SwedCharger67
Well-Known Member
It shouldn't be too difficult to test the function of the regulator, but I haven't done it myself.
If you connect a variable DC supply (say up to 16V dc) to the input of the regulator, ground the regulator to the DC supply, and measure the output from the regulator. You probably need a load on the output, connect the field winding and ground the alternator to the DC supply ground.
The regulator should start chopping up the output voltage when the input DC goes too high.
I don't know where that point is, but with a simple multimeter on Volts you should see the output voltage start to go lower than the input voltage. The output will be a square wave so the voltage that the meter shows will not be accurate but it will be close.
Again, haven't done it myself, but should work as far as I understand.
If you connect a variable DC supply (say up to 16V dc) to the input of the regulator, ground the regulator to the DC supply, and measure the output from the regulator. You probably need a load on the output, connect the field winding and ground the alternator to the DC supply ground.
The regulator should start chopping up the output voltage when the input DC goes too high.
I don't know where that point is, but with a simple multimeter on Volts you should see the output voltage start to go lower than the input voltage. The output will be a square wave so the voltage that the meter shows will not be accurate but it will be close.
Again, haven't done it myself, but should work as far as I understand.