ECET 210 ECET210 ECET/210 ENTIRE COURSE HELP – DEVRY UNIVERSITY

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ECET 210 ECET210 ECET/210 ENTIRE COURSE HELP – DEVRY UNIVERSITY

ECET 210 Week 1 Homework

ECET 210 Week 1 iLab AC Fundamentals, Sinusoidal and Other Waveform Characteristics

ECET 210 Week 2 Homework

ECET 210 Week 2 iLab

ECET 210 Week 3 iLab Analysis of AC Parallel RLC Circuit using Simulation and Construction

ECET 210 Week 4 Homework

ECET 210 Week 4 iLab Analysis of AC Series and Parallel RLC Resonance Circuits using Simulation and Construction

ECET 210 Week 5 Homework

ECET 210 Week 5 iLab Verification of Network Theorems by Simulation

ECET 210 Week 6 Homework

ECET 210 Week 6 iLab 6

ECET 210 Week 6 iLab Frequency Response of Low Pass, High Pass, and Band Pass Filters

ECET 210 Week 7 Homework

ECET 210 Week 7 Homework Part 1

ECET 210 Week 7 Homework Part 2

ECET 210 Week 7 iLab 7

ECET 210 Week 7 iLab Voltage Rectifier and Voltage Regulation Circuits

ECET 210 Week 3 Homework

ECET 210 ECET210 ECET/210 ENTIRE COURSE HELP – DEVRY UNIVERSITY

ECET 210 Week 1 Homework

Chapter 13

2. For the sinusoidal signal in Fig. 13.82:

a.What is the peak value?

b.What is the instantaneous value at 1μs and at 7 μs?

c.What is the peak to peak value of the waveform?

d.What is the period of the waveform?

e.How many cycles are shown?

4. Find the period of a periodic waveform whose frequency is

6. Determine the inductive reactance (in ohms) of a 2 mH coil for

8. Determine the frequency at which a 1 mH inductance has the following inductive reactances:

12. The voltage across a 0.2 H coil is given. What is the sinusoidal expression for the current?

24. At what frequency will the reactance of a 1 μF capacitor equal the resistance of a 2 k ohms resistor?

44. Perform the following multiplications in rectangular form:

ECET 210 ECET210 ECET/210 ENTIRE COURSE HELP – DEVRY UNIVERSITY

ECET 210 Week 1 iLab AC Fundamentals, Sinusoidal and Other Waveform Characteristics

Laboratory Title: AC Fundamentals, Sinusoidal and Other Waveform Characteristics

Objectives:

Helps students to be familiarized to oscilloscope and function generator by:

·Using oscilloscope to analyze periodic waveforms.

·Setting oscilloscope and function generator at different frequency (f), Time period (T), Amplitude (V_p), Peak-to-Peak (V_pp), RMS value, and V_RMS.

Results:

·Students get experiences about how manipulate oscilloscope and function generator to analyze periodic waveforms.

·Students have gotten Knowledge and techniques and could set different inputs in function generator to get appropriate periodic waveforms on oscilloscope screen.

Conclusions:

In conclusion, most of students found that this first Lab is a really introduction to AC fundamentals and periodic waveform characteristics in general.

ECET 210 ECET210 ECET/210 ENTIRE COURSE HELP – DEVRY UNIVERSITY

ECET 210 Week 2 Homework

Chapter 15, 2, 4a-4c, 16a-16g, 18

Find the current i for the elements in Fig. 15.121 using complex algebra. Sketch the waveforms for v and i on the same set of axes.

Calculate the total impedance of the circuits in Fig. 15.123. Express your answer in rectangular and polar forms, and draw the impedance diagram.

For the circuit in Fig. 15.135:

Find the series element or elements that must be in the enclosed container in Fig. 15.136 to satisfy the following conditions:

ECET 210 ECET210 ECET/210 ENTIRE COURSE HELP – DEVRY UNIVERSITY

ECET 210 Week 2 iLab

Objectives:

1. To analyze a series AC circuit is containing an inductor (L) and a resistor (R) using Ohm’s Law and Kirchhoff’s Voltage Law.
2. To simulate the RL circuit and observe the voltage drops and currents at different frequencies.
3. To build a RL circuit and measure voltage drops and current at different frequencies.
4. To prove that the power delivered by the source is equal to the sum total of power dissipated by all of the resistors in the circuit.

Is the power supplied by the source the same as that dissipated in the resistor?

What do you call the power lost in the inductor? What are the units?

What is meant by Power Factor Correction?

Construct a Phasor Diagram to represent the source voltage, source current, voltage drops, V_R, and V_L across the resistor and the inductor.

Can the phase information be obtained from an oscilloscope?