wireless current transmission

The presented circuit works to transfer electricity from one place to another without wires.  In this project there are two coils made of copper wire, one coil acts as transmitter and the other coil acts as receiver.  This is a very efficient structure used for magnetic induction.

The circuit diagram of wireless current transmission is given below. In It uses a coil made from 100 turns of copper wire on a PVC pipe and a transistor BD139 is also used in this circuit.  

Pin 1 of the coil used in the transmitter circuit is connected to the base of the transistor BD139 through a 10K ohm resistor and pin 3 of the coil is connected to the collector of the transistor.  Pin 2 of the coil (which happens after 50 turns) is connected to +9v.

Wireless current transmission circuit diagram 


<img src="/imgs/wireless-current-transmission.jpg" alt="Wireless Current Transmission Circuit Diagram">

This wireless current transmission circuit converts DC current into high frequency AC current and generates a magnetic field around.  

wireless current receiver 


When the receiver coil is placed in a magnetic field, current is generated in it and the LED connected to the receiver coil starts flashing as shown in the figure below.  

In the below circuit diagram, both the transmitter and receiver coils are shown together.

<img src="/imgs/wireless-current-transmission.jpg" alt="Wireless Current Transmission">

The receiver coil has about 50 turns of 22 gauge wire.

Comments

Aaron said…
how much volt will it transmit and what if the voltage needed to be increased?

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