ROTATE 45 DEGREES DIPTRACE INSTALL
ROTATE 45 DEGREES DIPTRACE SERIAL
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What part of the arduino do I need to run a stepper motor.

I guess my first question would be as follows. I did find a tutorial on building an arduino type board, so that may be my first step after I get the development done. When you say 'pin compatible chips' what do you mean. I also downloaded PCB Designer which seems to also work OK for my purposes. It has pretty much the same library as Eagle, so maybe it will do what I want.

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I actually downloaded the free version of Eagle. The next step is getting familiar with a program like eagle, altium or diptrace for pcb layout. The can print the board and you do the assembly or they can source parts and assemble for you. They can do very inexpensive small batch runs of circuit boards. There are many inexpensive board production services our there like seeedstudio, pcbway, elecrow, oshpark, dirtypcbs and others. You can flash a bootloader and use them just like any other arduino.

I generally use a 328 arduino board for development but depending on the memory requirement I may use an atmeg88 or atmega168 or even atmega8 they can be much cheaper. Remember too there are also pin compatible chips with the 328. Is that pretty much the way it's done? If so are there any threads on doing that? I have read that at least some developers build their own microcontroller for their projects. If I need 10 or 12 of a specific thing, do I need to buy 10 or 12 Arduino's.

I have several projects that I think it will help me with, but what I was wondering is after I have things debugged and have it running the way I want, how do I put things in production. I have read a lot about the Arduino and have been experimenting with it. Oh - and check out ebay for arduino clones.

ROTATE 45 DEGREES DIPTRACE SERIAL

The tiny841 (and to lesser extent, 1634) are sometimes suitable for projects that you can't do on a 328p - they've both got two hardware serial ports, the 841 has 3 timers with remappable output compare pins, (8 bit, 2x16, compared to 8 bit, 16 bit, async 8bit on 328p - so the timers are better too), and a really badass ADC.

ROTATE 45 DEGREES DIPTRACE CODE

I have done more projects with the 841 than the '328p - I don't know what you guys manage to fill all that code space with. You can do a hell of a lot with 8k of flash.

ROTATE 45 DEGREES DIPTRACE PLUS

For the tiny85 and tiny84, I have project boards that combine prototyping space with an outline for the tiny and supporting components - plus of course general purpose prototyping board. I happen to sell some circuit boards designed with this in mind - breakout boards for ATTinies (all the ones my core supports except for the common tiny84/85 - market is flooded with those - and the 4313 which is nearing obsolecense) both assembled and as bare boards. Then, you think about maybe designing a custom circuit board to tie it all together if you need a bunch of them, or wire them up in a more tidy/permanent manner (ex, with prototyping board) if you only need a couple. Then, what you do is get a breakout board from someone for the ATTiny you want, or connect one up on a breadboard yourself, and make your project work there, with jumperwires and such.

ROTATE 45 DEGREES DIPTRACE INSTALL

Install an ATTiny core (I recommend mine - json link in sig or on my github GitHub - SpenceKonde/ATTin圜ore: Arduino core for ATtiny 1634, 828, x313, x4, x41, x5, 圆1, x7 and x8 ) But by maybe building a simple microprocessor to handle the signals to the motor controller (which I can get for a few dollars) makes it cost efficient and an opportunity to maybe learn something, hence a win win situation. But at $24 per shot for an Arduino, building several of them becomes cost prohibitive. I have the code already written and the Development project did exactly what I wanted. But at 71, I now have some time to explore areas that have always interested me. So my EE is limited to plugging in a Lamp. I'm a computer consultant by profession and an Aeronautical Engineer by Education. 6 IO pins total, 8 K flash, 0.5K SRAM/EEPROM, no Serial port, that's a bit too resource limited for me as a starting point for a project. I haven't done anything with Attiny85 personally (or even as the base for a custom design).

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