EE1453 Communication Systems Lab
In
this lab course the student will get hands-on experience to design, construct
and analyze different Communication circuits. Student will learn, Analog
Communications, AM, DSB, SSB and FM modulators and demodulators. Digital
Communications, PAM, PCM, DM, ASK and Time-Division Multiplexing. Reception of
AM and FM signals. During this course the student will learn hand on experience
on simulation software, Power Meter, Oscilloscope, frequency Counter,
Functional Generators & Spectrum Analyzer.
COURSE LEARNING OUTCOMES (CLOs)
| Code | Course Learning Outcomes | ABET SO-KPIs
|
| Knowledge and understanding | | | K1 | Apply basic concepts of communications | 1.1 | | K1 | Translates academic theory into engineering applications | 1.4 |
| Skills | | | S2 | Use Engineering judgement to draw Conclusions | 6.7 | | S2 | Instrument Operation & Selection | 6.2 | | S2 | Use computer Engineering Tools | 6.2 |
| Values, autonomy, and responsibility | | | V1 | Put results as graphs or tabular forms | 3.3 |
LIST OF EXPERIMENTS | No | Lab Experiments | | 1 | Generation of AM Signal | | 2 | Reception of AM Signals | | 3 | Generation of FM Signal | | 4 | Reception of FM Signal | | 5 | Pulse Amplitude Modulation (Generation & Demodulation) | | 6 | Pulse Code Modulation (Generation & Demodulation) | | 7 | Delta Modulation (Generation & Demodulation) | | 8 | Line Encoding | | 9 | FSK Signal Generation | | 10 | FSK Detection | | 11 | PSK Signal Generation | | 12 | PSK Synchronous Detection | | 13 | ASK Signal Generation | | 14 | ASK Signal Detection | | 15 | Optical Fiber Transmission | | 16 | Mid & Final Exams
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