Homework Statement
Find the Thevenin equivalent at terminals a-b
V1 = 70V
V2 (dependent) = 4Vo
R1 = 10Kohm
R2 = 20Kohm
Homework Equations
##V=RI##
##1/req = 1/r1 + 1/r2 + ... +1/rn##
The Attempt at a Solution
Found the current i = 1mA by KVL using Vo = 10ki then did source...
Homework Statement
Homework Equations
The Attempt at a Solution
I have attempted and completed all questions. However, I am now trying part (b) with transforming the voltage source into a current source. I am unable to work out the current and I am unsure what to do next.
I have included...
I have one circuit and another with a source transformation figure a and b respectively. My question after transforming the 30 mA source shouldn't the current going into node 5 equal the current going into node 4?
Figura a. Before the transformation of the source
Figure b. After the...
I'm extreeeeamly rusty at basic circuit theory.
I want to transform a sort of infinite arrangement of this circuit:
The values themselves aren't important, just the representation of what's happening, all the verticle resistors are the same value as eachother, and all the horizontal resistors...
Hi.i know that a ideal current source has infinite resistance and it supply's constant current to aload connected across it. The current source doesn't have the infinite resistance in series to it but in pparalle. All is well until I think of this Norton's Therom. When we transform a voltage...
Hey guys, i did this source transformation as an alternate method to find the transfer function of a circuit, however I am getting a different transfer function of 2/(2s+(s+3)(s^2+1)) to the solution in the following image. Any help would be really appreciated :)
It's question 1b) Please view attached
1. Just to clarify, when different voltage sources are in series you pick the smaller one?
2. First step, they turned the 1A and 2ohm into 2V, why does the resistance disappear? Then between the last two steps the 12/7 ohm resistance remains with 18/7...
Homework Statement
I'm to use source transformation to find the current through the 24 Ohm resistor
2. The attempt at a solution
I used source transformation on the left 12V source and got a .5A current upwards. The 24 and 30 ohm resistor are in parallel so I found an equivalent resistance of...