Elen3000 Chapter 1 figs

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Figure 1: Common transmission lines

Figure 2: The infinite, uniform transmission line

Figure 3: The infinite, uniform transmission line, EM perspective

Figure 4: Magnetic Flux Density at a point r from a current carrying wire

Figure 5: Two Conductors & Flux Linkage Λ

Figure 6: The Lumpy, or lumped model of the infinite transmission line

Figure 7: The Lumpy, or lumped model of the infinite transmission line, Lossless

Figure 8: The voltage developed along an elemental distance dx of an infinitely long tr line.

Figure 9: Positional distribution of voltage waves (Current similar)

Figure 10: Parameterised Microstrip Z0 vs єr and w/h, zoomed in for practical values.

Figure 11: Attenuation down the line

Figure 12: A terminated, uniform two-wire transmission line

Figure 13: Uniform, Terminated Line

Figure 14: Open Circuited transmission line

Figure 15: Short Circuited transmission line

Figure 16: Transmission line example

Figure 17: A half wavelength long transmission line

Figure 18: Load Impedance matched to the characteristic impedance

Figure 19: A quarter wavelength long transmission line

Figure 20: The M-Net filter for Bop reception

Figure 21: Design of a matching section

Figure 22: Standing wave voltage defns

Figure 23: The Voltage and Current waveforms on a transmission line

Figure 24: A terminated transmission line

Figure 25: Example transmission line

Figure 26: Two transmission lines of unequal Z0

Figure 27: Power flow in the lumped model of the lossless line

Figure 28: Power flow over a mismatched line, but matched load

Figure 29: Power lost in Transfer

Figure 30: Example transmission line

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