This is an introductory text that will equip readers with the necessary tools to study telecommunications further. It explains the fundamentals and background behind digital TV, radio, cell phones, and satellites as well as the legacy analogue transmissions. It covers digital modulation and analogue communications as this is something many people still use (VHF FM for example). The book also clearly explains the mathematics and simplifies the process to make it more approachable to students.
This is an introductory text that will equip readers with the necessary tools to study telecommunications further. It explains the fundamentals and background behind digital TV, radio, cell phones, and satellites as well as the legacy analogue transmissions. It covers digital modulation and analogue communications as this is something many people still use (VHF FM for example). The book also clearly explains the mathematics and simplifies the process to make it more approachable to students.
Martin Sibley has a Ph.D. from Huddersfield Polytechnic in Preamplifier Design for Optical Receivers. He started his career in academia in 1986 having spent 3 years as a post-graduate student and then 2 years as a British Telecom-funded research fellow. His research work has a strong bias to the practical implementation of research and he has taught communications at all levels since 1986. Currently Mr. Sibley is a Reader in Communications, School of Computing and Engineering at the University of Huddersfield. He has authored 3 books and is a Member of the IET and Fellow of the HEA.
Inhaltsangabe
Introduction. Noise. Introduction to Digital Modulation. Introduction to Analogue Modulation. Transmission and Propagation of Electromagnetic Waves. Systems. Appendix A Double Balanced Mixer. Appendix B The Product of Two Cosines. Appendix C The Parallel Tuned Circuit. Appendix D Decibels (dB). Appendix E Noise Factor and Friss' Formula. Appendix F Error Function Tables. Appendix G The Discrete Fourier Transform. Appendix H Bessel Function Coefficients. Appendix I The Phase Lock Loop. Appendix J Lumped Parameters for Co axial Cable. Appendix K The 4B5B Line Code.
Introduction. Noise. Introduction to Digital Modulation. Introduction to Analogue Modulation. Transmission and Propagation of Electromagnetic Waves. Systems. Appendix A Double Balanced Mixer. Appendix B The Product of Two Cosines. Appendix C The Parallel Tuned Circuit. Appendix D Decibels (dB). Appendix E Noise Factor and Friss' Formula. Appendix F Error Function Tables. Appendix G The Discrete Fourier Transform. Appendix H Bessel Function Coefficients. Appendix I The Phase Lock Loop. Appendix J Lumped Parameters for Co axial Cable. Appendix K The 4B5B Line Code.
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