Once done, stick the circuit to a large piece of tape, make sure you cover the other end with tape as well, attach it to the back of your phone, and voila! Homemade Phone Antenna Using Copper Cableįor this project, you will need to peel off half a meter of copper cable to remove the insulation and then use it to build a circuit, as shown in the video above. In addition to boosting your signal, this easy-to-make signal booster also protects you from hackers because the foil focuses the signal in only one direction: your phone. Most importantly, it is highly effective as the aluminum foil focuses the signals towards your phone, increasing the signal range and performance in contrast. It’s easy to make and highly portable, which means you can bring it along on your camping trips. All you have to do is wrap a piece of copper wire, cut a 3.5mm RCA jack, tape one end of the wire in foil, and connect the end to the jack from your phone to boost the signal. Iron Hanger Signal Booster is easy to make but even easier is an aluminum foil booster. the best part? Once you’ve made the copper coils (by twisting them on a screwdriver), you just need to mount everything, and your multiuse signal booster will be ready to use. The supplies shouldn’t cost you much, plus it’s cheaper than commercial options. For this project, you will need a copper coil, a transistor, a 30pf variable capacitor, a pair of 200k, 2.2K, and 100ohm resistors, a 27pf capacitor, a 20MHz crystal oscillator, an LED to indicate that it When is working, and a PCB board to hold it all together. Got multiple cell phones that need signal boosting? Build this multiuse signal booster, and skip the cost of buying an expensive multiuse repeater. You can check out how to solder wires and electronics to make this project easier. It’s undoubtedly worth the effort, plus the tutorial is pretty straightforward and even includes links to more detailed tutorials, so you’ll have an easier time making your own. It will take a little longer to complete than the other projects on our list, but once you do, you’ll have a signal booster capable of boosting 2G to 4G network signals. If you are sick of shoddy cell phone reception and have a knack for technical projects, then this PCB cellphone booster is perfect for you. Simply straighten the iron hanger, peel off its insulation using a razor blade, bend it to form a rhombus, and then complete the process as shown in the YouTube tutorial.Īnd if that didn’t take you much time, check out these other simple DIY projects you can work on to beat the boredom of the weekend. And the process is fairly straightforward. Iron Hanger Signal Boosterĭid you know that you can make a signal booster out of an iron hanger? If not, now you do. Start by straightening the wire, bending it at 45 degrees, and following the step-by-step YouTube tutorial above. You’ll use easy-to-find items for the project, such as an iron coil, magnets to confirm that it’s actually an iron wire, a screwdriver, a scale to take measurements, and a TV cable wire. And you won’t even need complicated objects. Only need 4G signal booster? Well, making is not rocket science. Result? A highly effective booster for 2G, 3G, 4G to LTE cell phone signals, so you never have to deal with drop calls, no matter where you are. Just get any copper wire you have, a magnetic GSM antenna, and then follow the step-by-step guide shown in the video above to build your own signal booster. You don’t need a big budget or complicated items to make a cell phone booster. Here are eight genius DIY cell phone signal booster ideas for inspiration. But most cost $400 and up, which makes it a good way to cut costs on your own. Tired of having to stick to a corner of your living room to use your phone because cellular reception is practically non-existent? Love hiking, but can’t stay disconnected when you’re chasing waterfalls and sunsets? If your answer is yes to any of the questions, then Cell Phone Signal Booster is just what you need.Ī signal booster detects and amplifies the nearest signal while improving your phone’s reception.
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