1. Construct the following circuit. R A V -12V V= 1502 R. 47 92 B R...

    

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1. Construct the following circuit. R₁ A V₁ -12V V₁= 1502 R. 47 92 B R₂ 10092 V₁-9V 2. Power up and measure voltage across load resistor (Rt) and current in the load resistor. IL = 3. From your theoretical knowledge calculate the Thévenin resistance and Thévenin voltage and hence draw the Thévenin equivalent circuit Calculate VTH and RTH here Draw Thévenin equivalent circuit here: Check your calculation of the Thévenin resistance and voltage by actual measurement i.e. Remove load resistor and measure VTH across the load resistor terminals A-B 1) 4. 5. VTH(measured) ii) Replace voltage sources with short circuits and measure RTH across the load resistor terminals RTH(measured) 111) Construct the Thévenin equivalent circuit you have just drawn (include the load resistor) Power up and measure the load voltage and current VL = IL = 1. Construct the following circuit. R₁ A V₁ -12V V₁= 1502 R. 47 92 B R₂ 10092 V₁-9V 2. Power up and measure voltage across load resistor (Rt) and current in the load resistor. IL = 3. From your theoretical knowledge calculate the Thévenin resistance and Thévenin voltage and hence draw the Thévenin equivalent circuit Calculate VTH and RTH here Draw Thévenin equivalent circuit here: Check your calculation of the Thévenin resistance and voltage by actual measurement i.e. Remove load resistor and measure VTH across the load resistor terminals A-B 1) 4. 5. VTH(measured) ii) Replace voltage sources with short circuits and measure RTH across the load resistor terminals RTH(measured) 111) Construct the Thévenin equivalent circuit you have just drawn (include the load resistor) Power up and measure the load voltage and current VL = IL =

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The images provided lay out a series of steps to construct a particular electrical circuit measure some electrical values calculate the Thevenin equivalent circuit and then confirm the theoretical cal... View the full answer