Fight climate change and global warming with the 3Rs – Recycle, Reuse and Reduce

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Don’t throw your devices away! Recycle your electronic devices at home and help protect our environment.

It’s easy. Learn about the 3R principles: recycling, reuse and reduction. Here’s what you should know. Electronic devices are made of integrated circuits and other semiconductors. Some of them, such as a blender, water heater and others, are made up of simple transformers and capacitors. If you know the basics of consumer electronics, you can do a simple home repair. These semiconductors are simply inserted into slots on printed circuit boards or printed circuit boards. You can even fold them at home. But don’t think about it for now. Here are the facts that I present. These facts are related to climate change and global warming. Remember that if you throw away your devices you are helping to increase the intensity of the heat we are experiencing now.

More devices produced by companies means more waste. Recycling helps reduce carbon dioxide emissions.

Do you know how the TV was made? I am particularly interested in television because for others it seems really ordinary and at the same time intriguing or even impossible. Personally, I have spent years mastering the operation of a television electronic circuit. Like you, I was really intrigued from the very beginning.

How did the personality and voice of this TV presenter ever get into that tube and loudspeaker when I just bought this little thing at a home appliance store? Anyone unfamiliar with electronics will ask the same question. How did voice and image get on the TV? It is not an illusion. It’s not magic. It’s simple, scientifically applied electronics.

A voice or beep enters components through micro and millivolts in small transformers inside. The same happens with the picture signal – it enters the picture section of the TV through very small voltages inside.

How does the TV work? I am going to simplify this question so that it is very easy for a novice or someone who has not attended a vocational school. I have spent years repairing and “rebuilding” electronic devices in my little shop in my community. I try not to throw away the parts that I have “dissected” from inside the electronic devices, so as not to worsen the environmental degradation in my community. And with countless televisions and electronic devices that I have repaired and recycled, I have done a bit to combat climate change and global warming.

You see, these devices become “monsters” when you throw them away. They are made of plastic and chemicals harmful to the environment, our garden and the atmosphere.

The devices in our house work with semiconductors, transistors, capacitors, resistors and complex like integrated circuits or integrated circuits. New brands of televisions and other electronic devices consist of internal integrated circuits that can be mass-produced and produced by hundreds of thousands. You can only imagine how this could affect the environment.

How can we help reduce the production of devices? Or you may ask how you can recycle if you don’t know how to repair? Knowing simple details inside the TV and other electronic devices, you can make a simple repair. You help the environment by knowing how to fix a broken fuse. By relying on semiconductors, transistors, capacitors, resistors and integrated circuits, you protect our environment. Buy yourself a multitester immediately and learn to use it. Inside are instructions for using the multitester. If not, be careful with my simple basics in electronics. I offer it for free.

Also learn the basics of electronics, such as the power supply. All electrical and electronic devices are powered. This is the heart of a working device. It is connected to the power cord and to the wall socket in your home. It’s very simple for me, but for you the basics can help you get started. There is only one word you need to know above all else – safety. Then read and read.

I can provide you with the readings and basics for recycling, reuse and reduction.

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Source by Medardo Manaban