So we're not allowed to give direct answers on this forum, but I would suggest starting off to plot the function on a graphing calculator and see how it looks in general. This is just to get you started to understand how this function behaves overall.
For example, plotting it on something like...
Could you label where the currents are with arrows in your diagram? So basically label where the currents "I1", "I2", "I3", etc.. are actually going. That way anyone can get an idea of the directions (i.e. In/Out) you're thinking about.
I was going to suggest using a node voltage method but it...
Do you have any other information like a diagram or anything else? You mentioned the two poles at 10 MHz and 500 MHz. I would suggest you start off by finding a relationship (or a "function") that relates the output versus your input? It's a specific type of function, you might've already...
I haven't done circuit theory in years, but here goes nothing lol.
Just as a review, when you're using superposition theorem, you only "turn on" one source on at a time. In this case, you can split this circuit up into two cases:
5A Current Source = Let's call this Case #1.
25A Current Source...
Would you be able to send a more clear picture of the circuit? Or atleast answer these questions about the problem statement so that I can get a better idea:
Is that the greek letter "μ" next to the voltage-controlled voltage source (Please see screenshot below with red circle)? Are we given a...
So like I said in my previous post, please also double-check with your colleagues/professor because some professors might teach this in a different way. But as far as I know, for a voltage phasor diagram, this should be fine because you don't need to include impedances.
One thing you can also...
Just to confirm, I have noticed that some conventional voltage phasor diagrams include real and imaginary impedances. I'm assuming you are taking this class in undergrad. Has your professor gone over voltage phasor diagrams? Does your professor/TA require you to include certain parameters in...
Ok then in that case you should only draw the voltage phasor diagram. Heres another example of a series RLC Circuit:
Remember when you only draw the voltage phasor diagram, you need to know if the current is leading or lagging the voltage and by how much it is leading or lagging (i.e. the...
Just to confirm, in the problem statement that you posted, it says draw the "voltage phasor diagram" (screenshot below):Is this the original problem statement or is there another question asking you to draw the full phasor diagram for the AC circuit?
Is there something I can clear up so you're not confused anymore? If you do have any questions please do ask so I can clear them up.
Otherwise, here are some good Phasor Diagram examples you can learn from:
If you go to this link, there is an example of an RLC Circuit (on Page 9 / 18 on the...
Actually, sorry I made a mistake.
Please see the file I attached at the bottom of this post (PF calculation.pdf attached). This file shows the full work of the problem that I did. Your reactance calculations (for the inductor and capacitor) are correct. It's just that you made a mistake when...