You haven't seen pure engineering pr0n until you have seen the service diagrams for a 152" 3D Quad-HD (4K) plasma display. Retail price around $800,000. Panasonic, of course, lead the field on insane overkill.
http://www.tgohome.com/ServiceManual...&Search=Submit
41 individual fans. 9 main power supplies, 6 additional power supplies. 233 screws for the back cover alone. Dual scan boards with 3 buffer boards each and dual sustain boards. Consumes around 3.7kW in normal operation. I don't even want to ask what "full white" is like. For a normal plasma display, it's around 3~4x average power. So, that's nearly 12kW.
Their 103" models (of which there are multiple), on the other hand, are a little more constrained. A mere 15 fans by my count, and constrained to 1.5kW normal power only.
http://www.tgohome.com/ServiceManual...&Search=Submit
I'll be adding a few more Panasonic service manuals soon. I've found a way to download them from their service site...
Over 380 models going up soon.
http://www.tgohome.com/ServiceManual...&Search=Submit
41 individual fans. 9 main power supplies, 6 additional power supplies. 233 screws for the back cover alone. Dual scan boards with 3 buffer boards each and dual sustain boards. Consumes around 3.7kW in normal operation. I don't even want to ask what "full white" is like. For a normal plasma display, it's around 3~4x average power. So, that's nearly 12kW.
Their 103" models (of which there are multiple), on the other hand, are a little more constrained. A mere 15 fans by my count, and constrained to 1.5kW normal power only.
http://www.tgohome.com/ServiceManual...&Search=Submit
I'll be adding a few more Panasonic service manuals soon. I've found a way to download them from their service site...

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