Elec Sys Lab 6
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University of Texas, Rio Grande Valley *
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2317
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Electrical Engineering
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Apr 3, 2024
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Uploaded by ever1234
Lab #6: Thevenin,
Norton & Source
Transformation
ELEE 2317 – B
Ever Acosta Gerardo Zapata
03/08/2024
OBJECTIVES:
The objectives for this lab were to observe the application of Thevenin equivalent principles and apply the least squares method to fit a linear equation to experimental data. EQUIPMENT & PARTS:
Bench top Digital multimeeter
Breadboard
Power supply (dual or triple output)
Miscellaneous Cables
¼ Watt or ½ Watt Resistors, 51 ohms, 270 ohms, 620 ohms, 1.2
kilohms, 1.8 kilohms, 2.2 kilohms, 2.4 kilohms, 3.6 kilohms, 5.6
kilohms, 12 kilohms, 18 kilohms.
Hook-up wire (4/20 or #22 solid conductor)
IN THE LAB:
First, we identify, measure, and record each resistor in Table 1. We then constructed the circuit shown in Figure 4-3 and set up the meter to measure each resistor we connected one by one. We took the voltage and measured values for resistance to compute the current and power in the resistors. With
this data, we came up with a corresponding graph. Table 1
Nominal Value
Voltage (V)
Meas. Resist. (Ohms)
Current (A)
Power (Watts)
Current (mA)
Power (mWatts)
51 Ohms
0.16323
50.95
0.003203729
0.00052294
5
3.203729146
0.522944709
12 K-
Oms
6.36
11844
0.000536981
0.00341519
8
0.53698075
3.415197568
620 Ohms
1.5949
611.5
0.002608177
0.00415978
1
2.608176615
4.159780883
1.8 Ohms
3.3056
1769.7
0.001867887
0.00617448
8
1.867887213
6.17448797
5.6 K-
Ohms
5.373
5544
0.000969156
0.00520727
4
0.969155844
5.207274351
18 K-
Ohms
6.731
17749
0.000379233
0.00255261
5
0.379232633
2.552614852
270 Ohms
0.7864
265.93
0.002957169
0.00232551
8
2.95716918
2.325517843
3.6 K-
Ohms
4.5942
3519
0.001305541
0.00599791
8
1.305541347
5.997918056
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Looking at the results for the power, we can see that the results do seem to agree with the maximum power transfer theorem. We then took measurements for the Open Circuit Voltage, Short Circuit Current and Equivalent Resistance. Voc = 7.605 mV
Isc = 3.1654 mA
Rth = 3.10 Kohms
Related Questions
Please show steps and work
arrow_forward
solve the question and demonstrate alor please I want to understand prefectly.
Thank you.
arrow_forward
Q1. a)
An SCR based AC power controller circuit is given in Figure 1. The circuit
connects a 240V 50Hz AC source vi to a resistive load with resistance of
100. If the delay angle is a-15°, draw the waveforms of the load voltage Vo,
and the voltage across SCR2. Calculate the power supplied to the load.
+
Vi
Va +
2
SCR2
H₁₁
SCR₁
Figure 1 SCR based AC power control circuit
Va +
2
io
b)
Figure 2 is a single phase 2-level voltage source converter (VSC) with a
DC voltage Vd-200V. A PWM scheme, by comparing a reference value with
a 10kHz triangle waveform, is used to control the switches S₁ and S2. The
modulation index of the PWM is m=0.8. With the aid of graphs explain how
pulse signals for the switches are generated, sketch the output voltage Vo,
determine the duty cycle, and calculate the average output voltage.
+
Vo
+
Vo
√ ₂ ==
Figure 2 A single phase VSC
arrow_forward
Find voltage regulation in typing format please ASAP for the like
arrow_forward
I need a diagram of a circuit by the transform and rectification block, using the bridge rectifier circuit (2W10). It can be a source of any value. You don't need to do any calculations, just a drawing of how this circuit will look, please.
arrow_forward
hello, am doing past years, but need 3rd party confirmation on answers, I tried checking with my friend but they and I have different answers. If possible please include a bit of explanation as I am afraid that my grasp on the concepts are not firm
arrow_forward
Three phase Bridge rectifier operated from a 380V, 50Hz source throughout three-phase Y/Y connected transformer with ration 2:1. The load current has continuous character with negligible ripples and average thyristor current of 15A. The circuit inductance per phase is 1.2mH. The rectified voltage due to overlapping angle is 90 % of that voltage when this angle is neglected.
1- How much will the voltage drop be due to circuit inductance *
2- How much will the dc average voltage Vdc(alpha) be.
3- How much will the firing angle be ?
4- The overlapping angle.
5- How much is the percentage change of the output dc power if the thyristors T2, T4 and T6 are replaced by three diodes D2, D4, D6.
6- How much will be the maximum RMS phase current for the mentioned in previous task circuit ( semi-converter).
7- If an additional of 1 mH inductances are added to the existing inductances in the phases , how much will the overlapping angle be. The dc load current is kept constant & the…
arrow_forward
A PMMC type meter has a full scale deflection of 10 mA. The resistance of the coil is 30 ohm. Then (1) shunt value for an Ameter of 50 A range and
(2) Find the value of series resistance required for the range up to 500 V.
arrow_forward
SEE MORE QUESTIONS
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Related Questions
- Please show steps and workarrow_forwardsolve the question and demonstrate alor please I want to understand prefectly. Thank you.arrow_forwardQ1. a) An SCR based AC power controller circuit is given in Figure 1. The circuit connects a 240V 50Hz AC source vi to a resistive load with resistance of 100. If the delay angle is a-15°, draw the waveforms of the load voltage Vo, and the voltage across SCR2. Calculate the power supplied to the load. + Vi Va + 2 SCR2 H₁₁ SCR₁ Figure 1 SCR based AC power control circuit Va + 2 io b) Figure 2 is a single phase 2-level voltage source converter (VSC) with a DC voltage Vd-200V. A PWM scheme, by comparing a reference value with a 10kHz triangle waveform, is used to control the switches S₁ and S2. The modulation index of the PWM is m=0.8. With the aid of graphs explain how pulse signals for the switches are generated, sketch the output voltage Vo, determine the duty cycle, and calculate the average output voltage. + Vo + Vo √ ₂ == Figure 2 A single phase VSCarrow_forward
- Find voltage regulation in typing format please ASAP for the likearrow_forwardI need a diagram of a circuit by the transform and rectification block, using the bridge rectifier circuit (2W10). It can be a source of any value. You don't need to do any calculations, just a drawing of how this circuit will look, please.arrow_forwardhello, am doing past years, but need 3rd party confirmation on answers, I tried checking with my friend but they and I have different answers. If possible please include a bit of explanation as I am afraid that my grasp on the concepts are not firmarrow_forward
- Three phase Bridge rectifier operated from a 380V, 50Hz source throughout three-phase Y/Y connected transformer with ration 2:1. The load current has continuous character with negligible ripples and average thyristor current of 15A. The circuit inductance per phase is 1.2mH. The rectified voltage due to overlapping angle is 90 % of that voltage when this angle is neglected. 1- How much will the voltage drop be due to circuit inductance * 2- How much will the dc average voltage Vdc(alpha) be. 3- How much will the firing angle be ? 4- The overlapping angle. 5- How much is the percentage change of the output dc power if the thyristors T2, T4 and T6 are replaced by three diodes D2, D4, D6. 6- How much will be the maximum RMS phase current for the mentioned in previous task circuit ( semi-converter). 7- If an additional of 1 mH inductances are added to the existing inductances in the phases , how much will the overlapping angle be. The dc load current is kept constant & the…arrow_forwardA PMMC type meter has a full scale deflection of 10 mA. The resistance of the coil is 30 ohm. Then (1) shunt value for an Ameter of 50 A range and (2) Find the value of series resistance required for the range up to 500 V.arrow_forward
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Recommended textbooks for you
- Delmar's Standard Textbook Of ElectricityElectrical EngineeringISBN:9781337900348Author:Stephen L. HermanPublisher:Cengage LearningPower System Analysis and Design (MindTap Course ...Electrical EngineeringISBN:9781305632134Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. SarmaPublisher:Cengage Learning

Delmar's Standard Textbook Of Electricity
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ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Cengage Learning

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ISBN:9781305632134
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