Microwave technology institutions of higher learning communication and information engineering planning materials(Chinese Edition)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date :2005-02-01 Pages: 247 Publisher: Machinery Industry Press title: the microwave technology institutions of higher learning communication and information engineering planning materials Original Price: 23.00 yuan Author: Dong Jinming. Linping real ed published community: Machinery Industry Publishing Date :2005-2-1ISBN: 9787111118886 Words: 393.000 yards: 247 Edition: 1 Binding: Paperback: product size and weight: Editor's Choice SUMMARY book field-circuit system ground discusses the basic theory of microwave technology. technical and fundamental analysis methods. Main contents include microwave characteristics and application of the theory of long-term. waveguide theory. microwave networks. microwave components microwave resonant cavity; appendix given the relevant parameters and vector. matrix arithmetic; various parts choose appropriate exercises arrange book To the readers to practice and deepen understanding. This book is a professional technical institutions of higher learning radio electronics Textbook. The book can serve as institutions of higher learning electronics professional. higher education and related professional textbooks or reference books. as researchers and engineers and technicians engaged in microwave technology professional references. Contents Preface Introduction Section 1 What is the basic content of the application the fourth quarter of this course Section III of the main characteristics of the microwave Section II microwave microwave transmission line equation of Section II of the basic concepts of the second chapter of the long-term the first section of the transmission line theory their uniform long-term solution of Section III upgoing wave propagation characteristics of the fourth quarter even without the uniform section V of the consumption of long-term consumption of long-term state of terminal connected to different load section VI. section VIII. long-term consumption of long-term in section VII circle diagram impedance matching Chapter waveguide theory Section 1 Introduction Section II Section III of the Maxwell equations and boundary conditions on traveling wave in the general form of the fourth quarter on traveling wave longitudinal component categories section V. the phase velocity of the group velocity and dispersion sixth the high H10 mode in Section VII rectangular waveguide section rectangular waveguide general solution in section VIII of the rectangular waveguide mode and the symmetry properties of the field in section IX circular waveguide coaxial of Section XI microstrip transmission line section X. Section XII several practical problems of other transmission system Introduction section 13 microwave transmission line Microwave Section I Introduction Section II equivalent voltage equivalent current equivalent to the characteristic impedance of Section III Section IV of the scattering parameters impedance and guide satisfied parameters section V. section VI. the scattering parameters (continued) Section VII field and road network Chapter microwave components Section 1 dual-port network port element section II. two-port element Section 3 three-port element the fourth quarter The basic parameters of microwave ferrite components of the four-port components Section V Chapter VI Section I Introduction Section II cavity resonator cylindrical cavity 5. section III. section IV of the rectangular cavity. other microwave cavity VI cavity equivalent circuit cavity coupling and coupling parameters in section VII Appendices Appendix A hollow metal waveguide parameters table in Appendix B commonly used coaxial reference line table Appendix D Appendix C common conductor material characteristics commonly used dielectric properties of the materials Appendix E common vector operations Appendix F Introduction to matrix operations exercises. transmission line theory. waveguide theory.