"Mine stopped the same way. I gently spread the boards apart and unsoldered the 3 pin regulator then added a Red-LED in place of the three links (Original circuit had three diodes) and my monitor starting working again. So it may be recoverable. Regards Randall"
I agree with this as a good fix and posted this back in April. " What I have done with the displays I got from Fluke.L is lift the end of the interface board and hold it away from the display board just enough so I can heat and remove the 5 volt regulator and replace it with a jumper. It might be a little easier to just lift the input and output leads off their solder pads and leave the chip there but I removed the chip as well. I'm supplying the display with a regulated 5 volts so removing the regulator from the display assembly eliminates one of the possible problem area by removing one of the heat sources from the board. Some people have had problems with the regulator shutting down if they supplied it with 12 volts and the chip went into thermal shutdown. Next I remove the 3 zero ohm resistors (that are where the 3 diodes should have been installed to drop the 5 volts to ~3.3 volts for the CPU) and replace them with a red LED with leads long enough so it can be on the back side of the interface board because there wasn't enough room between the boards for the LED I am using. I have some SMD red LEDs but decided they might be too hard to solder between the two boards. The red LED makes a pretty good ~1.7 volt zener diode so now I have the display powered by 5 volts and the CPU powered by ~3.3 volts which makes it happy." -Arthur _______________________________________________ time-nuts mailing list -- time-nuts@febo.com To unsubscribe, go to https://www.febo.com/cgi-bin/mailman/listinfo/time-nuts and follow the instructions there.