Schema
Changes / addenda are in red writing
Link to the course schedule
Study week |
Activity teacher |
Contents |
1 |
L:1 JW |
Introduction, bandwidth, decibel, noise. |
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E:1 SA |
Bandwidth, quality factor (Q), decibel, noise. |
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E:1 SA |
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L:2 JW |
Noise, receiver principles, RF amplifiers, intercept- and compression point |
2 |
L:3 JW |
Mixers, oscillators, PLL, frequency synthesizers. |
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E:2 SA |
Noise, superheterodyne receiver, RF amplifiers, intercept- and compression point. Ch: 5, 7. |
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E:2 SA |
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E:3 SA |
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E:3 SA |
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3 |
L:4 JW |
Analog modulation, amplitude-, frequency- and phase modulation, modulation gain. |
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E:4 SA |
Amplitude modulaton and demodulation, sideband systems, detectors. Ch: 7, 8. |
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E:4 SA |
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Lab1 |
System simulation. * |
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4 |
L:5 JW |
RF measurements, the spektrum analyser, transmission lines. |
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E:5 SA |
Phase- and frequency modulation, FM demodulators. Ch: 9. |
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E:5 SA |
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Lab2 |
Spectrum analyser measurements. * |
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5 |
L:6 JW |
Transmission lines, Smith chart, the vector network analyser. |
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E:6 SA |
Quadrature modulation, PLL, frequency synthesizers. Ch: 9, 10. |
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E:6 SA |
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L:7 JW |
Antennas, radiowave propagation, link budget. |
6 |
L:8 JW |
Digital modulation (short lecture) |
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E:7 SA |
Transmission lines, antennas. Ch: 14, 15. Problems: 14.1, 14.2, 14.8-14.11, 14.15, 14.16 |
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E:7 SA |
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Lab3 |
Network analyser measurements, transmitter and receiver measurements, antennas. * |
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7 |
L:9 JW |
Guestlecture - Prof. Ove Edfors |
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E:8 SA |
Digital modulation. Ch: 17. |
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E:8 SA |
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E:9 SA |
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E:9 SA |
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Exam |
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* Booking of lab time is possible at the course home page.
Abbreviations
L |
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Lecture | JW |
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Johan Wernehag |
Chapters and problems refers to: |
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E |
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Exercise hour | SA |
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Stefan Andric | ||
Lab |
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Laboratory exercise |
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