPROM" in the latest TICS Pro version 1.7.8.0. Config was created in this…
Part Number: TMS320F28388D Tool/software: Hi,
I have reorganised my code, and subsequently renamed some files to better reflect their new content. However, when I tried to rebuild the project, I get some linking errors due to unresolved symbols. All…
Guy: This TT selection is in line with the turbo trans data.
PTH04T230W with 680uF x 2 ESR 4 mΩ each , 1.5A transient response with 3.57kΩ Rtt= 3.57 kΩ= 18.5mV .
3 x100uf ceramics will reduce sinsodial ripple ( 20MHz scope) at 300KHz 14-16mV. Peak…
Hi,
Siddharth Deshpande said: The "--cmd_file="syscfg/device_cmd.opt" option has to be specified to the compiler so that it define the CMDTOOL symbo
Thanks, it looks like it works (for the symbol define, at least).
Here is the console log: …
Yes you are correct when calculating PTH08T250W turbo trans transient load step The(T2) turbo trans load step output capacitance applies to each module regardless if is a single PTH08T250W or parallel/multiple PTH08T250W .
In the TI T2 PTh08T250W…
Thank you for your reply.
As is shown in the picture below, I think：at the t1 moment (instant) , the inductor current drops to 0 and the energy stored in inductor has been released completely. After t1, the capacitor discharges and charges the inductor…
Hi Srini,
Please see my comments below regarding BQ24193 part of the design. Once our discussions on BQ24193 are complete I can transfer the thread to the DRV8210P expert to review. If you wish for faster review of DRV8210P portion of design please…
Hi Arpita,
I attached schematics, PCB and a photo of the burned device. It works with 38V max input (28V AC + rectifier bridge and filter capacitor) and 25,2V output, very far from maximum device capability, but I fund a mistake: it has been mounted…
