I did see a diode symbol on the cdjump diagram. Does anyone know if that's needed? I assume no, since it works without it???
if your referring to the symbols inside the 74ls04- that is not a diode symbol, that's the symbol for a logic inverter.
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I did see a diode symbol on the cdjump diagram. Does anyone know if that's needed? I assume no, since it works without it???
if your referring to the symbols inside the 74ls04- that is not a diode symbol, that's the symbol for a logic inverter.
if your referring to the symbols inside the 74ls04- that is not a diode symbol, that's the symbol for a logic inverter.
Yeah I've never heard of any diode required.
Liteyear98 - can I have your permission to use your redrawn circut in my instruction guide?
the drawing looks fine to me.
This is why I suggest buying a finished monitor actually.
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Timeline and ordering these monitors can be a hassle.
see the shots of the working monitors.
The link to the album with shots of the tested monitors will be linked here:
https://plus.google.com/photos/116240987899050558082/albums/5886565614007098657
What are you using for the pattern generator (especially this shot)?:
https://plus.google.com/photos/1162...5888484783979868978&oid=116240987899050558082
So I just got a request for 2 of these monitors. I double checked my parts lists. I know I have at least 8 of these monitors still in inventory so I'll commit to building these again if anyone else wants them.
There'll be a wait list after the first two. I don't need a down payment as long as you give a KLOV gentleman's virtual handshake agreement that you'll go through with payment after your monitor is ready to ship.
I'm asking $100 for a finished and tested monitor shipped to you. I will take screenshots of each monitor that I build to show that I had it working on my test bench. The build will be just like these shown in this thread. I will test the monitors with at least 2 common boards.
I have a bunch of personal things going on but I can probably build these in my spare time to keep myself busy.
So I wanted to explain also why I'm charging $100 a pop.
My particular build is a daughter board, with a connector on the bottom to plug right on top of the 10 pin header on the board. This is a VERY elegant way of getting the conversion components on the chassis. This build takes a bit of skill to do. Here's a good shot of my build, including the wiring for RGB and Power. I end the wires to a standard JAMMA cab monitor connector. The 3 wires for power are also left ready to be hooked up. I am running alligator clips out of my test rig to test monitors easily.
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Wires exiting the monitor:
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