Re: Powerpack Swap to GM Ignition is it possible?
in the above diagram the "kill " wire is #1 through the 1/2 watt resistor. the charge coils are connected to a full wave rectifier that is also connected to a crude voltage regulator by the two zeners and the SCR connected to the full wave rectifier.<br /> the full wave or bridge rectifier will make the + and - parts of a sine wave into all = or all - "DC' Voltage depending on design. remember a capacitor will store DC and pass AC. the diode above the kill wire junction prevents a reverse current that would damage the rectifier and prevent the cap from discharging into the rectifier.<br /> if you draw or copy 4 of those diagrams and cycle them it will make sesnse. remember when one input to the rectifier is positive the other is negative.then as the magnet continures past the charge coil it reverses with the same potentials of oppostie polarity.<br /> that difference in potential is what makes electrons move, they are lazy like me and must be forced to move
in the above diagram the "kill " wire is #1 through the 1/2 watt resistor. the charge coils are connected to a full wave rectifier that is also connected to a crude voltage regulator by the two zeners and the SCR connected to the full wave rectifier.<br /> the full wave or bridge rectifier will make the + and - parts of a sine wave into all = or all - "DC' Voltage depending on design. remember a capacitor will store DC and pass AC. the diode above the kill wire junction prevents a reverse current that would damage the rectifier and prevent the cap from discharging into the rectifier.<br /> if you draw or copy 4 of those diagrams and cycle them it will make sesnse. remember when one input to the rectifier is positive the other is negative.then as the magnet continures past the charge coil it reverses with the same potentials of oppostie polarity.<br /> that difference in potential is what makes electrons move, they are lazy like me and must be forced to move