BUt i clean and repair fan,
fan is rotating
i applied thermal paste but same problem
fan is rotating
i applied thermal paste but same problem
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Dear members,
I have got an ordinary gray thermal paste that has no name/model on the box.
I put some of this thermal paste on a 128-pin QFP IC. A bit of this thermal paste was put on pins of the IC.
I tried to clean the pins by thinner but the thermal paste cannot be cleaned from the pins properly. because the pins are tiny and the thermal paste is stuck between them.
Is it possible that the thermal paste damages pins of the IC in long term by creating corrosion or something?
Is it safe to leave the thermal paste on the pins?
I guess the thermal paste... -
I bought a laptop in parts and was going to assemble it and looked on youtube and saw that it was some type of Thermal Paste on the vrams
What kind of Thermal Paste is this on the vrams insted of thermal pads?
the picture is taken from youtube movie
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Hi. I have Asus X55C laptop from year 2013. It has i3-2328M CPU. I replaced stock thermal paste with high quality thermal paste. Before thermal paste replacement, I measured CPU temperature Around 65-70 degrees Celcius with stock thermal paste. If after the replace thermal paste, I measured CPU temperature around 80-84 degrees Celcius and fan don't stop when system is idle. I replaced the thermal paste several times but still did not change. Where is the problem?
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So I have TUF Z390 mobo with a bit of the grey thermal paste in the LGA 1151 socket right near one edge. probably from when the clamp was fastened down without a CPU fitted, and there was a bit of paste on the clamp.
The motherboard actually works fine (you can see there is no thermal paste on the ends of the pins themselves), but it would be nice to clean it out.
I've done a bit of googling and found suggestions from using this stuff....
https://www.ebay.co.uk/itm/Arctic-Si...er/27411405412... -
Problem
This is an LG edge LED lit LCD Display. The LEDs are on the bottom edge of the display. There are 2 bars (left and right) Each bar has many LEDs and a 6 pin connector. Each pin drive several LEDs thus is the highest current flow / heat junction. The weak lead free solder gradually fails with thermal expansion/contraction cycling and increases resistance. PSU will compensate up to a point, then when the current is too high, PSU just shut down the backlight causing a dark display. I have even seen one which the connector just fell off as solder points became completely detached....
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