2 A (real) wall transformer (in my office) has the following ratings: Vp = 120 VC...

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2 A (real) wall transformer (in my office) has the following ratings: Vp = 120 VÀC V, = 6 VAC = 0.3 A Is = 1.8 A Calculate the following: a. Calculate the Turns Ratio b. Calculate the Primary Power, P, c. Calculate the Secondary Power, P, d. Calculate the Efficiency, e 3 Assume the transformer in Problem 2 is supplying a 1.0 A Load. Calculate the following: e. Calculate the Secondary Load Resistance, R f. Calculate the Primary Current, ip, in Rational Numbers. g. Calculate the Primary Load Resistance, R,, using Ohm's Law & Rational Numbers. h. Calculate the Resistance Ratio R using Rational Numbers. 2 A (real) wall transformer (in my office) has the following ratings: Vp = 120 VÀC V, = 6 VAC = 0.3 A Is = 1.8 A Calculate the following: a. Calculate the Turns Ratio b. Calculate the Primary Power, P, c. Calculate the Secondary Power, P, d. Calculate the Efficiency, e 3 Assume the transformer in Problem 2 is supplying a 1.0 A Load. Calculate the following: e. Calculate the Secondary Load Resistance, R f. Calculate the Primary Current, ip, in Rational Numbers. g. Calculate the Primary Load Resistance, R,, using Ohm's Law & Rational Numbers. h. Calculate the Resistance Ratio R using Rational Numbers.

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2Given Vp120VAC Vs6VAC Ip03A and Is18A aTurns ratio N primary voltagesecondary volt... View the full answer