I'm working on a Mi-T-M generator, brushless with no voltage regulator. To test these diodes, I'll have to de-solder them. This actually helped, thanks a lot.
its very educational, also would you be kind to make a video on how to test the hole generator for burnt parts, i.e. excitor stator and armature with a multimeter on the ground. that should be highly thanked for.
@@shepherdwarriorKING Erratic voltage output or, usually no voltage output. The magnetic field on the armature cannot be properly produced without DC current, hence no alternating current output.
I'm working on a Mi-T-M generator, brushless with no voltage regulator. To test these diodes, I'll have to de-solder them. This actually helped, thanks a lot.
Very well done. Not the info I need, but I watched the whole thing anyway. Thanks for sharing.
Great stuff here. We'll explained. Thank you
its very educational, also would you be kind to make a video on how to test the hole generator for burnt parts, i.e. excitor stator and armature with a multimeter on the ground. that should be highly thanked for.
wonderful and educating
Nicely explained
Great explanation Thank you
AS USUAL EXCELLENT THANKYOU
A nice video.
Please say sir, why diode using in rotor?
it is used to rectify the voltage
@@alaskaenergyauthority7923 thank u sir
Diode is use to. Convert dc volts into. Ac I think
Thanks for placing this video , but what starts happening when a generator has problems with it's flying diodes??
@@shepherdwarriorKING Erratic voltage output or, usually no voltage output. The magnetic field on the armature cannot be properly produced without DC current, hence no alternating current output.
What happen when diode broken?
Nice
Awesome
Thanks
Thanks
Awesome