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Re: FS: Matched Sets Burning Blu AND Burning Red
Diode __ --- Between negative pin and case pin= connection
_ l__l_
(-) l----l l (+)
\ /_______Soldered connections / or \
_\___/_
l * * | Driver
l l
l______l
| l__________ connected to contact and battery source
Neg. Terminal Wht wire
(Don't need
to connect because
neg. and case pin
on the diode are
connected)
By the way, the driver has 2 terminals on each side
The - terminal on the output side goes to the negative pin (make sure case and neg. pins are connected on the actual diode.) The + terminal on the output side goes to the + pin on the diode. The - terminal on the input side doesn't connect anywhere, because you have already made a continuos connection (from connecting the case and neg. pin). The + terminal connnects to the + terminal in the flashlight (which is the spring).
This host is very hard for your first build (i have done an alike one, and it wasn't my first), and i don't recomend it for beginners. But, it's your call.
The white wire from the input side of the driver connects to the + contact and battery source. If the case pin on the diode is connected to the negative pin, you don't even need to connect the - black wire on the input side to the negative pin.50Freestyle said:When you get your parts and begin building, you can find a pinout diagram for which is the positive and which is the negative pins. However, as soon as you look at the back of your diode you will be able to tell which is the case pin. The positive and negative pins have a small black ring where the pin enters the case. This is electrical insulation. The third pin (the case pin) is obviously metal to metal (no black ring).
Peace,
dave
Oh yea, I knew there was a third pin but I never knew what it was called. Now I fianlly get it! So it basically looks like this:
Diode__ --- Between negative pin and case pin= connection
_ l__l_
(-) l----l l (+)
_l\ /_______Soldered connections / or \
_l _\___/_
l l * * | Driver
l l l
l l______l
l____l l__________ connected to contact and battery source
Blk wire Wht wire
(Connected
to (-) pin)
Hopefully you can read my diagram, if not I can explain it. So the diode is the very top square and off of that there are three pins, the posetive (+), the negative (-), and the case pin (not labled). A connection is made with solder or something between the negative and case pin labled with ----. The posetive and negative ends of the driver are soldered to the negative (-) and posetive (+) pins on the diode labled by a / or \. The black wire from the diode is also soldered to the negative pin on the diode. The white wire is soldered to any kind of metal contact which connects to the posetive end of the battery source.
I see how it all falls into place now. The negative charge from the battery runs up the host and into the diodes case pin which is connected to the negative pin which also has the drivers black wire connected to it so the charge flows into the driver. The posetive and negative charges are now both in the driver which then lead to the diode and make it light.
I see how everything works this way now. Thanks so much you've been a great teacher! If all of this sounds right then I am very happy!
Diode __ --- Between negative pin and case pin= connection
_ l__l_
(-) l----l l (+)
\ /_______Soldered connections / or \
_\___/_
l * * | Driver
l l
l______l
| l__________ connected to contact and battery source
Neg. Terminal Wht wire
(Don't need
to connect because
neg. and case pin
on the diode are
connected)
By the way, the driver has 2 terminals on each side
The - terminal on the output side goes to the negative pin (make sure case and neg. pins are connected on the actual diode.) The + terminal on the output side goes to the + pin on the diode. The - terminal on the input side doesn't connect anywhere, because you have already made a continuos connection (from connecting the case and neg. pin). The + terminal connnects to the + terminal in the flashlight (which is the spring).
This host is very hard for your first build (i have done an alike one, and it wasn't my first), and i don't recomend it for beginners. But, it's your call.