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I am trying to send a program to the dsPIC33CK64MP105 through the PICKit3. In the dsPIC documentation for the SSOP package there are different PGCi PGDs.
There are PGC1, PGC2, PGC3 and PGD1, PGD 2, and PGD3.
Which of them should I use to load the program?
I have used different PIC16F and 18F and always for debugging I have used proteus or loading the program with the PICkit to the PIC (encapsulated PDIP).
Now I want to use a dsPIC33EP.
But what if the dsPIC does not exist in the proteus libraries and this dsPIC does not exist with the PDIP...
Thanks for the info.
So you tell me this scheme is not going to help me to control a BLDC motor.
Could you advise me some type of information or documentation where to start the design of a control for a BLDC motor?
The scheme is the idea of what I want to do.
For the proteus simulation I only use the MCU and the oscilloscope to see the PWM signal at the outputs.
The doubt is the next one.
Currently what pic is there to perform this type of control?
I am trying to develop a controller for a 1500W BLDC motor and would like to know what microcontroller I can use for this.
I have run several tests with the PIC18F4431 and PIC16F887. I have not obtained the expected result.
Currently what pic is there to perform this type of control?
I am trying to design a driver for a BLDC motor.
I have managed to generate 6 PWM signals with the PIC18F4431.
How I can shifted the phases?
I attach my code and the image of the PWM signals.
void pwm_inicialitze(void)
{
PORTB=0x00;
TRISBbits.TRISB0=0;
TRISBbits.TRISB1=0...
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