occi u an ispiration....am definitely gonna try this when i get sum time...nice going buddy...
thanx shiks
Trial and error - moonlights
- Thread starter OCELLARIS
- Start date
thanx shiks
above the electronics diagram notice the negative wire that runs into the
unit with the resistors are split to provide power to the moon light led and the single
power indicator led inside the housing, the negative is connected to the negative
pin on the led ( shorter pin with a small cutting at the bottom )
the black positive wire runs into the unit with 12Volts which then runs
into your resistor and out through the back ( in blue) with a charge
of 3.6V and connects to your positive pin ( longer pin) on your led.
hi jacques is this what you wanted to see?
trad
Fish, thats the word!
wow that seemed like a hell of a lot of work hope it was worth all the effort. Does look nice.
well my setup is insulated so its not going to go nuts and its easily movable if i decide i want to move it
thanx trad , it was worth it, as long as you have time to do it then it aint that bad
it wasent alot of work but it was time consuming if time isnt on your side
well my setup is insulated so its not going to go nuts and its easily movable if i decide i want to move it
cool, at least its portable should there be a need to transfer
above the electronics diagram notice the negative wire that runs into the
unit with the resistors are split to provide power to the moon light led and the single
power indicator led inside the housing, the negative is connected to the negative
pin on the led ( shorter pin with a small cutting at the bottom )
the black positive wire runs into the unit with 12Volts which then runs
into your resistor and out through the back ( in blue) with a charge
of 3.6V and connects to your positive pin ( longer pin) on your led.
hi jacques is this what you wanted to see?
Hi Occelaris - not exactly - I actually meant a diagram of PCB with it's components...
Above a diagram of the pcb, negative (red) runs from outside only to power up
the green indicator led, the positive (black) is soldered to the pcb and the
positive charge is common along the pcb at 12V,the 12V charge runs across
the resistor and out (blue) with a charge of 3.6V, this 3.6V (in blue) is connected
to the end to the interface board, each resistor is connected the same way
as i have done the first two....