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Exercise 6 A plane wave with a frequency of 3 GHz is propagating in an un- bounded material with e, = 7 and µ„ = 3. Compute the wavelength, phase veloc- ity, and wave impedance for this wave. Ans: v= 6.55×10" m/s, X= 0.0218 m, and N = 246.8 SN

Exercise 6 A plane wave with a frequency of 3 GHz is propagating in an un- bounded material with e, = 7 and µ„ = 3. Compute the wavelength, phase veloc- ity, and wave impedance for this wave. Ans: v= 6.55×10" m/s, X= 0.0218 m, and N = 246.8 SN

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Exercise 6 A plane wave with a frequency of 3 GHz is propagating in an un- bounded material with e, =7 and ity, and wave impedance for this wave. Ans: v = and n = 3. Compute the wavelength, phase veloc- 6.55× 107 m/s, ^= 0.0218 m, = 246.8 N Exercise 7 Determine the intrinsic impedance, phase constant, velocity of prop- аgation and wаvelength of a uпiform plane wаve at 1 GHz in (а) glass-еpоху (E, 4.7, l, = 1) used to construct printed circuit boards and in (b) silicon (e, 45.41 rads/m, 1.38 х 108 т/s, 13.8 ст, (b) 109 N, 72.55 rads/m, 8.66 х 107 т/s, 8.66 ст) 12, Мт 1) used to construct integrated circuits. (Ans: (a) 173.9 N,
Transcribed Image Text:Exercise 6 A plane wave with a frequency of 3 GHz is propagating in an un- bounded material with e, =7 and ity, and wave impedance for this wave. Ans: v = and n = 3. Compute the wavelength, phase veloc- 6.55× 107 m/s, ^= 0.0218 m, = 246.8 N Exercise 7 Determine the intrinsic impedance, phase constant, velocity of prop- аgation and wаvelength of a uпiform plane wаve at 1 GHz in (а) glass-еpоху (E, 4.7, l, = 1) used to construct printed circuit boards and in (b) silicon (e, 45.41 rads/m, 1.38 х 108 т/s, 13.8 ст, (b) 109 N, 72.55 rads/m, 8.66 х 107 т/s, 8.66 ст) 12, Мт 1) used to construct integrated circuits. (Ans: (a) 173.9 N,
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