Locate on a Smith Chart the following load impe- dances terminating a 50-0 impedance T-line. (a)...
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Locate on a Smith Chart the following load impe- dances terminating a 50-0 impedance T-line. (a) Z₁= 200 f2, (b) Z-/25 (2, (c) Z-50+j 50, and (d) Z = 25-/2000. 2.26 Repeat Problem 2.16 using the Smith Chart. 2.27 A 0.690A-long lossless Z, = 75 l T-line is terminated in a load Z₁ = 15+j67 0. Use the Smith Chart to find (a) I₁. (b) VSWR, (c) Z. and (d) the distance between the input end of the line and the first voltage maximum from the input end. Probe voltage 339 10 6 8765 432 Scale (cm) 2.31 Figure 2.56 is generated for a 50-02 slotted coaxial air line terminated in a short circuit and then in an unknown load. Determine (a) the measurement frequency, (b) the VSWR when the load is attached, and (c) the load impe- dance. 2.32 Figure 2.57 is generated for a 50-0 slotted coaxial air line terminated in a short circuit and then in an unknown load. Determine (a) the measurement frequency, (b) the VSWR when the load is attached, and (c) the load impe- dance. FIGURE 2.56 Field pattern with air line terminated in a short (light blue line) and in an unknown load (dark blue line) for Problem 2.31. Locate on a Smith Chart the following load impe- dances terminating a 50-0 impedance T-line. (a) Z₁= 200 f2, (b) Z-/25 (2, (c) Z-50+j 50, and (d) Z = 25-/2000. 2.26 Repeat Problem 2.16 using the Smith Chart. 2.27 A 0.690A-long lossless Z, = 75 l T-line is terminated in a load Z₁ = 15+j67 0. Use the Smith Chart to find (a) I₁. (b) VSWR, (c) Z. and (d) the distance between the input end of the line and the first voltage maximum from the input end. Probe voltage 339 10 6 8765 432 Scale (cm) 2.31 Figure 2.56 is generated for a 50-02 slotted coaxial air line terminated in a short circuit and then in an unknown load. Determine (a) the measurement frequency, (b) the VSWR when the load is attached, and (c) the load impe- dance. 2.32 Figure 2.57 is generated for a 50-0 slotted coaxial air line terminated in a short circuit and then in an unknown load. Determine (a) the measurement frequency, (b) the VSWR when the load is attached, and (c) the load impe- dance. FIGURE 2.56 Field pattern with air line terminated in a short (light blue line) and in an unknown load (dark blue line) for Problem 2.31.
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