💡Making your own antenna using coaxial cable is a cost-effective way to improve signal reception.
💰By making your own antenna, you can save money compared to buying a pre-made antenna.
📶The antenna booster enhances the signal reception and allows you to receive all available signals in your area.
🔌The signal amplifier can be made using a capacitor and ferrite from an energy-saving lamp circuit.
🔗Connecting the antenna branches to a splitter helps distribute the signal to multiple devices.
Can I use any type of coaxial cable for this antenna?
—Yes, you can use any type of coaxial cable as long as it is in good condition and has the necessary connectors.
Do I need any special tools to make this antenna?
—No, you can make this antenna using basic tools like a cutter, marker, and glue.
How long does it take to make this antenna?
—The time required to make this antenna depends on your familiarity with the process and your skill level. It can take anywhere from 30 minutes to an hour.
Will this antenna work for both indoor and outdoor use?
—Yes, this antenna can be used both indoors and outdoors. However, ensure proper waterproofing if using it outdoors.
Can I connect multiple devices to this antenna?
—Yes, you can connect multiple devices to this antenna by using a splitter to distribute the signal.
00:00Welcome to the Innovation plus one channel. In this video, you'll learn how to make a powerful antenna using coaxial cable and save money.
01:45The first step is to cut some coaxial cable evenly. Then mark each of the antenna cables as 10 cm.
02:35Connect the central wire of the coaxial cable to the cable shield and ensure the connection is secure.
04:14Use two antenna socket connectors to connect the antenna branches.
05:07Create a signal amplifier using a capacitor and ferrite from an energy-saving lamp circuit.
05:47Separate the capacitor and ferrite from the circuit and use them to make an antenna booster.
06:12Remove the ferrite coils from the circuit and assemble the antenna with the signal booster.
06:35Congratulations! You have successfully made an antenna with a signal booster.
