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transmission line models telegraphist's equations

transmission line models telegraphist's equations. transmission lines. three basic types. (a) integrated circuit. (b) coaxial cable. (c) twin lead. w. y. d. D z. x. z. strip line. metal. insulator. metal. w. E. d. D z. y. x. z. w. d. D z. B. y. x. z. D z. a.

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transmission line models telegraphist's equations

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  1. transmission line models telegraphist's equations

  2. transmission lines three basic types (a) integrated circuit (b) coaxial cable (c) twin lead

  3. w y d D z x z strip line metal insulator metal

  4. w E d D z y x z

  5. w d D z B y x z

  6. D z a coaxial cable b

  7. D D z a twin lead

  8. z-z z z+z

  9. z-z z z+z

  10. z-z z z+z

  11. z-z z z+z

  12. z-z z z+z

  13. z-z z z+z Telegraphist's equations

  14. z-z z z+z Wave equation

  15. velocity of propagation units

  16. w d D z strip line

  17. RC transmission line diffusion equation

  18. V z I V(0, t) = Vo V(, t) = 0 V(z, 0) = 0

  19. Diffusion equation heat equation

  20. Diffusion equation heat equation

  21. Boltzmann dimensional analysis group theory

  22. V(, t) = 0 V(z, 0) = 0 invariants

  23. invariants

  24. delta function source impulse function source

  25. P. D. E. O. D. E.

  26. diffusion of a fixed amount of charge

  27. I S U hot stove - constant source

  28. diffusion of the voltage with a constant voltage source @ z = 0

  29. Nonlinear transmission line V z I

  30. n = 1

  31. Nonlinear diffusion coefficient

  32. “sharp front” t = 1, 3, 5 1 Q 0.5 0 0 1 2 3 z

  33. Lonngren, K. E. and Bai, E. W. "On the Capacitance of Integrated Circuit Elements," IEEE Circuits and Devices Journal, Vol. 15, 1999, pp. 24-27.

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