- #1
Kevin2341
- 57
- 0
FIRST OFF: Sorry for the multiple post on this subject, I couldn't figure out how to edit my first post on this topic (I promise I'm not spamming!)
Step 1:
Removed unnecessary resistors R1 and R3. R1 is removed because of the fact that it will not have any effect on the voltage because it is in parallel with the voltage source. R3 is the same in contrast, series with a current source has no effect on current.
Step 2: Used several source transformations to convert the current source into a voltage source (combined the resistors R4 and R5 in series). Converted the voltage source back into a current source combining the R4\R5 series (now 1 resistor and in parallel to the current source) with R6 (2000 ohms || with 1000 ohms = 666.67 ohms)
I'm not sure where to go from here. Am I some how able to rearrage the voltages and resistors and combine them that way? I feel like I'm really close (Or I've done this completely wrong).
Any help would be appreciated! :D
Homework Statement
Homework Equations
The Attempt at a Solution
Step 1:
Removed unnecessary resistors R1 and R3. R1 is removed because of the fact that it will not have any effect on the voltage because it is in parallel with the voltage source. R3 is the same in contrast, series with a current source has no effect on current.
Step 2: Used several source transformations to convert the current source into a voltage source (combined the resistors R4 and R5 in series). Converted the voltage source back into a current source combining the R4\R5 series (now 1 resistor and in parallel to the current source) with R6 (2000 ohms || with 1000 ohms = 666.67 ohms)
I'm not sure where to go from here. Am I some how able to rearrage the voltages and resistors and combine them that way? I feel like I'm really close (Or I've done this completely wrong).
Any help would be appreciated! :D