![]() So I conclude that Multi sim results are wrong, very wrong. I know Mathematic results are 100% correct, no doubt in that.So I must accept the result which is more closer to the mathematic.So practical results are more near to Multisim results. The next questions was which results to accept, there are three results This 0.22V error is generated due to various reasons, resistances of wires,not 100% accurate rated capacitors, stray capacitances,and the list goes on and on. Multisim can perform Transient Analysis that considered continuous time signals, and AC Analysis that perform frequency domain analysis. We will use the software's Transient Analysis feature to make these observations. Specifically, you will observe how a 5 volt source charges the capacitor in an RC network (and how the capacitor discharges in the same network when the source shuts off). Vcc=11.55V approximately equals to 11.77V In this tutorial, you will be guided through the use of the electronic circuit simulation tool MultiSim. Multisim allows the user to observe how a circuit behaves over time. The results of Computer Simulation on Matlab are like this: The 12V power supply gives around 11.77V when checked by multimeter. I got worried about this thing very much.I performed the same experiment on computer and other practically.I took two real capacitors and and one real multimeter and one breadboard with 12V power supply.
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