Had the issue where the screen flashes for a second when plugged in, but turns off instantly. It won't do it again until the power is dispersed from the boards (unplugging and holding power button down). Figured it was likely just a bad LED somewhere based on the symptoms and other threads I found here. When watching it flash, it was clear there were a couple strips not coming on at all.
I cracked it open to check the LEDs and every one of them turned on with the tester (which was pretty annoying to be honest). I plugged the set in with the dispersion panels off to see exactly which LED strips were not turning on (pic attached). I took the picture, unplugged the TV, pressed power button, plugged TV back in, and everything turned on normal. Figured maybe it was a loose connection that got secured. Let it run for about 30 minutes and all worked great. I started to put it back together, testing it every step so I wouldn't get too far and realize it was still messed up. Eventually, it began the same symptoms.
The 4 strips that don't turn on are all tied to the LED 1 lead. When plugged in, voltage jumps to 80V, panel flashes, and it settles back down to around 60V.
I know that the LED tester doesn't put out the same load as the power board so sometimes it can be misleading. Would it just make sense to go ahead and replace the 4 LED strips or is there another way to test their 'health'?
I cracked it open to check the LEDs and every one of them turned on with the tester (which was pretty annoying to be honest). I plugged the set in with the dispersion panels off to see exactly which LED strips were not turning on (pic attached). I took the picture, unplugged the TV, pressed power button, plugged TV back in, and everything turned on normal. Figured maybe it was a loose connection that got secured. Let it run for about 30 minutes and all worked great. I started to put it back together, testing it every step so I wouldn't get too far and realize it was still messed up. Eventually, it began the same symptoms.
The 4 strips that don't turn on are all tied to the LED 1 lead. When plugged in, voltage jumps to 80V, panel flashes, and it settles back down to around 60V.
I know that the LED tester doesn't put out the same load as the power board so sometimes it can be misleading. Would it just make sense to go ahead and replace the 4 LED strips or is there another way to test their 'health'?
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