The thevenin equivalent circuit shown may be used to

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The Thevenin equivalent circuit shown may be used to calculate the voltage shown on the reflection diagram, i.e., the voltage at the discharge resistor after the first discharge wave enter the line. V V m m ( ) l 0 + 1 1 0 100 2 2 3.572 4.7627 (v) 100 50 then = 4.7627 14.286 9.5233 (v) = = = + + = = − G SS G R V R Z V V V
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l + 1 = 9.5233 (v) V 0 14.286 (v) = V 1 4.7627 (v) = V Z t l 2 = 3.1744 ) - (v V l + 3 = 1.0581 (v) V 2 1.5883 (v) = V 3 0.5302 (v) = V l 4 = 0.3527 ) - (v V T 3T 4T 2T m For 0 0 (v) = ´ SS t V 0 L 4 0.1775 (v) = V m 1 3 Γ = G 1 3 Γ = − L ECE3025C, Exam 1, Fall 2005, Problem 3 (Continued)
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