That board has four independent "channels" that go high when the corresponding "key" is pulled high on the transmitter. The output of each channel is 5V, logic level. I don't know what the TS wants the motor to do.Appears to be a 4bit output receiver and the motor driver requires PWM?
The first question is rather important: What do you want it to do? The obvious choices are start motor, stop motor, forward/revers motor, or run motor with a controlled speed, (faster or slower). These are the fundamental choices, and sometimes there are combinations, like reversable speed control. So before anything else, the desired control function must be known. Otherwise you only get guesses.Hmm ok, so then can just run the 4channel receiver to the motor? or would i need a mosfet, hence thinking that what the mos driver would be?
Yes, I saw that. I have some of the remote control boards so I wanted to be clear what the outputs are. You mentioned "4 bit" but it's really just 4 1-bit outputs. The board allows them to be momentary, latching, or mutually exclusive latching.I realize that, but the motor board mentions PWM control.
Need more info in the project from the OP!
Simple and effective. I don’t believe he needs PWM but got a PWM driver because someone told him he’d need a driver.Use the module you show in #12 to latch in a relay using one channel, use the other relay to unlatch using a second channel output, depending on whether that module has any relay drivers on board, you might have to add a couple of 2n700's for e.g.
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by Jake Hertz
by Jake Hertz