Course Materials for ENSC 327/328 Communication Systems

Instructor: Jie Liang

---

            Note: from fall 2014, the lecture notes will be posted in SFU Canvas.

                 1. Introduction of Spectrum Analyzers:

p Anritsu’s Guide to Spectrum Analyzer

Anritsu’s The Basis of Spectrum Analyzers

Agilent Spectrum Analysis Basics

Agilent Test & Measurement Application Note 150-1: Spectrum Analysis for AM & FM
Tektronix Spectrum Analyzer Fundamentals

                 2. User Manuals of Lab Equipments     

Oscilloscope:
Tektronix TAS465 Oscilloscope

TDS220 Extension Modules  (with FFT feature)

                      Spectrum Analyzers:
p Advantest R3131 Spectrum Analyzer Manual
GWINSTEK GSP-830 Spectrum Analyzer Manual (new)


Tektronix 2712 Spectrum Analyzer Manual

LabVolt Equipment:                      
LabVolt Power Suppoly and Dual Audio Amplifier Model 9401 LabVolt Dual Function Generator Model 9402
LabVolt Frequency Counter Model 9403 LabVolt True RMS Voltmeter/Power Meter Model 9404
LabVolt AM/DSB/SSB Generator Model 9410 LabVolt  AM/DSM Receiver Model 9411
LabVolt Direct FM Multiplex Generator Model 9413 LabVolt Indirect FM/PM Generator Model 9414
LabVolt FM/PM ReceiverModel 9415 LabVolt 9405 Spectrum Analyzer Manual

3. Lecture Notes:

Pre-Lecture Slides	Post-Lecture Slides	Assignments	Reading
Introduction: course information Chap 2: Fourier analysis No tutorial	Introduction: course information Chap 2: Fourier analysis 1	Lab 1 (No report is needed, but please finish before Sept 17 )
Chap 2: Fourier analysis	Chap 2: Fourier analysis		chap 2.1 - 2.5
Chap 3: AM Tutorial 1	Chap 3: AM	HW1	3.1-3.2
Chap 3: DSB Chap 3: Superhet receiver	Chap 3: DSB Chap 3: Superhet receiver	Lab 2	3.6 3.9
Chap 3: Hilbert Transform Tutorial 2	Chap 3: Hilbert Transform	HW2	3.3-3.5
Chap 3: SSB Chap 3: complex envelope	Chap 3: SSB Chap 3: complex envelope		3.7-3.8
Chap 4: FM Chap 4: Wideband FM and Bessel function Tutorial 3	Chap 4: FM Chap 4: Wideband FM and Bessel function	HW3	4.1-4.4
Chap 4: Wideband FM and Bessel function Tutorial 4	Chap 4: Wideband FM and Bessel function	HW 4	4.5-4.7
Chap 4: FM modulation Chap 4:Freq. Discriminator	Chap 4: FM modulation Chap 4:Freq. Discriminator	Lab3	4.8
Chap 4: PLL for FM demodulation Chap 4: Multiplexing, Stereo FM Tutorial 5	Chap 4: PLL for FM demodulation Chap 4: Multiplexing, Stereo FM		4.9
Chap 2.8-2.9 Correlation and spectral density  (shared with ENSC328) Chap 8: Probability  (with ENSC328)	Chap 2.8-2.9 Correlation and spectral density  (shared with ENSC328) Chap 8: Probability  (with ENSC328)		2.8-2.9, 8.1 8.1-8.2
Chap 8: Random variables (with ENSC328) Tutorial 6	Chap 8: Random variables (with ENSC328)	HW5	8.1-8.2
Midterm Exam
Chap 8: Useful pdfs (with ENSC328) Tutorial 7	Chap 8: Useful pdfs (with ENSC328)		ch. 8
Chap 8: Random process (with ENSC328)	Chap 8: Random process (with ENSC328)	Lab 4
Chap 8: Power Spectral Density (with ENSC328) Tutorial 8	Chap 8: Power Spectral Density (with ENSC328)	HW6	ch. 8
Chap 8: Linear system (with ENSC328) Tutorial 9	Chap 8: Linear system (with ENSC328) Tutorial 9		ch. 8
Chap 8: White Noise (with ENSC328) Chap 8: Narrowband Noise Chap 9: Noise in Analog Communications	Chap 8: White Noise (with ENSC328) Chap 8: Narrowband Noise Chap 9: Noise in Analog Communications		ch 9
Chap 9: Noise in Analog Communications Tutorial 10	Chap 9: Noise in Analog Communications	HW7	ch 9
Chap 6: ISI and pulse shaping Chap 6: Raise cosine, eye diargam	Chap 6: ISI and pulse shaping Chap 6: Raise cosine, eye diargam	ENSC328 exam	ch6, ch 7
Chap 7:  Digital band-pass modulation Tutorial: review for exam (will not post online) Course Evaluation	Chap 7:  Digital band-pass modulation
Chap 10:  Noise in Digital Comm: Matched filter Chap 10:  Noise in Digital Comm: BPSK, QPSK	Chap 10:  Noise in Digital Comm: Matched filter Chap 10:  Noise in Digital Comm: BPSK, QPSK		10.1-10.5