For the circuit of Figure 5, choose values for resistors R1, R2, Rs, R4, Rs, R6,...

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For the circuit of Figure 5, choose values for resistors R1, R2, Rs, R4, Rs, R6, and Rioad (all resistances must be greater than 1 kN). Given that the voltage source Vsi = 14 V (show your work for each part): Find the Thevenin equivalent for the circuit between terminals e-g. Calculate the theoretical values of: a. (1) The Thevenin voltage source value using the open circuit voltage vo= VrH using the circuit in Figure 6 part (a) (2) The Thevenin internal resistance value using the short circuit current and the open circuit voltage Rri Vo ise using the circuit in Figure 6 part (b) b. Calculate the maximum power transfer based on equation (4.3). For which load resistance will this power be obtained? Explain. R5 ww R. ww R2 R, ww Ripad Vss Figure 5: An example for a linear resistive network. -ww For the circuit of Figure 5, choose values for resistors R1, R2, Rs, R4, Rs, R6, and Rioad (all resistances must be greater than 1 kN). Given that the voltage source Vsi = 14 V (show your work for each part): Find the Thevenin equivalent for the circuit between terminals e-g. Calculate the theoretical values of: a. (1) The Thevenin voltage source value using the open circuit voltage vo= VrH using the circuit in Figure 6 part (a) (2) The Thevenin internal resistance value using the short circuit current and the open circuit voltage Rri Vo ise using the circuit in Figure 6 part (b) b. Calculate the maximum power transfer based on equation (4.3). For which load resistance will this power be obtained? Explain. R5 ww R. ww R2 R, ww Ripad Vss Figure 5: An example for a linear resistive network. -ww