i got help on my first question, but this is my second one:
i have soldered the 2 wires to the board and hooked them up to a motor. i have tried the different setups (high/low 2/3/4/5/6/7 in the programming editor) number that frits| described in the "start". any1 got any ideas?
Got a picture of what you’ve Got a picture of what you’ve put together? It would help to know where the motor is soldered. I also don’t understand what the “differetn setups” followed by numbers means.
? What stuff are you using? Are you using the l293d (not sure exact numbers) motor driver chip? If so are you wiring the the motor wires to A on the board or B on the board? Is the l293d installed correctly? Are you using commands like low 3 high 4 or high 5 low 6? try these things
okay, didn’t really get a lot of info out of your post, so let’s start at the top:
Programmer works? Chip gets power, etc?
Motor works by itself? Connect it right to your battery to test.
Correct chip? The board is made for a l239, but the TI SN754410 should work (according to SparkFun, anyway).Minimum supply voltage is 4.5, so you’ll need 4 AAs to get that.
Chip is pointing the same direction as the picaxe chip?
Solder. Solid connection?
Your code: These are the only combinations that you will need:
“low 4: high 5” and/or “low 6: high 7”
The driver needs a combination of 1 low, 1 high to power the motor. high/high and low/low won’t do anything. Which pins should be high/low is up to you, but 4/5 is one motor and 6/7 is the other.
6. Your motor is bi-directional, right? If not, you can use a single outpin through the darlington driver.
7. A tip for pictures: If you have a digital camera, take the picture zoomed-out (so the camera can focus) and then enlarge it on your computer before you upload.
Don’t worry about it. Everyone’s gotta start somewhere. I myself am only slightly less of a n00b myself, but I’ve been where you’re at, so I feel your pain.
by “single outpin” I mean that you can connect your motor to a single digital output on the board to power it. ONE WAY ONLY, though. To do that, put in the UNblahblah chip that comes with the board, connect the red motor lead to a V pin, and the black lead to the digital out. Program “high 0” or whatever output and try that. But that only works if you’re not using reverse …
Patience is the key to true Patience is the key to true happiness grasshoppah. Actually I deal with looking at server issues all day long. I’m used to troubleshooting one step at a time. And of course 99% of them are due to a “stupid” error that should have been caught right away. My favorite was troubleshooting a network issue for 5 hours because the tech put the ethernet connection into socket 2 and not 1. Had I walked around to the back of the cabinet I would have seen it in 20 seconds.