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Nice video, thanks for the explanation :)
Until now I used to write 3 values of frequency in ac analysis and choose the middle.
A voltage across a resistor can be calculated: 1.59674 x 5 ohms = 7.9837 V. I wonder if the same can be done with an inductor or capacitor. Impedance x current? I guess we would need a voltage difference here.
Thanks! It helped me and my friend a lot! He's the other comment c:
Ineffectively quick, i actually wanted to learn how to work with lt spice
Is theere any way eassier????😢😢😢5
thanks
You're welcome!
Too many hand caculation to show final results. Complicated for showing phase and magnitude of components.
Nice video, thanks for the explanation :)
Until now I used to write 3 values of frequency in ac analysis and choose the middle.
A voltage across a resistor can be calculated: 1.59674 x 5 ohms = 7.9837 V. I wonder if the same can be done with an inductor or capacitor. Impedance x current? I guess we would need a voltage difference here.
Thanks! It helped me and my friend a lot! He's the other comment c:
Ineffectively quick, i actually wanted to learn how to work with lt spice
Is theere any way eassier????😢😢😢5
thanks
You're welcome!
Too many hand caculation to show final results. Complicated for showing phase and magnitude of components.