Homework Statement
Homework Equations
Irms = \frac{Im}{\sqrt{3}}
The Attempt at a Solution
I'm lost on how to do a completely, whereas for b. I can find the Irms:
Irms = \frac{6}{\sqrt{3}} = 3.46 mA
and the average, I'm guessing is 6/2 = 3 mA?
Thank you in advance!
Homework Statement
So the first part is to find Voc in this circuit:
So I did this:
-10 + 1200*i1 + 3300*(i1 - i2) - 12 = 0
since i2 = 0 A,
-22 + 4500*i1 = 0
i1 = 22/4500 A = 0.0049 A
Then, for Voc:
3300*(i2 - i1) + Voc + 12 = 0
since i2 = 0 A,
3300*(−22/4500) + Voc + 12 = 0...
Thanks so much for the help :) but I just wanted to make sure that my answer was correct so:
-10 + 1200*i1 + 3300*(i1 - i2) - 12 = 0
since i2 = 0 A,
-22 + 4500*i1 = 0
i1 = \frac{22}{4500} A = 0.0049 A
Then, for Voc:
3300*(i2 - i1) + Voc + 12 = 0
since i2 = 0 A...
Homework Statement
Homework Equations
Thevenin Theorem, Kirchoff's Voltage Law, mesh analysis
The Attempt at a Solution
I'm kind of confused as to how to approach this question as a whole because I'm getting put off from the two voltage sources.
I was thinking that maybe I could use mesh...
Homework Statement
Solve for V1, V2, V3 and V4 (in decimals) using node voltage analysis method for the following:
Homework Equations:
Node Voltage Analysis
The Attempt at a Solution:
For Node #1:
V_{1} = 6 V
For Node #4:
V_{4} = 16 V
For Node #2...