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The integrator circuit shown below is used to amplify a sinusoidal input by a factor of 10. If Ao = co and R;C1 = 7 us, compute the frequency of the sinusoid. C, R1 Vout Ao Vin

The integrator circuit shown below is used to amplify a sinusoidal input by a factor of 10. If Ao = co and R;C1 = 7 us, compute the frequency of the sinusoid. C, R1 Vout Ao Vin

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Hesaplayin12. The integrator circuit shown below is used to amplify a sinusoidal input by a factor of 10. If Ao = 00 and R;C1 = 7 us, compute the frequency of the sinusoid. C, A Vout V. O a. w = 7,14 krad/sec O b. w = 19,29 krad/sec O c.w = 23,57 krad/sec O d. w = 12,86 krad/sec O e. w = 14,29 krad/sec O f.w = 10,71 krad/sec O g. w = 21,43 krad/sec O h. w = 17,14 krad/sec Seçimimi temizle
Transcribed Image Text:Hesaplayin12. The integrator circuit shown below is used to amplify a sinusoidal input by a factor of 10. If Ao = 00 and R;C1 = 7 us, compute the frequency of the sinusoid. C, A Vout V. O a. w = 7,14 krad/sec O b. w = 19,29 krad/sec O c.w = 23,57 krad/sec O d. w = 12,86 krad/sec O e. w = 14,29 krad/sec O f.w = 10,71 krad/sec O g. w = 21,43 krad/sec O h. w = 17,14 krad/sec Seçimimi temizle
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