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**Unformatted text preview: **of an amplifier which has a 2 picofarad capacitance. a) Sketch the load voltage and reflected voltage waveforms for an incident 1 nanosecond long pulse. b) Find a differential equation for the voltage across the load as a function of the input voltage waveform. Problem 3 A plane wave is incident on a dielectric epsilon r = 2 at an angle of 45 degrees from the normal. Taking the incident ray to be in the x-z plane, the light is polarized with the E field E = E e^[j(k dot r - omega*t)] *note: E, E , k and r are vectors, NOT scalars. a) Find the allowed direction of the vector constant E . b) Find the direction of E for the TE and TM polarizations. c) For a TE field, find the total reflected power off the interface....

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