ECT 122: Week Assignment help
ECT 122 - Electronic Systems with Lab. This course introduces basic electricity and electrical circuit concepts. Topics include calculation of current, voltage, resistance and power in series, parallel and combination circuits.Discover the best homework help resources for ECT 122 at Devry University. We are providing ECT 122 Homework help, Study material, Notes, Documents, and ECT 122 Write ups to the students of Devry University.
ECT 122 Week 5 Discussion | Assignment Help | Devry University
you must select one of the Research topics below, or a new topic could be assigned by your Professor. Students will post their research result and will include a PowerPoint presentation and share the research with the class.
Research/Discussion Topic 1
Research, explain, & demonstrate a step-by-step method for analyzing a Series/Parallel Circuit.
Research/Discussion Topic 2
Research, explain, & demonstrate a step-by-step method for analyzing a circuit with an open component
Research/Discussion Topic 3
Research, explain, and demonstrate a step-by-step method for analyzing a circuit with a short component.
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ECT 122 Week 5 Lab Assignment Help | Devry University
Part 1
1. Analyze the circuit shown below. Use the technique described in this week’s course shell lecture. For the resistors, be sure to use RATED VIRTUAL components.
1. Analyze the circuit shown below. Use the technique described in this week’s course shell lecture. For the resistors, be sure to use RATED VIRTUAL components.
Calculate the values below: RTotal = ___________
1. Simulate the circuit in Multisim. Add digital multimeters (DMM) and wattmeters to your circuit so that you can measure the voltages across the resistors, the currents through each resistor, the total circuit current, each resistor’s power and the total power. Use your calculated values to determine the power rating of your resistors.
Indicate the simulated values below: RTotal = ___________
Indicate the simulated values below: RTotal = ___________
2. Analyze the circuit shown below. Calculate the power dissipation in the load resistor RL1. Show your work.
Use Multisim to simulate the circuit. What is the power dissipation in RL1?
PRL1(simulated) =
___________
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Week 6: Series - Parallel Circuits and PotentiometersYou must select one of the Research topics below, or a new topic could be assigned by your Professor. Students will post their research result and will include a PowerPoint presentation and share the research research with the class.
Research/Discussion Topic 1
Research the specification sheet for the bright blue light emitting diode (LED). Find the nominal forward voltage (Vf) and forward current (If) from the sheet. Next, connect the LED to 12 volt DC power supply and a resistor in series. You must determine the resistance of the resistor to limit the current to the value found in the specification sheet. Explain what you found and how you calculate the resistance for this circuit
Research/Discussion Topic 2
Research how potentiometers work in a circuit and where it is commonly used.
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ECT 122 Week 6 Assignment Help | Devry University
ECT 122 Week 6 Assignment Help | Devry University
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Week 6 Assignment
Week 6: Chapter Practice Problems
Complete the following chapter practice problems. Submit the answers in a Word document.
Chapter 5: Parallel Circuits
Practice Problem: 15
Chapter 6: Series-Parallel Circuits
Practice Problems: 19, 21, and 25
Remember to submit your assignment.
Complete the following chapter practice problems. Submit the answers in a Word document.
Chapter 5: Parallel Circuits
Practice Problem: 15
Chapter 6: Series-Parallel Circuits
Practice Problems: 19, 21, and 25
Remember to submit your assignment.
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Question 6
(TCO 5) Find the power dissipated in resistor R3 in the circuit below.
Question 7
(TCO 5) For the circuit below, calculate the current through the 2 kΩ resistor.
Question 8
(TCO 6) I1 is 2mA; I2 is 2mA. What is voltage Vx and resistance R5?
Question 9
(TCO 8) For the circuit below, calculate all the voltages and currents. Then shown the fault voltages, determine which component is at fault and if it is an open or a short. If Vs = 6V
ECT 122 Week 7 Discussion | Assignment Help | Devry University
18 18 unread replies. 50 50 replies.
You must select one of the Research topics below, or a new topic could be assigned by your Professor. Students will post their research result and will include a PowerPoint presentation and share the research with the class.
Research/Discussion Topic 1
Research the steps to reduce a circuit to Thevenin equivalent circuit
Provide an example in which you apply the steps found in your explanation
Research/Discussion Topic 2
Research the relevance of a sine wave in AC circuits and the characteristics of a sine wave.
ECT 122 Week 6 Quiz | Assignment Help | Devry University
XMM1 is measuring current and the other DMMs are measuring voltage.
Question 2
(TCO 3) For the circuit below, calculate the resistance from A to B.
Question 3
(TCO 4) For the circuit below, calculate the current through the branch containing R3.
Question 4
(TCO 5) Determine the current through R3 in the circuit below.
Question 5
(TCO 4) Determine the power disappointed by R1 in the circuit below.
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Question 1
(TCO 3) For the circuit below, what will XMM5 read if the switch is open?XMM1 is measuring current and the other DMMs are measuring voltage.
(TCO 3) For the circuit below, calculate the resistance from A to B.
(TCO 4) For the circuit below, calculate the current through the branch containing R3.
(TCO 5) Determine the current through R3 in the circuit below.
(TCO 4) Determine the power disappointed by R1 in the circuit below.
(TCO 5) Find the power dissipated in resistor R3 in the circuit below.
(TCO 5) For the circuit below, calculate the current through the 2 kΩ resistor.
(TCO 6) I1 is 2mA; I2 is 2mA. What is voltage Vx and resistance R5?
(TCO 8) For the circuit below, calculate all the voltages and currents. Then shown the fault voltages, determine which component is at fault and if it is an open or a short. If Vs = 6V
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Week 7: The venin’s Theorem and Introduction to AC Signals
18 18 unread replies. 50 50 replies.
You must select one of the Research topics below, or a new topic could be assigned by your Professor. Students will post their research result and will include a PowerPoint presentation and share the research with the class.
Research/Discussion Topic 1
Research the steps to reduce a circuit to Thevenin equivalent circuit
Provide an example in which you apply the steps found in your explanation
Research/Discussion Topic 2
Research the relevance of a sine wave in AC circuits and the characteristics of a sine wave.
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