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Remote controlled Home automation without using microcontroller (Part-2) Schematic Circuit Diagram

This is the second part of home automation without using a microcontroller. In the previous part, we have designed a remote controller using RF module. And again if you do not have RF module on Proteus you can download from this link Rf module electronify  Now in this section we will connect the necessary home appliance to the receiver side and the remote part will be left as it is. For this demo, we are going to turn on fan and light only but you can connect other devices as well. and complete proteus file can be downloaded from this link home automation without using microcontroller electronify.

Schematic Diagram:

Remote controlled Home automation without using microcontroller (Part-2) Schematic Circuit Diagram 1

Remote controlled Home automation without using microcontroller (Part-2) Schematic Circuit Diagram 2

Explanation

Now we have disconnected two led from the previous circuit diagram and now these two pins are used to trigger the relay. If the D9 of the transmitter is on then the Lamp point of the receiver section goes to high and this high signal is connected to the transistor and the transistor is turned on ( remember transistor is used as a switch in this project ). And similarly, another pin of a transmitter is used to trigger the fan by using an appropriate connection. That’s all concept behind this project. If you have any questions about this project please leave a comment below, and I will try to solve your problem.

A transistor is a type of semiconductor device that can be used to both conduct and insulate electric current or voltage. A transistor basically acts as a switch and an amplifier. In simple words, we can say that a transistor is a miniature device that is used to control or regulate the flow of electronic signals.
The word transistor is a combination of transfer and resistance. This is because it transfers the resistance from one end of the device to the other end or we can say, transfer of resistance. Hence, the name transistor. The primary constitutional unit for the diode, and the transistor is the p-n junction.
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