blocco a spirale
- Joined Jun 18, 2008
- 1,546
That would be my guess, too.Thank you blocco! One last quesition:
I'm guessing I adjust the output via the blue component in the picture?
- Input voltage: 3.2V-40V
- Output voltage: 1.25V-35V
That would be my guess, too.Thank you blocco! One last quesition:
I'm guessing I adjust the output via the blue component in the picture?
- Input voltage: 3.2V-40V
- Output voltage: 1.25V-35V
No, that is what I was referring to. I was trying to get a picture of what we were working with since we were not given one from the description given.Well, no.
The TS said " A DC supply with 700mA gets the motor going with good speed..but no torque.."
It doesn't take a genius to observe whether a motor is running or not so I think it is safe to assume that this is in fact the case.
You then go on to say:
"If you have a scope, you can probe the output wires of the toothbrush controller to the motor and observe the controller signals - which will tell you what kind of motor it is."
"If it was brushless, you would need to identify the number of windings you have and where they are in relation to one another. Then you would have to drive them in sequence.
How many wires are coming out of the motor?"
Which contradicts the TSs observation that the motor runs when a DC supply is connected directly to it. Of course, it may be a brushless motor with a built-in controller but that is not what you were referring to because you wrote about the control signals coming from the toothbrush controller and speculated on the motor having multiple windings.