Before it breaks down.Seven ways to prevent smartphone "thermal runaway" (Life Hacker [Japanese version]) --Yahoo! News

Before it breaks down.Seven ways to prevent smartphone "thermal runaway"

You've used an iPhone or Android and you've suddenly felt that the main body has become warm.And the "warm" eventually becomes "a little hot" and becomes "very hot" and is worried about what will happen.Is smartphone hot enough to be unable to have?No, that's not the case.This time, I will explain the measures to prevent overheating of smartphones and measures.

Why is a smartphone hot?

Smartphones, like other computers, generate heat while operating. There is a mechanism to cool the system when an overheat occurs so that the internal parts are not damaged. For example, lower the maximum brightness of the display (because the screen becomes darker when overheated), the speed of the processor is reduced (the operation becomes heavy), and when it comes to it, it may lock it yourself. In such a case, a message that warns "Wait until the body temperature drops because the device is hot," is displayed. Because such a cooling system is incorporated in smartphones, there is no worry about falling into a fatal situation, such as overheating the battery. However, if overheats occur frequently, you need to consider measures. This time, let's introduce the situation where smartphones may overheat and how to deal with them.

1.Avoid direct sunlight

One of the reasons why smartphones get hot are the same as the body that gets hot when lying on the beach.Direct sunlight is the worst for smartphone temperature control.The screen of the smartphone is like a black mirror, and all direct sunlight is taken in and warms up rapidly.Eventually it will be hot and will not touch, and the screen will darken.Immediately, the OS is locked and cannot be operated.The only solution is to avoid using Smorphones under direct sunlight (if possible).If you think it's going to be overheated, move in the shade.Tips: Most smartphones are designed to work properly in an environment of 0 to 35 ° C.

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