Part II: Maximum Power Transfer

Question $(2)$:

a$.$ Using the network shown in Figure $2\mathrm{.}1,$ create the diagram into MultisIM, add your drawings below the figure.

b$.$ Using the data from table $2\mathrm{.}1,$ simulate different resistive load values as provided then measure the load voltage $()/(((/$mathrm$\{$VL$\})/))$ to be able to calculate the maximum power transfer.

$20$ MARK

Date Table $2\mathrm{.}1$

$(6$ Marks$)$

$\backslash$table$[[$R$,$V$\_($L$)],[,1\backslash$Omega $],[,],[2\backslash$Omega $,],[,3\backslash$Omega $],[,],[4\backslash$Omega $,],[,5\backslash$Omega $],[,],[6\backslash$Omega $,],[,7\backslash$Omega $],[,],[8\backslash$Omega $,],[,9\backslash$Omega $],[,],[10\backslash$Omega $,],[,12\backslash$Omega $],[,],[15\backslash$Omega $,],[,18\backslash$Omega $],[,]]$

c$.$ Use graph $2\mathrm{.}1$ to determine each cross point of your answers in table $2\mathrm{.}1,$ then draw a line of the differences between the load resistance and maximum power.

$(2$ Marks$)$

$\backslash ($ P$\_\{\backslash$text $\{$Max $($w$)\}\}\backslash )$

Conclusion

Write your conclusion to explain what you've done and experienced from this assignment.