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The differential amplifier, shown in the figure, has a differential gain of Ad = 100 and common mode gain of Ac = 0.1. If V1 = 5.01 V and V2 = 5.00V, then V0, in volt (up to one decimal place) is ___________.
    Correct answer is between '1.4,1.6'. Can you explain this answer?
    Verified Answer
    The differential amplifier, shown in the figure, has a differential ga...
    Given
    Ac = 0.1; V1 = 5.01V; V2 = 5.00V; Ad = 100
    V0 =  Ad Vd + Ac Vc
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    The differential amplifier, shown in the figure, has a differential gain of Ad = 100 and common mode gain of Ac = 0.1. If V1 = 5.01 V and V2 = 5.00V, then V0, in volt (up to one decimal place) is ___________.Correct answer is between '1.4,1.6'. Can you explain this answer?
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    The differential amplifier, shown in the figure, has a differential gain of Ad = 100 and common mode gain of Ac = 0.1. If V1 = 5.01 V and V2 = 5.00V, then V0, in volt (up to one decimal place) is ___________.Correct answer is between '1.4,1.6'. Can you explain this answer? for GATE 2024 is part of GATE preparation. The Question and answers have been prepared according to the GATE exam syllabus. Information about The differential amplifier, shown in the figure, has a differential gain of Ad = 100 and common mode gain of Ac = 0.1. If V1 = 5.01 V and V2 = 5.00V, then V0, in volt (up to one decimal place) is ___________.Correct answer is between '1.4,1.6'. Can you explain this answer? covers all topics & solutions for GATE 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for The differential amplifier, shown in the figure, has a differential gain of Ad = 100 and common mode gain of Ac = 0.1. If V1 = 5.01 V and V2 = 5.00V, then V0, in volt (up to one decimal place) is ___________.Correct answer is between '1.4,1.6'. Can you explain this answer?.
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