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sounds good Hopefully we can get at least one more person interested...
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I agree there should be more interest. It can be built as heavy duty as your imagination. The one I have is the most universal load I have. This one could have some nice features. Put me down for 2 boards please. Personally I like the original black, but I'm not prejudice, I'll take white in a pinch.There should be more interest here. Maybe people think this load will only work for 10A drivers....
It will work perfectly fine for normal people drivers (less than 5A).
Here's one I worked with this afternoon.
I worked with RHD's initial schematic and worked from there.
I still used the pin headers for jumpers as I have not found a better substitute. Another way could be to use a 2x2 pin header and use two jumpers in parallel. The external connections are through commonly found 508mil pitch terminal blocks.
Instead of two rows of diodes, I decided to use just one so that we could use only one large heatsink for the entire test load. I also used a ceramic heatsink footprint but the pin pitch of TO-220 resistors can fit in the PCB with the same placement line as the diodes.
Then you could cut off part of the PCB or leave it as is and mount the diodes underneath to make a low profile or infinite size heatsinked test load.
I can email the eagle files to anyone interested for further refinement as this was just a quick work. The voltage drop chart hasn't been added yet.