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dimsum1
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I am wondering if this is possible.
Simon Bridge said:The Thevenin voltage is the open circuit voltage across the terminals.
How is VS measured?
dimsum1 said:VS is 40, given, i just need to know if its possible or not
Hi beginner. Attach a pic of your circuit. Or if it is very simple, describe in words.dimsum1 said:I didn't answer your question because I don't know how to answer them, I am just a beginner
Well, if you don't know what VS is then that will be a problem.I didn't answer your question because I don't know how to answer them, I am just a beginner
Simon Bridge said:Anyway - I think you are starting to get the idea about the role played by the voltage source.
dimsum1 said:The only thing I got out of that is voltage sources may not be ideal, nvm, I give up, what ever comes out of you does not help me at all.
I still know the same amount of things from the beginning of my post, so no, I did not "start to get", I said that in my previous post. I'm starting to wonder if we are even on the same wave here.
Apparently simple words is to much to ask for.
Guess this forum isn't meant for beginners, might as well talk to a bowl of sliced potatoes.
Thanks for trying though, thumbs up for your effort.
Yes, the voltage thevenin can be higher than VS. The voltage thevenin is the maximum voltage that can be measured between two points in a circuit, whereas VS is the supply voltage. If the circuit contains voltage amplifiers or other components that increase the voltage, the voltage thevenin can be higher than VS.
The voltage thevenin is calculated by first removing all the loads and sources from the circuit, and then calculating the voltage between the two points where the load was connected. This voltage is the voltage thevenin and can be calculated using various techniques such as Kirchhoff's Voltage Law or Ohm's Law.
Yes, the voltage thevenin can change in a circuit. The voltage thevenin is dependent on the circuit components and their values. If any of these components change, then the voltage thevenin will also change. Additionally, if new components are added or removed from the circuit, the voltage thevenin can also change.
No, the voltage thevenin is not always higher than the voltage Norton. The voltage Norton is the equivalent voltage source obtained when converting a circuit from its Thevenin equivalent. In some cases, the voltage Norton may be higher than the voltage thevenin, depending on the circuit components and their values.
The voltage thevenin is important because it allows us to simplify complex circuits into a single equivalent voltage source. This simplification makes it easier to analyze and understand the behavior of the circuit. The voltage thevenin is also used in various circuit analysis techniques, such as superposition and Thevenin's theorem.