Use max power transfer theorem to calculate the value of RL for the following circuit.
I've done the Thevenin's equivalent circuit but from there I don't know how to find the \$R_{Load}\$. I need it to do a table of current and power against \$R_{Load}\$.
Any suggestions or help would be appreciated.
The "maximum power transfer theorem" tells you that for maximum power transfer, the load resistance must be the same as the source resistance.
You've used Thevenin's theorem to find the source resistancee. Given that and the statement above about the maximum power transfer theorem, you should be able to figure out \$R_{Load}\$ pretty easily.
From that you can find the current through the circuit and the current through \$R_{Load}\$.
With the current through \$R_{Load}\$, you can find the dissipated power using the formula for Joule heating. That's \$P_{Load} = I_{Load}^2R_{Load}\$
Zout = 3.61K +10 K therefore if a 13.61K load is applied, it will reduce the 4.xxx Vo in half.
You choose whatever load you need.
High Z for low voltage loss or matched Z for max power transfer.
