The 700 page "Communications Systems Modelling with TIMS" student text is included with each TIMS system and covers the following telecommunications topics 　below in 3 sections:
　

Analog Telecommunications Experiments
Digital Telecommunication Experiments
Associated Topics

Part 1 - 27 Analog Telecommunications Experiments

• Amplitude Modulation
• Double Sideband
• Single Sideband
• Envelopes and Envelope Detectors
• Synchronous / Coherent Demodulation
• Frequency and Phase Modulation
• Frequency and Phase Division Multiplexing
• The PLL and Applications
• Spectrum Analysis
• Amplifier Overload
• the Sampling Theorum, PAM and TDM
• FM and PM
• The Costas Loop

• Pseudo Random Sequence Generation and Sequence Synchronisation
• Eye Patterns and Nyquist 1 Pulse Transmission
• The Noisy Channel Model
• Digital Signal Recovery
• Bit Error Rate Measurements in Baseband
• Line-Coding / Decoding (PCM Waveform and Partial Response Coding)
• Bit Clock Regeneration
• Carrier Aquisition
• ASK, FSK, BPSK, DPSK, QAM, 4-PSK Modulation Schemes
• Sampling: Sample and Hold
• PCM Encoding and Decoding, A-Law / u-Law, Frame Synch. and TDM
• Block Coding and Decoding, and Coding Gain
• Convolutional Encoding and Decoding
• TCM - Trellis Coded modulation and demodulation
• Delta, Delta-Sigma and Adaptive Delta Modulation
• PPM and PWM
• Signal Constellations
• Multi-level QAM and PSK
• 4-PSK, 8-PSK, 16-PSK, 4-QAM, 8-QAM, 16-QAM
• Spread Spectrum- DSSS and CDMA

• Graphical and Mathematical Conventions in Telecommunications
• Block Diagrams, Equations and Model Building Concepts
• Ideal vs. Practical System Modelling
• Background in Signals, Bandwidth and Spectra
• Channels, Noise and Distortion
• Peak Envelope Power
• Spectrum Measurement and Spectrum Analysis
• Two Tone Testing
• Theory of the FM Spectrum