I'm thinking of finally getting a development board for the dsPIC because I'm somewhat sick of having to make PCBs every time (which also greatly delays and shortens the amount of time that I can spend messing around with it). I'm also about to start something where it's gonna cost me a lot of money in parts if it gets botched.
I was thinking of the dsPIC PRO board since it has all the CAN and RS485 stuff I'd like built on. The only problem is it's a 30F board and not a 33F board. THeir 33F board doesn't have the RS485 or CAN. But, it's more to do with how I use 30Fs on "modules" and "motor drivers" while I use 33Fs on computational stuff so I'd need multiple boards if I wanted it for all the processors I use (some of which don't realy have boards like the SMPS 30Fs).
A big 30F is probably the best middle road thing anyways between a 33F and a 28 pin 30F if I had to go with one for prototyping. The main difference for me is the DMA on the 33F (and maybe the 10/12-bit capable ADC) and the SMPS PWM module + comparator/DAC on the smaller specialized 30Fs like the 2020. Anyone have opinions on these boards? I've been looking at their stuff for a long time and really like it but have never actually bought anything. I haven't been able to find another company that even comes close.
Oh, and making my own is out of the question...way faster and cheaper for me to just buy one. I'd prefer to spend that time on money for the final PCB. I would get...carried away...if I was making my own. I just prefer to build projects rather than tools for projects.
PLus they have these cute little connectors that plug between their dev board and a breadboard. Sounds silly, but I've spent hours and hours and hours fumbling around with connectors and jury rigging them because the proper, well made, reliable ones were not available. THen I end up wondering if the persisting problem is due to the connector or not (which is even worse when you built the connector to debug something in the first place). And THEN it ends up falling apart at the end of the day, so I must repeat the process all over again. It's happened at home, at school, and at work. It's the worst part of hardware debugging for me. THe connectors, crimp housings or crimp pins that you need are never the ones you have.
I was thinking of the dsPIC PRO board since it has all the CAN and RS485 stuff I'd like built on. The only problem is it's a 30F board and not a 33F board. THeir 33F board doesn't have the RS485 or CAN. But, it's more to do with how I use 30Fs on "modules" and "motor drivers" while I use 33Fs on computational stuff so I'd need multiple boards if I wanted it for all the processors I use (some of which don't realy have boards like the SMPS 30Fs).
A big 30F is probably the best middle road thing anyways between a 33F and a 28 pin 30F if I had to go with one for prototyping. The main difference for me is the DMA on the 33F (and maybe the 10/12-bit capable ADC) and the SMPS PWM module + comparator/DAC on the smaller specialized 30Fs like the 2020. Anyone have opinions on these boards? I've been looking at their stuff for a long time and really like it but have never actually bought anything. I haven't been able to find another company that even comes close.
Oh, and making my own is out of the question...way faster and cheaper for me to just buy one. I'd prefer to spend that time on money for the final PCB. I would get...carried away...if I was making my own. I just prefer to build projects rather than tools for projects.
PLus they have these cute little connectors that plug between their dev board and a breadboard. Sounds silly, but I've spent hours and hours and hours fumbling around with connectors and jury rigging them because the proper, well made, reliable ones were not available. THen I end up wondering if the persisting problem is due to the connector or not (which is even worse when you built the connector to debug something in the first place). And THEN it ends up falling apart at the end of the day, so I must repeat the process all over again. It's happened at home, at school, and at work. It's the worst part of hardware debugging for me. THe connectors, crimp housings or crimp pins that you need are never the ones you have.
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