For the circuit given below, and find the formulas for:Vouta. Output voltage gain, which is defined as Ay =VIb. Input impedance Zin looking from the point B and ground looking toward the output end asindicated by the arrow.C. Output impedance Zout looking from the load toward the input end as indicated by the arrow.ZinZoutRiBVBEOgmVBEInroViRsRcRLVoutREThe value of R; = 3.9 KOhms%3DTry to find the formula first before substitute the following valuesd. With the values given as follows, calculate the three parameters earlier:• R = 330 Ohms, R, = 100 KOhmsIm = 9.64. 10 3, = 6.64 KOhms, r, = 223 KOhms%3DRc= 10 KOhms, R 220 KOhms%3D|3DQuantity FormulaCalculated valuesAyZinZout

for our policy, i can solve first three parts

For the circuit given below, and find the formulas for: Vout a. Output voltage gain, which is defined as Ay = %3D VI b. Input impedance Zin looking from the point B and ground looking toward the output end as indicated by the arrow. C. Output impedance Zout looking from the load toward the input end as indicated by the arrow. Zin Zout Ri Vor 3 n DemVBE Vi Rs Rc RL Vout E SRE

For the circuit given below, and find the formulas for: Vout a. Output voltage gain, which is defined as Ay = %3D VI b. Input impedance Zin looking from the point B and ground looking toward the output end as indicated by the arrow. C. Output impedance Zout looking from the load toward the input end as indicated by the arrow. Zin Zout Ri Vor 3 n DemVBE Vi Rs Rc RL Vout E SRE

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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