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1) A 7 m long lossless transmission line given in Fig.1 is fed by a generator having voltage source of vg(t) = 0.4 sin(? × 10^9t + 30°) and generator impedance of ZG = 40 ? . The characteristic impedance of the transmission line is 100 ?, relative permittivity of the dielectric material is ?r = 4 and it is terminated with a load ZL = (25 + j70) ?. Fig. 1 (a) Input voltage, Vin(5pts); (b) Input current, Iin (5pts); (c) Load voltage, VL (5pts); (d) Load current, IL (5pts); (e) Obtain v(z, t); (10 pts) (f) Obtain i(z, t). (10 pts)

          1) A 7 m long lossless transmission line given in Fig.1 is fed by a generator having voltage source of vg(t) = 0.4 sin(? × 10^9t + 30°) and generator impedance of ZG = 40 ? . The characteristic impedance of the transmission line is 100 ?, relative permittivity of the dielectric material is ?r = 4 and it is terminated with a load ZL = (25 + j70) ?.

Fig. 1

(a) Input voltage, Vin(5pts);
(b) Input current, Iin (5pts);
(c) Load voltage, VL (5pts);
(d) Load current, IL (5pts);
(e) Obtain v(z, t); (10 pts)
(f) Obtain i(z, t). (10 pts)

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1) A 7 m long lossless transmission line given in Fig.1 is fed by a generator having voltage source of vg(t) = 0.4 sin(? × 10^9t + 30°) and generator impedance of ZG = 40 ? . The characteristic impedance of the transmission line is 100 ?, relative permittivity of the dielectric material is ?r = 4 and it is terminated with a load ZL = (25 + j70) ?.

Fig. 1

(a) Input voltage, Vin(5pts);
(b) Input current, Iin (5pts);
(c) Load voltage, VL (5pts);
(d) Load current, IL (5pts);
(e) Obtain v(z, t); (10 pts)
(f) Obtain i(z, t). (10 pts)

Added by Salvador M.

Calculus: Early Transcendentals

James Stewart 8th Edition

Instant Answer

Solved by Expert Sri K

03/16/2023

Step 1

The propagation constant, β, can be found using the formula: $$ \beta = \frac{2\pi}{\lambda} $$ The wavelength, λ, can be found using the formula: $$ \lambda = \frac{c}{f\sqrt{\epsilon_r}} $$ Where c is the speed of light (3 x 10^8 m/s), f is the frequency (n Show more…

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A 7 m long lossless transmission line given in Fig. 1 is fed by a generator having voltage source of vg(t) = 0.4 sin(π × 10^9t + 30°) and generator impedance of ZG = 40 Ω. The characteristic impedance of the transmission line is 100 Ω, relative permittivity of the dielectric material is εr = 4 and it is terminated with a load ZL = (25 + j70) Ω. (a) Input voltage, Vin (5pts); (b) Input current, Iin (5pts); (c) Load voltage, VL (5pts); (d) Load current, IL (5pts); (e) Obtain v(z, t); (10 pts) (f) Obtain i(z, t). (10 pts)

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