While heat can damage the LCD, it would take much more than what the power supply and LED backlights are producing. So don't blame Steve ;-}
While dust can build up on the cover glass and the face of the LCD its self, this is not your problem which you have likely already figured out.
The problem is within the liquid crystals sandwiched between the glass plates the make the LCD work. The material is like a spring as you can see in this vid: [https://www.youtube.com/watch?v=k7xGQKpQAWw|TFT / LCD Monitor - How it works! (3D Animation)].
The crystals twist to re-align the polarized light to pass through the second polarizer. Overtime the crystals loose their spring so when power is applied they don't go all the way so you get grey shading. This shading is where the image was strongly set within your background image (persistence).
This image persistence can be improved by using different patterns: Here's one that I found helped: [https://www.youtube.com/watch?v=wYtEQn1JqOI|Screen Burn In Fix Ghosting Fix]. Sadly, this won't remove all of it as you really need a new panel.
Computer monitors all face this issue! The reason is the image is more often static unlike a TV image which is continually changing with all of the motion. If you are gaming on your TV then you can encounter the problem then.
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Newer chemistry in LCD's is helping, but there are just physical limitations! Just like a rubber band there is a only a number of stretches before it snaps. Here the springiness of the crystals only have a life span.
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Newer chemistry in LCD's is helping, but there are just physical limitations! Just like a rubber band there is a only a number of stretches before it snaps. Here the springiness of the crystals also have a life span.
While heat can damage the LCD it would take much more than what the power supply and LED backlights are producing. So don't blame Steve ;-}
+
While heat can damage the LCD, it would take much more than what the power supply and LED backlights are producing. So don't blame Steve ;-}
While dust can build up on the cover glass and the face of the LCD its self, this is not your problem which you have likely already figured out.
The problem is within the liquid crystals sandwiched between the glass plates the make the LCD work. The material is like a spring as you can see in this vid: [https://www.youtube.com/watch?v=k7xGQKpQAWw|TFT / LCD Monitor - How it works! (3D Animation)].
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The crystals twist to re-align the polarized light to pass through the second polarizer. Overtime the crystals loose their spring so when power is applied they don't go all the way so you get grey and black shading. This shading is where the image was strongly set within your background. This image persistence can be improved by using different patterns: Here's one that I found helped: [https://www.youtube.com/watch?v=wYtEQn1JqOI|Screen Burn In Fix Ghosting Fix]. Sadly, this won't remove all of it as you really need a new panel.
+
The crystals twist to re-align the polarized light to pass through the second polarizer. Overtime the crystals loose their spring so when power is applied they don't go all the way so you get grey shading. This shading is where the image was strongly set within your background image (persistence).
+
+
This image persistence can be improved by using different patterns: Here's one that I found helped: [https://www.youtube.com/watch?v=wYtEQn1JqOI|Screen Burn In Fix Ghosting Fix]. Sadly, this won't remove all of it as you really need a new panel.
Computer monitors all face this issue! The reason is the image is more often static unlike a TV image which is continually changing with all of the motion. If you are gaming on your TV then you can encounter the problem then.
-
Newer chemistry in LCD's is helping but there are just physical limitations! Just like a rubber band there is a only a number of stretches before it snaps. Here the springiness of the crystals only have a life span.
+
Newer chemistry in LCD's is helping, but there are just physical limitations! Just like a rubber band there is a only a number of stretches before it snaps. Here the springiness of the crystals only have a life span.
While heat can infect damage the LCD it would take much more than what the power supply and LED backlights are producing.
+
While heat can damage the LCD it would take much more than what the power supply and LED backlights are producing. So don't blame Steve ;-}
While dust can build up on the cover glass and the face of the LCD its self, this is not your problem which you have likely already figured out.
The problem is within the liquid crystals sandwiched between the glass plates the make the LCD work. The material is like a spring as you can see in this vid: [https://www.youtube.com/watch?v=k7xGQKpQAWw|TFT / LCD Monitor - How it works! (3D Animation)].
The crystals twist to re-align the polarized light to pass through the second polarizer. Overtime the crystals loose their spring so when power is applied they don't go all the way so you get grey and black shading. This shading is where the image was strongly set within your background. This image persistence can be improved by using different patterns: Here's one that I found helped: [https://www.youtube.com/watch?v=wYtEQn1JqOI|Screen Burn In Fix Ghosting Fix]. Sadly, this won't remove all of it as you really need a new panel.
Computer monitors all face this issue! The reason is the image is more often static unlike a TV image which is continually changing with all of the motion. If you are gaming on your TV then you can encounter the problem then.
Newer chemistry in LCD's is helping but there are just physical limitations! Just like a rubber band there is a only a number of stretches before it snaps. Here the springiness of the crystals only have a life span.
While heat can infect damage the LCD it would take much more than what the power supply and LED backlights are producing.
While dust can build up on the cover glass and the face of the LCD its self, this is not your problem which you have likely already figured out.
The problem is within the liquid crystals sandwiched between the glass plates the make the LCD work. The material is like a spring as you can see in this vid: [https://www.youtube.com/watch?v=k7xGQKpQAWw|TFT / LCD Monitor - How it works! (3D Animation)].
The crystals twist to re-align the polarized light to pass through the second polarizer. Overtime the crystals loose their spring so when power is applied they don't go all the way so you get grey and black shading. This shading is where the image was strongly set within your background. This image persistence can be improved by using different patterns: Here's one that I found helped: [https://www.youtube.com/watch?v=wYtEQn1JqOI|Screen Burn In Fix Ghosting Fix]. Sadly, this won't remove all of it as you really need a new panel.
Computer monitors all face this issue! The reason is the image is more often static unlike a TV image which is continually changing with all of the motion. If you are gaming on your TV then you can encounter the problem then.
Newer chemistry in LCD's is helping but there are just physical limitations! Just like a rubber band there is a only a number of stretches before it snaps. Here the springiness of the crystals only have a life span.