Transcription
If I want to implement the full wave rectifier circuit in Multisim, then I actually need four diodes. So, for that reason, let me simply add one 1N4007 this diode, and I need this start four times. So I'm simply gonna copy and paste three times more here. This is my four diodes, 1N4007. But if you want, you can add 1N4002 as well.
And now I need an AC power source. So I need to add an AC power source. And moreover, I also need a resistor. So I'm simply gonna take a resistor rated. So here I have all of the components I need. Right now, I'm gonna change the value of this AC power source. Let's say 3.54 RMS voltage and frequency 1000 Hertz. Again, if you don't know why I am changing this over, uh, how I am changing this right now, you can watch the earlier content where I explained this as well.
So, first of all, I need to make sure that I am implementing the circuit properly. All right, let me simply select all of the diodes and rotate this in the upper portion like this. All right, and let me rotate this AC power source also like this. Cool. And I need to connect them all together with these AC power source. How I can do that? Look carefully. So I'm simply going to connect to this diode with these AC power source like this, and this diode in the AC power source like this. But for this diode, I'm gonna add this to the AC power source like this, not with this corner. All right. And I'm gonna do the same thing for the last diode as well. I'm not gonna like this, like this. This will connect with this diode directly. So I'm not gonna do this. But I'm gonna do, I'm gonna simply change its direction and act like this. All right. And here I'm gonna connect this to diodes like this, and I'm gonna do the same thing right here as well. So I'm gonna simply connect diodes like this. And about this resistor, I'm gonna rotate this resistor like this, and I need to add this resistor in the parallel connection of this circuit. So it should be like this. Cool. My circuit implementation has been completed successfully.
Now, let's say if I simply want to show you the output channels graph, what I need to do? I need to simply add an oscilloscope like this. And let's say I'm gonna get the graph in Channel B. So I'm gonna simply connect Channel B to this resistor side like this. That's it. Now, if I simulate this, let me resolve the issues first. Now, if I simply simulate this, I can simply double-click in our oscilloscope. So this is my output graph. I can simply change the scaling to get the output graph successfully. So this is my full wave rectifier. All right, this is my full wave rectifier.
So, in this circuit, I haven't used any capacitor. But if you want, you can use a capacitor here as well. How you can do that? Let me show you quickly. So for adding capacitor, I can simply add a capacitor rated like this, and I need to rotate this capacitor. And what I need to do? I need to add this capacitor in the parallel direction against this resistor like this. And for getting the output graph, I need to add the connection to the oscilloscope against this capacitor, not the resistor this time. All right. So I can simply add this like this and add to this here like this. So if I simply start the simulation process again, you see this is my output graph. So that's it. If you can follow this properly, then I hope you can implement any type of full wave rectified circuit in Multisim and you can also simulate it properly.