A periscope consists of two 90-45-45 prisms (as shown in Figure) are made of lossless glass with n= 1.5. The reflection off the inclined planes are 100% (total reflection per Snell's Law), i.e. | T|= 1. (a) What power (in dB) is the transmitted signal through the bottom prism relative to the input? (b) If the incoming signal has a magnetic field given by: H,(x,t) = 23.77 sin(10"t – kx) mA/m, what is the first reflected E-field? What is k? Pin

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A periscope consists of two 90-45-45 prisms (as shown
in Figure) are made of lossless glass with n = 1.5. The
reflection off the inclined planes are 100% (total
reflection per Snell's Law), i.e. |T|= 1. (a) What power
(in dB) is the transmitted signal through the bottom prism
relative to the input? (b) If the incoming signal has a
magnetic field given by: H (x,t) = 23.77 sin(10"r – kx)
mA/m, what is the first reflected E-field? What is k?
Paut=7
Transcribed Image Text:A periscope consists of two 90-45-45 prisms (as shown in Figure) are made of lossless glass with n = 1.5. The reflection off the inclined planes are 100% (total reflection per Snell's Law), i.e. |T|= 1. (a) What power (in dB) is the transmitted signal through the bottom prism relative to the input? (b) If the incoming signal has a magnetic field given by: H (x,t) = 23.77 sin(10"r – kx) mA/m, what is the first reflected E-field? What is k? Paut=7
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