14 K= 10 4. Find Vo Find R Vi + V. in terms of A A ++.%//it Lim Vi A0 A 3dB B WSOB ₂ F V₁ ↑ 11 = K 41 1 V₂ + KR AMA 108 + 대 ✓ t timm A-00 rad No A(V₂ -V₁) - 2/² = V-V. sec V. L.C. For a single pole model of A= 1+Jw - Jo Ae 1 Wo and B=A₂Wo V₂ "K+1 Vi 0 V₂ Vi 1 0-1₁ V-A (v-v.). री w(k+1) Combining 4.1 +2: V₁ = Av₁ - A[] V₂+k+1) = A Vi A. A -KRV, RV, -RV -KV, V, V. B ... -8. Find the 3 dB bandwidth of Vo. in 1.0 for B = 10 rad/sec. Vi 7 rad/sec s V₁ (K+1) = V. - V. Kr... g for w >> Wz 11 A which makes sense Since (ideally) A=∞0, and kell is our ideal
14 K= 10 4. Find Vo Find R Vi + V. in terms of A A ++.%//it Lim Vi A0 A 3dB B WSOB ₂ F V₁ ↑ 11 = K 41 1 V₂ + KR AMA 108 + 대 ✓ t timm A-00 rad No A(V₂ -V₁) - 2/² = V-V. sec V. L.C. For a single pole model of A= 1+Jw - Jo Ae 1 Wo and B=A₂Wo V₂ "K+1 Vi 0 V₂ Vi 1 0-1₁ V-A (v-v.). री w(k+1) Combining 4.1 +2: V₁ = Av₁ - A[] V₂+k+1) = A Vi A. A -KRV, RV, -RV -KV, V, V. B ... -8. Find the 3 dB bandwidth of Vo. in 1.0 for B = 10 rad/sec. Vi 7 rad/sec s V₁ (K+1) = V. - V. Kr... g for w >> Wz 11 A which makes sense Since (ideally) A=∞0, and kell is our ideal
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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