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5 V 390 one's private de Figure 1 Bridge circuit 47052 Action 3.3 k R₁ - 33052 ww Love 1.2 k

5 V 390 one's private de Figure 1 Bridge circuit 47052 Action 3.3 k R₁ - 33052 ww Love 1.2 k

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Write the lab report for thevenin equivalent circuit. You have to write design practice content and analysis with conclusions. Value 4.1 Voltage applied to = 0.326 v 4.2 Vth= 1.405 v Rth= 1.081 Kohm 4.3 Rth= 1.081 Kohm RL= 0.326v
5 V 390 one's private de Figure 1 Bridge circuit 47052 Action 3.3 k R₁-33052 ww Love 1.2 k
Transcribed Image Text:5 V 390 one's private de Figure 1 Bridge circuit 47052 Action 3.3 k R₁-33052 ww Love 1.2 k
4.1 (Original Circuit Measurement) Construct the circuit as shown in Figure 1 and measure the voltage applied to R. Calculate the current flowing through R, from this. Record the voltage, the current. What is the error with the value calculated in 3.1? What is the reason for the error? 4.2 (a) Measure and record Vm using the method in Experimental Plan 3.3. That is, after setting the DMM to the DC voltage measurement mode, remove Rt from Figure 1 and connect the DMM there to measure and record the voltage. (b) Measure and record R Th by the method in Experimental Plan 3.3. That is, after setting the DMM to the resistance measurement mode, remove the DC power supply from Figure 1 and connect the position with a wire. Remove Rz and connect the DMM to the spot to measure and record the resistance. What is the error with the value calculated in 3.2? What is the reason for the error? 4.3 Set the DMM to the resistance measurement mode, and then measure the variable resistance and adjust it to R The. Adjust the DC power supply output voltage to VTA. Construct the Thevenin equivalent circuit and connect R,. Set the DMM to DC voltage measurement mode, measure the voltage applied to R, calculate the current from it, and record each. What the error between this value and the value calculated in 3.1 and the value measured in 4.1? Consider and determine the reference value when calculating the error.
Transcribed Image Text:4.1 (Original Circuit Measurement) Construct the circuit as shown in Figure 1 and measure the voltage applied to R. Calculate the current flowing through R, from this. Record the voltage, the current. What is the error with the value calculated in 3.1? What is the reason for the error? 4.2 (a) Measure and record Vm using the method in Experimental Plan 3.3. That is, after setting the DMM to the DC voltage measurement mode, remove Rt from Figure 1 and connect the DMM there to measure and record the voltage. (b) Measure and record R Th by the method in Experimental Plan 3.3. That is, after setting the DMM to the resistance measurement mode, remove the DC power supply from Figure 1 and connect the position with a wire. Remove Rz and connect the DMM to the spot to measure and record the resistance. What is the error with the value calculated in 3.2? What is the reason for the error? 4.3 Set the DMM to the resistance measurement mode, and then measure the variable resistance and adjust it to R The. Adjust the DC power supply output voltage to VTA. Construct the Thevenin equivalent circuit and connect R,. Set the DMM to DC voltage measurement mode, measure the voltage applied to R, calculate the current from it, and record each. What the error between this value and the value calculated in 3.1 and the value measured in 4.1? Consider and determine the reference value when calculating the error.
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