Part Number: TMS320F28335 Other Parts Discussed in Thread: C2000WARE Hi,
I am using PI control logic,through function DCL.h.
After debugging the code,the Duty cycle of ePWM is not changing as per the given ADC to ADCRESULT0.
Pl find below code for reference…
Part Number: TIDA-010054 Hello,
I am designing a Dual Active Bridge and referencing the TIDA-010054 Reference Design. When looking at the PLECs model I wanted to know how the Kp and Ki values in the PI controller are calculated so I can apply to my design…
Part Number: TMS320F28388D Other Parts Discussed in Thread: C2000WARE
Just wanted to know, whether my above PI controller implementation is correct or not?
As of now its working fine.
Hi Ryuto,
Here is the answer for question 1 from our motor control expert:
This is a 0-1080 degree reference frame (three-turn) with considering second turn as the center of reference frame. Therefore, 0-360 is overflow with a counter-clockwise turn and…
Part Number: TUSB9261 Hi,
I have developed a custom PCB based on Raspberry Pi Compute Module 4, with a TUSB9261 connected over USB and I would like to program its SPI Flash through USB from Linux. Please could you send any necessary files for this? (For…
Hi Alexei,
Do you happen to have a schematic of your circuit that you can provide us? A schematic may lend some insight to this problem you found. In addition, could you try replicating the issue to see if you can narrow down the cause?
Thanks, Erin
Hi Yogesh,
You can find IQMATH guide in MSPWARE install folder, here:
But we don't provide some PID example here, maybe you need design yourself, some E2E blog as your reference:
https://e2e.ti.com/blogs_/b/industrial_strength/posts/teaching-your…
Hi,
You're using the SCI peripheral of the F2837x device, correct?
What are the connections your making between the F2837x LaunchPad to the Raspberry Pi 5? It's not clear since you're mentioning USB ports, providing a picture may be helpful.…
Hi Roman,
From your schematic it looks like you already have your I2C lines hooked up to a host. You will need a valid 1.8V or 3.3V pull-up on the SCL / SDA lines and you need some kind of I2C communication interface to talk to the PMIC.
There are three…
Oh no, I need some thing to control the test, and I'm going for Raspberry Pi because is cheaper than a windows PC or something else with more power than the Pi