Ok, not really furry at all, but this thing has taken up so much of my time lately. If you're a perfectionist, PCB layouts are never finished. I doubt this one ever will be!
This board will be part of an unmanned ground vehicle that I've been building at home. It accepts commands from an industrial computer over RS232 and controls two motor speed controllers that drive the motors, which in turn drive the tracks. The RS232 protocol is binary: synchronisation word, left speed, right speed and a checksum. There's a header on the left that will be used to add feedback from quadrature encoders at a later date.
This board is also an experiment in home PCB fabrication using lasers. I've prepared a copper clad board with a layer of etch resist and jencen is going to try and ablate that with lasers! After that, it's a quick dip an acid bath and the result should be a PCB :3
This board will be part of an unmanned ground vehicle that I've been building at home. It accepts commands from an industrial computer over RS232 and controls two motor speed controllers that drive the motors, which in turn drive the tracks. The RS232 protocol is binary: synchronisation word, left speed, right speed and a checksum. There's a header on the left that will be used to add feedback from quadrature encoders at a later date.
This board is also an experiment in home PCB fabrication using lasers. I've prepared a copper clad board with a layer of etch resist and jencen is going to try and ablate that with lasers! After that, it's a quick dip an acid bath and the result should be a PCB :3
Category Designs / Miscellaneous
Species Unspecified / Any
Size 1280 x 1020px
File Size 27 kB
PICs is what I started with and that's what I know. I've used 10Fs, 16Fs, 18F, 24Fs and dsPICs on various projects. The thing I like about them is that there's a model for almost every occasion so you never need to over-do it like with an Arduino. Seeing a whole ATMega328 used to make an LED flash makes me quite annoyed. In fact, Arduino is a dirty word at work XD
Yep. Last one I used in a project was 12F1840. The thing has real EEPROM (not flash-based, but also has self-write flash), temperature sensor with ~2° accuracy, 10-bit ADC, DAC, a fully operational USART, and everything in a 8-pin SOIC and DIP package.
If you think Arduino is that dirty, wait until someone flashes a LED in Bash with a Raspberry Pi. X3
If you think Arduino is that dirty, wait until someone flashes a LED in Bash with a Raspberry Pi. X3
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