In a half-wave rectifier there is only one diode and it conducts for one-half of the AC cycle. In a full-wave rectifier there are two diodes. One of them conducts on the positive half cycle and the other conducts on the negative half cycle.
Or four in a bridge configuration.In a full-wave rectifier there are two diodes.
Yes, i need to make a presentation and I dont find anything about the second diode. There is nothing on the internet for a half have rectifier with 2 diodes.Is this homework?
There is a conflict between your description of what you want to build and the materials you are using. You still have not provided a schematic diagram, so we have no possible way to help you. Provide the diagram or accept your fate. Those are your choices as I see them.Yes, i need to make a presentation and I dont find anything about the second diode. There is nothing on the internet for a half have rectifier with 2 diodes.
I dont have a diagram, it's my job to make one .There is a conflict between your description of what you want to build and the materials you are using. You still have not provided a schematic diagram, so we have no possible way to help you. Provide the diagram or accept your fate. Those are your choices as I see them.
I see. Then you should start by finding a diagram that is a half-wave rectifier with a single diode, spend some time to understand it. If you want to add a second diode, the most productive way to do that would be to add that diode in such a way that you make a full-wave rectifier. Anything else you do will just be foolish nonsense.I dont have a diagram, it's my job to make one .
My teacher just gave the diagramI see. Then you should start by finding a diagram that is a half-wave rectifier with a single diode, spend some time to understand it. If you want to add a second diode, the most productive way to do that would be to add that diode in such a way that you make a full-wave rectifier. Anything else you do will just be foolish nonsense.
The TS's circuit has a higher value feedback resistor, so the output voltage will be different.Here is a simulation of what it does.
You're right I looked at his schematic and, since 40K is not a standard value, my brain just blew past it. My bad!The TS's circuit has a higher value feedback resistor, so the output voltage will be different.
Ok so you have to analyze that circuit now?My teacher just gave the diagram
After i did my research about this type of circuit, i learned that we add the second diode to prevent the the op-amp going in negative saturation(in my schematic) if i am correct .I asked if you knew what the purpose of the operational amplifier was. If you don't, that's OK we can help with that.
by Jake Hertz
by Aaron Carman
by Jake Hertz
by Jake Hertz