Can A Magnet Damage Your Smartphone? What to do ?

With their sensitive components, delicate connections and complex circuitry, smartphones are easily susceptible to damage. Just a drop from a few feet can damage these devices. Some people also worry that things like magnets can damage their smartphone.   

Magnets can be found in most homes, such as in toys, speakers, refrigerator magnets, etc. It makes us wonder if a magnet can damage a smartphone. To answer that question, here are some important things to know.   

Data – One common worry is that a magnet can ruin the data stored on the smartphone. This is especially true in case of neodymium magnets that are nowadays widely available in homes for various projects and hobbies.   

However, if we consider current-gen smartphones, the data stored on them is unlikely to be impacted by magnetic field. That’s because these devices have solid state memory, which is not impacted by magnetic fields. Super-sized industrial magnets may have an impact, but the usual magnets in homes is unlikely to affect data stored on a smartphone.    

Screen – Many people think that magnets can damage smartphone screens. We have seen quite a few videos that show magnets distorting the images on old-generation television screen. This makes us think that the same could happen to our smartphones.   

However, the fact is that older television screen technology is entirely different from smartphone screen technology. The former depended on movement of electrons, which was easily disturbed with magnetism. Most smartphones have LCD and LED screens and their derivatives, which are unlikely to be impacted by small magnets.   

Sensors – While much of your phone will not be affected by small magnets, there could be a possibility of impacting internal components such as magnetic sensors. These are used for navigation, which could be impacted if a magnet has caused changes to the inbuilt magnetic sensors.   

Any apps that utilize information from these sensors will also be impacted. However, small magnets found in homes are usually considered safe for smartphones.   

Level of exposure – When it comes to determining whether magnets can damage smartphones, one needs to consider the amount of exposure. It is just like Wi-Fi and microwave oven that operate on the same 2.4 Ghz wavelength range.   

However, your Wi-Fi does not fry you because it emits the signals at a very low power rating. In comparison, a microwave oven will use the same signals at higher power and in a more focused manner.   

This comparison can be applied to everyday use magnets and large, industrial use magnets or electromagnets. So, in a home environment, your smartphone is unlikely to be impacted by small magnets lying around. However, if you are inside an industrial, scientific, research or medical complex that has super-sized electromagnets, it would be better to keep your smartphone in a safe place.     

The idea stems from old gadgets like televisions, when much of the data was stored magnetically, using tiny bits of iron. However, with all the latest technological advancements, the truth is magnets won't interfere with your smartphone.   

When I briefly overheard someone talking about the power of magnets being able to destroy phones, I became increasingly worried and decided to do some of my own reading on the topic. As a result of my research, I pulled together all of the details on how phones can be destroyed with magnets and what not to do.   

 

How can a magnet destroy a phone? The strong magnetic force from a magnet has the ability to get into a smartphone and interfere with the digital compass on the interior. Additionally, these magnetic fields can mess with the magnetometer and throw off the entire device.   

 

With magnets being such common everyday objects almost everywhere we go, the concepts of magnets destroying our cell phones can seem very intimidating. If you’re clutching your cell phone right now just like I was when I heard the news, you might want to keep reading to find out how to avoid this occurrence.

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