The incident and the reflected voltage are given by 15 and 5 respectively. The transmission coefficient is(a) 1/3(b) 2/3(c) 1(d) 3I got this question in unit test.This intriguing question originated from Power, Power Loss and Return Loss in chapter EM Wave Propagation of Electromagnetic Theory

The incident and the reflected voltage are given by 15 and 5 respectiv

1.	The incident and the reflected voltage are given by 15 and 5 respectively. The transmission coefficient is(a) 1/3(b) 2/3(c) 1(d) 3I got this question in unit test.This intriguing question originated from Power, Power Loss and Return Loss in chapter EM Wave Propagation of Electromagnetic Theory
Answer» Right answer is (B) 2/3 For explanation I WOULD SAY: The ratio of the reflected to the incident voltage is the REFLECTION COEFFICIENT. It is given by R = 5/15 = 1/3. To get the transmission coefficient, T = 1 – R = 1 – 1/3 = 2/3.

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The incident and the reflected voltage are given by 15 and 5 respectively. The transmission coefficient is(a) 1/3(b) 2/3(c) 1(d) 3I got this question in unit test.This intriguing question originated from Power, Power Loss and Return Loss in chapter EM Wave Propagation of Electromagnetic Theory

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