Q2. A 10 GHz, 1 Vmtwave is travelling in a material of relative permittivity er = 16 and loss tangent tan6=0.1. Use the

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Q2. A 10 GHz, 1 Vmtwave is travelling in a material of relative permittivity er = 16 and loss tangent tan6=0.1. Use the

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Q2 A 10 Ghz 1 Vmtwave Is Travelling In A Material Of Relative Permittivity Er 16 And Loss Tangent Tan6 0 1 Use The 1
Q2 A 10 Ghz 1 Vmtwave Is Travelling In A Material Of Relative Permittivity Er 16 And Loss Tangent Tan6 0 1 Use The 1 (23.35 KiB) Viewed 42 times
Q2. A 10 GHz, 1 Vmtwave is travelling in a material of relative permittivity er = 16 and loss tangent tan6=0.1. Use the above expressions to calculate: (a) The phase constant, B (b) The velocity of the wave (c) Its wavelength (d) The attenuation constant, a (e) The wave impedance, n (F) The magnetic field strength H. [6 marks) Calculate the power contained in the wave and hence find the remaining power after the wave has travelled a further 2 cm. At what distance will the power have reduced to 10% of
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