Lab 8: microwave communication | Electrical Engineering homework help

  

**Please conceive MutiSIM polish**

Introduction:

Write one to two paragraphs about the Lab. Decipher the aftercited notice for this lab: 

§ What are the goals to complete in the lab?

§ What are the expectations of the lab?

§ How succeed you be implementing this lab?

§ What succeed you try to estimate?

Equipment/Components: 

List the symbol of equipment or components that you succeed be using? Wnear succeed you perceive these components? How succeed you use these components in Multisim/VHDL? Decipher any adjustments required such as tolerances.

Procedure: 

Briefly illustrate how you succeed admission the completion and try to decipher the lab, illustrate and decipher any techniques/rules/laws/principles you would use. Outline each march of the course.

Circuit design:

Take a screenshot of the circumference/logic from Multisim/VHDL as asked in the lab ordinance precedently you run the circumference and paste it near in your ment.

Execution/Results:

Run the circumference in Multisim/VHDL and copy/paste the results from the assumption including any readings, batchs or graphs. 

Copy/Paste the screenshots for all the estimatements required in the lab near. Be assured to add a indicate and decipher what each of the screenshots embody.

Analysis:

Analyze the results obtained from Multisim/VHDL and collate those to your adapted results (if required). 

Answer the aftercited questions:

§ What did you discover/confirm?

§ Use tables and diagrams to chronicles results.

§ Collate calculations stoppage the estimated estimates.

§ Analyze your results.

Explain if your assumption is improve or inimprove and why. If the results are grown, then your estimatements are improve. If they are not grown, decipher what the completion is. You succeed demand to debate how to troubleshoot the circumference to complete the improve results. 

Conclusion:

Summarize the undiminished lab in 1 to 2 paragraphs stoppage the results and anatomy in recollection.

Answer any questions asked in the lab ordinance near.

Cite any sources that you may use in your ment.

Lab Assignment: Lab 1 - Amplitude Modulation Fundamentals

Elec Com Principles & Sys Lab

Lab Assignment: Lab 1 - Amplitude Modulation Fundamentals

1. Watch video entitled “Module 1 – AM Signals in MultiSIM

2. Construct the AM circumference presented in the video stoppage MultiSIM. Capture a screenshot of the oscilloscope and spectrum analyzer waveforms.

3. For this circumference detail the aftercited:

a. Modulation index

b. Vc

c. Vm

d. fc (quantity of conveyance)

e. fLSB (quantity of inferior sideband)

f. fUSB (quantity of higher sideband)

4. Conceive answers for distribute 3 and paste the screenshots of the oscilloscope and spectrum analyzer waveforms into a Word muniment entitled “Lab1_StudentID”. Wnear your ward id is substituted in the polish indicate.

5. Upload polish “Lab1_StudentID”

Lab Assignment: Lab 2 - Amplitude Modulator and Demodulator Circuits

Elec Com Principles & Sys Lab

Lab Assignment: Lab 2 - Amplitude Modulator and Demodulator Circuits

1. Watch video entitled “Module 2 – Diode Undeceiver Circuits in MultiSIM

2. Construct the diode undeceiver circumference presented in the video stoppage MultiSIM.

3. Capture a screenshot of the aftercited:

a. AM Signal

b. Undeceiver Output

c. Output Spectrum of the diode undeceiver

4. Answer the aftercited questions:

a. What is the conveyance quantity?

b. What is the peak-to-peak estimate of the undeceiver output?

c. What end does the RL and C2 coalition tend?

5. Conceive answers for distribute 4 and paste the screenshots of distribute 3 into a Word muniment entitled “Lab2_StudentID”. Wnear your ward id is substituted in the polish indicate.

6. Upload polish “Lab2_StudentID”.

Lab Assignment: Lab3 – Fundamentals of Quantity Modulation and FM Circuits

Elec Com Principles & Sys Lab

Lab3 – Fundamentals of Quantity Modulation and FM Circuits

1. Watch video entitled “Module 3 – FM Demodulator Circuits in MultiSIM

2. Construct the FM demodulator circumference presented in the video stoppage MultiSIM.

3. Capture a screenshot of the perpetual output waveform.

4. Answer the aftercited questions:

a. What is the end of the comparator and flip-flop in the circumference?

b. Why is tnear a opportunity stoppage for the output waveform to stabilize?

c. What is the developed quantity of the output waveform?

5. Conceive answers for distribute 4 and paste the screenshots of distribute 3 into a Word muniment entitled “Lab3_StudentID”. Wnear your ward id is substituted in the polish indicate.

6. Upload polish “Lab3_StudentID”.

Lab Assignment: Lab4 – Digital Communication Techniques

Elec Com Principles & Sys Lab

Lab4 – Digital Communication Techniques

1. Watch video entitled “Module 4 – D/A Converter Circuits in MultiSIM

2. Construct the D/A Converter Circumference in p. 208, form 7-15 stoppage MultiSIM.

3. Capture a screenshot of the analog output for the aftercited digital inputs:

a. 0000

b. 0001

c. 0010

d. 0011

e. 0100

f. 0101

g. 0110

h. 0111

i. 1000

j. 1111

4. Paste the screenshots of distribute 3 into a Word muniment entitled “Lab4_StudentID”. Wnear your ward id is substituted in the polish indicate.

5. Upload polish “Lab4_StudentID”.

Lab Assignment: Lab5 – Radio Transmitters and Receivers

Elec Com Principles & Sys Lab

Lab5 – Radio Transmitters and Receivers

1. Watch video entitled “Module 5 – Colpitts Oscillator Circuits in MultiSIM

2. Construct the Colpitts Oscillator Circumference presented in the video stoppage MultiSIM.

3. Debate and number the aftercited:

a. Perform exploration on the basic agency of the Colpitts Oscillator. Provide a mean resume.

b. Equivalent Capacitance: C

c. Resonant Frequency: fr

d. Feedback Fraction: B

e. Minimum Voltage gain for oscillation: Av(min)

4. Capture a screenshot to substantiate fr and Av(min).

5. Conceive debateion and calculations of distribute 3 and paste the screenshots of distribute 4 into a Word muniment entitled “Lab5_StudentID”. Wnear your ward id is substituted in the polish indicate.

6. Upload polish “Lab5_StudentID”.

Lab Assignment: Lab6 – The Transmission of Binary Grounds in Communication Systems

Elec Com Principles & Sys Lab

Lab Assignment: Lab6 – The Transmission of Binary Grounds in Communication Systems

1. Watch video entitled “Module 6 – Din in MultiSIM

2. Construct the circumference presented in the video stoppage MultiSIM.

3. Debate and indicate the aftercited:

a. At what quantity do the quantity components inhabit?

b. What is the not-absolute magnitude of the quantity components?

4. Capture a screenshot of vout(t) and the spectrum batch

5. Insert unspotted din in order stoppage the resistor.

6. Debate and indicate the aftercited:

a. What is the result of the din on the superior quantity components?

b. What is the result of the din on the other frequencies?

7. Capture a screenshot of vout(t) and the spectrum batch.

8. Conceive the debateion and screenshots of distributes 3 through 7 into a Word muniment entitled “Lab6_StudentID”. Wnear your ward id is substituted in the polish indicate.

9. Upload polish “Lab6_StudentI

Lab Assignment: Lab7 – Antennas and Wave Propagation

Elec Com Principles & Sys Lab

Lab Assignment: Lab7 – Antennas and Wave Propagation

1. Perform trial presented in “Lab7 – Spectrum Analyzer and Signal Power.pdf”.  “Additional Challenge” exception is not required.

2. Construct the circumference presented in the trial stoppage MultiSIM.

3. Complete and conceive the grounds in Tables 1-1 and 1-2 and a screenshot of the Quantity Spectrum batch into a Word muniment entitled “Lab7_StudentID”.  Wnear your ward id is substituted in the polish indicate.

4. Upload polish “Lab7_StudentID”.

Lab Assignment: Lab8 – Microwave Communication

Elec Com Principles & Sys Lab

Lab Assignment: Lab8 – Microwave Communication

1. Watch video entitled “Module 8 – Waveguides in MultiSIM”. “Additional Challenge” exception is not required.

2. Perform trial in “Lab 8 - Waveguides.pdf”.

3. Construct the circumference presented in the trial stoppage MultiSIM.

4. Complete Table 21-1 and conceive it along stoppage a screenshot of the Opportunity versus Amplitude of Waveguide Output batch into a Word muniment entitled “Lab8_StudentID”. Wnear your ward id is substituted in the polish indicate.

5. Upload polish “Lab8_StudentID”.

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