my application involves developing complex models in scientific tools such as MATLAB and the code is then imported to the chip using some techniques..
if i use c programming then it will take me 2-3 years to develop such complex programs
hey man i used a 10k Ohm resistor btw vdd and mclr
i did connect a 10 Micro Farad capacitor btw Vdd and ground ..
I get this MCLR Vpp when running self test , it fails one time after some time i get passed self test ..so which means its toggling should i reduce the value of capacitor like 1 Micro farad something
hey man i used a 10k Ohm resistor btw vdd and mclr
i did connect a 10 Micro Farad capacitor btw Vdd and ground ..
I get this MCLR Vpp when running self test , it fails one time after some time i get passed self test ..so which means its toggling should i reduce the value of capacitor like 1 Micro farad something
10uF is too large to likely be a low ESR capacitor that can supply the high frequencies needed. Reduce it. To about 0.1uF. But the more important thing you seem to be missing is...
You must supply the analog supply and digital supply for the dsPIC to work even if you aren't using any ADCs or comparators on the IC. (AVdd/AVss and Vdd/Vss). Vdd/Vss are connected internally to each other so you might get away with only using one pair if the current draw and speeds aren't too high. But there is only one pair of analog power pins and they must be connected.
And yeah, you also need that MCLR pull-up resistor so the ICD2 can actually reset the dsPIC and put it into programming mode.