Part Number: MCF8315C-Q1 Other Parts Discussed in Thread: MCF8316C-Q1 , , MCF8315C Dear, TI Support Team. Is the difference between MCF8316C-Q1 and MCF8316C-Q1 only in the output peak current? If you have comparative materials, I would like to use them as…
Part Number: MCF8316C-Q1 Other Parts Discussed in Thread: MCF8316AEVM , , MCF8316A Hi team,
MCF8316AEVM can quickly set the chip's registers and start the motor quickly. Customer would like to know if he doesn't buy this EVM, is there any other way to quickly…
Part Number: MCF8316C-Q1 Other Parts Discussed in Thread: MCF8316AEVM , , MCF8316A Hi there,
I want to design a FOC motor controller, and I don't want to buy MCF8316AEVM ,how can I config registers of MCF8316C-Q1,
Do you have reference source code for…
Part Number: MCF8316C-Q1 Other Parts Discussed in Thread: MCF8329A , MCT8329A Hi, Support Team
Do we have same function with MLX81340? spec as below link:
https://www.melexis.com/en/product/MLX81340/smart-LIN-motor-pre-driver-500W-gen3
if any suggestion…
Hi Kitae,
Kitae Park said: Are MCF8316A and MCF8316C-Q1 different products?
The MCF8316A and MCF8316C-Q1 are different products. We made improvements to the MCF8316C-Q1 based on learnings from the MCF8316A and MCF8315A, a summary of the major firmware improvements…
I'm planning to buy the MCT8316ZTEVM to couple with the hall sensors and see if it can drive our motor at low speed (~20rpm). According to your feedback, there is no need to test MCF8316C-Q1 anymore, but do you know where I can get the eval kit for…
hi Eric, thank you for your kind reply, but I am still very confused.
FIRST: the registers of Speed Loop Ki which I found in MCF8316A or MCF8316C-Q1 are 14~23 , it is different as you told me(see follow), could you please help to confirm it.
User Configurable…
Hi David,
David Gustavson1 said: I saw on the forum in another post that the FG and nFAULT pins need a pull-up resistor for the chip to power up properly. Is this true?
This is correct, if the nFAULT and FG pins do not have a pull-up resistor during power…