Please answer ASAP, will give upvote if answered quickly Problem 2: Fixed Bias CE with Emitter DegenerationA CE with emitter degeneration is biased as shown. The transistor has VREON = 0.7 V, VCE SAT = 0.2 V, VA + 0, and 8 = 100. In analyzing the circuit, assume that Ic s Ig.Vcc VccRBRC-o VOUTVin oREFixed Bias CE with Emitter DegenerationGiven are the following:• Vcc = 12 V• Rc = 1 k• Rg = 8 knAnalyze the circuit and answer the following:1. Identify the value of Ing such that the large signal output swis maximized. Round to 1 decimal place.Hint: Given the output characteristic (Ic vs. Vc), we want Veg such that Vec - Vcg = Vcg - VMIN-VMINVcc2. What is the value of Vcg? Round to 2 decimal places.V3. Is the transistor confirmed to be operating at the forward active region?Choose.4. Calculate the swing of the amplifier. If the transistor is not in FA, put 0 as the answer, otherwise round your answer to 2 decimal places.V5. Find the necessary value of Rp- Round to the nearest kiloohms.

Answered: Image /qna-images/answer/db63e92c-1cea-4d0a-aa6f-8fe9a1d7ede4.jpg

CE with emitter degeneration is biased as shown. The transistor has VBEON = 0.7 V, VCESAT = 0.2 V, VA → 00, and 8= 100. In analyzing the circuit, assume that Ic Ig. Vec Vcc RB Rc OVOUT Vin o RE Fixed Bias CE with Emitter Degeneration ven are the following: Vce = 12 V Rc = 1 kf Rg = 8 kl? halyze the circuit and answer the following: 1. Identify the value of Ing such that the large signal output swing is maximized. Round to 1 decimal place. | µA Hint: Given the output characteristic (Iç vs. Ve), we want Ve,g such that Vee – Veg = Veg – VMIN-. %3D Ice VMIN VeR Vee 2. What is the value of Veg? Round to 2 decimal places. V 3. Is the transistor confirmed to be operating at the forward active region? Choose. 4. Calculate the swing of the amplifier. If the transistor is not in FA, put 0 as the answer, otherwise round your answer to 2 decimal places. V 5. Find the necessary value of Rg- Round to the nearest kiloohms.

CE with emitter degeneration is biased as shown. The transistor has VBEON = 0.7 V, VCESAT = 0.2 V, VA → 00, and 8= 100. In analyzing the circuit, assume that Ic Ig. Vec Vcc RB Rc OVOUT Vin o RE Fixed Bias CE with Emitter Degeneration ven are the following: Vce = 12 V Rc = 1 kf Rg = 8 kl? halyze the circuit and answer the following: 1. Identify the value of Ing such that the large signal output swing is maximized. Round to 1 decimal place. | µA Hint: Given the output characteristic (Iç vs. Ve), we want Ve,g such that Vee – Veg = Veg – VMIN-. %3D Ice VMIN VeR Vee 2. What is the value of Veg? Round to 2 decimal places. V 3. Is the transistor confirmed to be operating at the forward active region? Choose. 4. Calculate the swing of the amplifier. If the transistor is not in FA, put 0 as the answer, otherwise round your answer to 2 decimal places. V 5. Find the necessary value of Rg- Round to the nearest kiloohms.

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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