- Thu Feb 21, 2008 12:33 am
#43178
Good advice about the PID, I'll be sure to refer back here when I go to implement it, thanks!
Yeah, I knew about the weak pullups, but the button is tied to +3.3V, so I needed pull downs, :/.
Yeah, the MISO/MOSI fix should be simple, i just cut another trace, which is on the bottom, so it's wide open as well, no other close traces, then solder in a wire, but unfortunately, this one has to go from top to bottom, so it will look ugly, but whose going to see it anyways?
And I do have the LF part on the board at the moment, just wasn't sure if it was spec'd for 48MHz at 3.3V. I just set it to that, and all my tests have been working fine, but thanks for looking that up for me!
Also, since I'm using the MAX6675, I don't think I need to worry about the voltage supplied to the chip, as long as it is withing it's operating voltage range (3.0 to 5.5V). Thanks for the heads up though, I didn't even think of that when I read through the AD amp for the first time.
Yeah, I knew about the weak pullups, but the button is tied to +3.3V, so I needed pull downs, :/.
Yeah, the MISO/MOSI fix should be simple, i just cut another trace, which is on the bottom, so it's wide open as well, no other close traces, then solder in a wire, but unfortunately, this one has to go from top to bottom, so it will look ugly, but whose going to see it anyways?
And I do have the LF part on the board at the moment, just wasn't sure if it was spec'd for 48MHz at 3.3V. I just set it to that, and all my tests have been working fine, but thanks for looking that up for me!
Also, since I'm using the MAX6675, I don't think I need to worry about the voltage supplied to the chip, as long as it is withing it's operating voltage range (3.0 to 5.5V). Thanks for the heads up though, I didn't even think of that when I read through the AD amp for the first time.