How Can I Charge My Rose Toy Without a Charger?

How Can I Charge My Rose Toy Without a Charger?

Although rose toys are durable, there is no guarantee that there will be no problems 100%. The damage of the charging cable is the most annoying for many users. Because each rose toy has only one charging cable, if it is damaged, it must be purchased from the store, otherwise the battery of the rose vibrator is exhausted and can only be charged after purchasing the charging cable. But it usually takes a while to buy a charging cable. If you don't want to wait, you can try to make a magnetic charging cable yourself.

Materials needed: 2 magnets, a discarded charging cable, vise and other tools.The operation steps are as follows

First cut the smaller section of the charging head, connect the positive and negative wires, and then use a plastic straw to connect the positive and negative positions, and put a small magnet on the other end of the straw. A basic magnetic charging cable is basically ready. Of course, a cylindrical magnet is required for better adsorption with the charging position of the rose vibrator. This is a mobile phone magnetic charging video made by a blogger. The production method of the magnetic charging cable of the rose vibrator is very similar. You can refer to the production. General USB charging cables can be made.

Also, if you are traveling without a power source, consider making a magnetic charger, which allows you to experience the original charging technology.

How to Make a Magnetic Charger

To make a magnet charger, you will need to make several basic adjustments. Firstly, you need to make a core that is small enough to fit in between coils. A core with a diameter of about 1-1/2 inches should be sufficient. You will also need a magneto with a core of around 65,000 to 70,000 ampere-turns.

Next, you need a power source. You can use a twelve-volt battery, which can deliver about 70 amps. This is a good source of power as it does not require a transformer or a rectifier to smooth out the voltage. But if you are looking to charge higher amps, you should go for a more powerful battery setup.

When making coils, remember that you must wind them close to the magnet. Choose the heaviest gauge wire you can find, as kinks in the wire may ruin the thin enamel insulation. You can find some good ESP project pictures in the gallery below. These pictures will help you to make the most effective charger.A magnetic charger is not only easy to use, but it also has a lot of benefits.

Magnetic cables are safer to use than ordinary ones, since they are built to Qi standards, which ensure safe, fast charging. They also feature a built-in magnet that keeps your phone centered on the charging pad.

If you want to make a magnet charger using a Wico charger, you can simply disassemble it, and then place the two Wico poles upside-down on the charger and magneto. Once you place the Wico charger on the magneto poles, the armature of the Wico will jump up, completing the magnetic circuit. You can charge any mobile device with this charger.

To make a magnet charger, you will need a strong magnet. A tungsten magnet has a strong magnet, and a non-tungsten magnet needs more magnetic power. If you want a softer magnet, you can use a soft iron core to make your own. The core of the magnet should be made of soft iron, which will allow the magnets to align easily.

You can use a multimeter to check the magnetic force of the wire. To do this, place a multimeter probe in the copper winding of the magneto and also at the metal clip beneath the rubber casing. The value should be within the 3k-15k range. If it is below or above this range, then your magneto coil is faulty.

This is how to make a magnetic charger, you can make a magnetic charger according to this method, it can be convenient for you when your rose toy needs to be charged. This is a specific production video, I hope it can help you.


Leave a comment

Your email address will not be published. Required fields are marked *

Please note, comments must be approved before they are published