hey guys, i have an exercise and i can't figure it out :/ the question is to find the equivalent circuit using thevenin theorem. Pls help me :/
What have YOU done to try to figure it out?hey guys, i have an exercise and i can't figure it out :/ the question is to find the equivalent circuit using thevenin theorem. Pls help me :/
Our posts crossed.i disconnected the charge and tried to calculate the Rth (thevenin resistor) disconnected the current source and short-circuited the vsource
i think Rth= (R3+R)//(R1+R2)
and for the Vth i didnt know how to start! i thought may be i can put another vsource which is gv*R2 but i'm not sure
Ah, okay. No need to be sorry, your English is a LOT better than my French!i mean the load RL , i'm sorry but i study electronics in french! Load means charge in french sorry again
So, in this case, what is 'I' and what is 'R'? What is 'V' then equal to?it is V=I*R
For THIS PROBLEM, what is 'I' equal to? What is 'R' equal to? What is 'V' equal to?V is the dependent voltage source R is its intern resistance and I is the dependent current source?
I owe you an apology. In my mind I was thinking g_v (g subscript v), even though it is clearly g * v with 'v' being the voltage between the halves. My bad and sorry to lead you down a rabbit hole.the current of the dependent current source is gv and its parallel resistance is R2
gv*R2=V ( v is the dependent voltage source) but that's what i did earlier !!
R2 is gone now because V2=R2*gvI owe you an apology. In my mind I was thinking g_v (g subscript v), even though it is clearly g * v with 'v' being the voltage between the halves. My bad and sorry to lead you down a rabbit hole.
So, for that part of it, you are correct. But your schematic still needs to show R2 and it also needs to indicate 'v'.
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by Jake Hertz
by Jake Hertz
by Jake Hertz
by Jake Hertz