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Refer to the circuit diagram depicted in Figure 1 below 10245V 20 20V (3-4021 10 22...
only write a conclusion/lesson learnt based off the experiment (iry After performing this experiment, you will...
only write a conclusion/lesson learnt based off the
experiment
(iry After performing this experiment, you will be able to: I. Change a linear network containing several resistors into an nt Thevenin circuit. circuit by comparing the 2. Prove the equivalency of the network in objective 1 with the effects of various load resistors. Materials Needed: Resistors: One 150 Ω, one 270 Ω, one 470 Ω, one 560 Ω, one 680 Ω, one 820 Ω One 1 k2 potentiometer Summary of...
Question 1. (a) Consider the waveform below that has a period of T of 0.04 seconds....
Question 1. (a) Consider the waveform below that has a period of T of 0.04 seconds. What is the rms voltage of this waveform? V(t) 15 V 0.01 s 0.02 s T=0.04s (b) The figure below shows a network of resistances and reactances having values as shown connected to a voltage source with a voltage of (50+0j) volts rms and an angular frequency of 1000 rad/s. А. 32 3 mH V 52 200 uF 2 mH 1 mH (i) Redraw...
Answer the calculation parts Circuit 2 1) Construct the circuit in Figure 2. 2) Calculate current...
Answer the calculation parts
Circuit 2 1) Construct the circuit in Figure 2. 2) Calculate current lload in the circuit 3) Measure current lload in the circuit (replace Rload with an ammeter) 4) Calculate the voltage across Rload in the circuit 5) Measure the voltage across the load in the circuit (replace Rload With a voltmeter) 6) Determine the Thevenin equivalent circuit 7 Construct the Thevenin equivalent circuit 8) Measure the current and voltage across the load resistor 9) Determine...
2. Refer again to the network of fig.P1. Using the small-signal-equivalent circuit developed in problem 1...
2. Refer again to the network of fig.P1. Using the small-signal-equivalent circuit developed in problem 1 and assuming this time that ro-> co, determine: (a) The input impedance (Z) and the output impedance (Zo) (b) The no-load voltage gain (AvNL). (22)
Thevenin's Theorem. "Any two-terminal, linear bilateral DC network can be replaced by an equivalent circuit consisting...
Thevenin's Theorem. "Any two-terminal, linear bilateral DC network can be replaced by an equivalent circuit consisting of a voltage source and a series resistor."This means that a circuit such as the one in Figure 1 can be replaced by a power supply and a series resistor, allowing for a quicker analysis of changes in load resistance,(RO) R3 Figure 1 Some of the advantages offered by this theorem are: • It allows the determination of any given voltage or current in...
For the circuit of Figure 1, choose values for resistors R1, R2, and R3
C.la For the circuit of Figure 1, choose values for resistors R1, R2, and R3(all resistances must be greater than one Kilo ohm). Given that the voltage source Vs1 = 8V and Vs2 = 10V determine the output voltage Vout. C.1b For the same resistor values Ri, R2, and Rs you chose in part C.la Given that the voltage source Vsi = 8V and Vs2 = 10V, use Figure 2(a) to determine the output voltage Vout/ and Figure 2(b) to determine the output voltage Vout2. Discussion:...
Problem 3 Given the linear, two-terminal circuit below, do the following: a) Find the Thevenin equivalent...
Problem 3 Given the linear, two-terminal circuit below, do the following: a) Find the Thevenin equivalent of the circuit b) Find the Norton equivalent of the circuit c) Determine the value of the load resistance that would achieve max power transfer if connected across the circuit's terminals d) Determine the max power value that can be transferred to the load described in part (c) 1 kN2 4000 2 ke 3 k13 1 mA Vx3312
The AC circuit depicted in Figure E2.6 includes an ideal transformer and operates at ?= 20...
The AC circuit depicted in Figure E2.6 includes an ideal
transformer and operates at ?= 20 krad/sec.
Further, the circuit components are given as follows:
•Source: Is= 15?0? A(rms)
•Primary side: R_11= 10 R_12= 20? ,j?L_11 = j10?
•Secondary side:R_21= 100?, 1/j?C = variable reactance
•Turns ratio: 1:n = 1:5
(a) Derive the Thevenin equivalent of the driving circuit on the
primary side of the ideal transformer. Draw
the simplified circuit after transferring the impedance of the
secondary side to...
Problem #1: Circuit Analysis and Thevenin Equivalent [20 points] The bridge circuit is connected to a...
Problem #1: Circuit Analysis and Thevenin Equivalent [20 points] The bridge circuit is connected to a load RL between terminals (a, b) as shown (a) Use node-voltage method to solve for VTH respect to terminal (a, b) (b) Use mesh-current method to solve for isc respect to terminal (a, b) 5Ω 2Ω 2 Ri b al 16 V 4Ω 2Ω
Consider the circuit in figure 4. a) find the thevenin equivalent of the network connected to...
Consider the circuit in figure 4.
a) find the thevenin equivalent of the network connected to
the inductor L1.
b) find the mathmatical equations for the transient behavior
of the current. iL(t) and the voltage vL(t) following the closing
of the switch.
c) determine the value of current iL at t= 20?s.
Question 5 (10 points) (Obj. 4) Consider the circuit in Figure 4. a) Find the Thevenin equivalent of the network connected to the inductor L1.(4 points) mathematical equations...
only write a conclusion/lesson learnt based off the
experiment
(iry After performing this experiment, you will be able to: I. Change a linear network containing several resistors into an nt Thevenin circuit. circuit by comparing the 2. Prove the equivalency of the network in objective 1 with the effects of various load resistors. Materials Needed: Resistors: One 150 Ω, one 270 Ω, one 470 Ω, one 560 Ω, one 680 Ω, one 820 Ω One 1 k2 potentiometer Summary of...
Question 1. (a) Consider the waveform below that has a period of T of 0.04 seconds. What is the rms voltage of this waveform? V(t) 15 V 0.01 s 0.02 s T=0.04s (b) The figure below shows a network of resistances and reactances having values as shown connected to a voltage source with a voltage of (50+0j) volts rms and an angular frequency of 1000 rad/s. А. 32 3 mH V 52 200 uF 2 mH 1 mH (i) Redraw...
Answer the calculation parts
Circuit 2 1) Construct the circuit in Figure 2. 2) Calculate current lload in the circuit 3) Measure current lload in the circuit (replace Rload with an ammeter) 4) Calculate the voltage across Rload in the circuit 5) Measure the voltage across the load in the circuit (replace Rload With a voltmeter) 6) Determine the Thevenin equivalent circuit 7 Construct the Thevenin equivalent circuit 8) Measure the current and voltage across the load resistor 9) Determine...
2. Refer again to the network of fig.P1. Using the small-signal-equivalent circuit developed in problem 1 and assuming this time that ro-> co, determine: (a) The input impedance (Z) and the output impedance (Zo) (b) The no-load voltage gain (AvNL). (22)
Thevenin's Theorem. "Any two-terminal, linear bilateral DC network can be replaced by an equivalent circuit consisting of a voltage source and a series resistor."This means that a circuit such as the one in Figure 1 can be replaced by a power supply and a series resistor, allowing for a quicker analysis of changes in load resistance,(RO) R3 Figure 1 Some of the advantages offered by this theorem are: • It allows the determination of any given voltage or current in...
C.la For the circuit of Figure 1, choose values for resistors R1, R2, and R3(all resistances must be greater than one Kilo ohm). Given that the voltage source Vs1 = 8V and Vs2 = 10V determine the output voltage Vout. C.1b For the same resistor values Ri, R2, and Rs you chose in part C.la Given that the voltage source Vsi = 8V and Vs2 = 10V, use Figure 2(a) to determine the output voltage Vout/ and Figure 2(b) to determine the output voltage Vout2. Discussion:...
Problem 3 Given the linear, two-terminal circuit below, do the following: a) Find the Thevenin equivalent of the circuit b) Find the Norton equivalent of the circuit c) Determine the value of the load resistance that would achieve max power transfer if connected across the circuit's terminals d) Determine the max power value that can be transferred to the load described in part (c) 1 kN2 4000 2 ke 3 k13 1 mA Vx3312
The AC circuit depicted in Figure E2.6 includes an ideal
transformer and operates at ?= 20 krad/sec.
Further, the circuit components are given as follows:
•Source: Is= 15?0? A(rms)
•Primary side: R_11= 10 R_12= 20? ,j?L_11 = j10?
•Secondary side:R_21= 100?, 1/j?C = variable reactance
•Turns ratio: 1:n = 1:5
(a) Derive the Thevenin equivalent of the driving circuit on the
primary side of the ideal transformer. Draw
the simplified circuit after transferring the impedance of the
secondary side to...
Problem #1: Circuit Analysis and Thevenin Equivalent [20 points] The bridge circuit is connected to a load RL between terminals (a, b) as shown (a) Use node-voltage method to solve for VTH respect to terminal (a, b) (b) Use mesh-current method to solve for isc respect to terminal (a, b) 5Ω 2Ω 2 Ri b al 16 V 4Ω 2Ω
Consider the circuit in figure 4.
a) find the thevenin equivalent of the network connected to
the inductor L1.
b) find the mathmatical equations for the transient behavior
of the current. iL(t) and the voltage vL(t) following the closing
of the switch.
c) determine the value of current iL at t= 20?s.
Question 5 (10 points) (Obj. 4) Consider the circuit in Figure 4. a) Find the Thevenin equivalent of the network connected to the inductor L1.(4 points) mathematical equations...
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