12V R1 1ka R2 10kA Vin Q1: what is type of transistor ? Q2: Write down the load line equation. Vc = f(lc). Q3: What is the minimum value of input that makes the transistors in active mode ? Q4: what is the value of yce when Ib=0 Q5: what is the mode of operation for the transistor when Vin =0 Q6: according to the datasheet answer the questions? 1- What is the value of yce that make the transistor saturate ? 2- If B=75 what is the base current value? Q3: What is the minimum value of input that makes the transistors in active mode ? 04: what is the value of Vce when Ib-0 Q5 : what is the mode of operation for the transistor when Vin =0 Q6: according to the datasheet answer the questions? 1- What is the value of Vce that make the transistor saturate ? 2- IfB=75 what is the base current value ? ON CHARACTERISTICS DG Current Gain E do 1.0 mAde, VCE 10 Vdo e-10 mAde. Veg- 10 Vde Ae 10 mAde, VCe 10 vde. TA-C) 150 made, VoE= 10 Vac (Note 1) 100 300 6-500 mAac. VaE 10 vac Note 1) 40 Collector-Eminer Saturation Voltape (Note 1) do 150 madc. le 16 mAd e- 500 madc. le-50 mAdc Base-Emiter Saturation Votage (Note t) do 150 made. 15 mAd do- 500 mádc, s-50 mAd 03 1.0 Va 06 12 20

12V R1 1ka R2 10kA Vin Q1: what is type of transistor ? Q2: Write down the load line equation. Vc = f(lc). Q3: What is the minimum value of input that makes the transistors in active mode ? Q4: what is the value of yce when Ib=0 Q5: what is the mode of operation for the transistor when Vin =0 Q6: according to the datasheet answer the questions? 1- What is the value of yce that make the transistor saturate ? 2- If B=75 what is the base current value? Q3: What is the minimum value of input that makes the transistors in active mode ? 04: what is the value of Vce when Ib-0 Q5 : what is the mode of operation for the transistor when Vin =0 Q6: according to the datasheet answer the questions? 1- What is the value of Vce that make the transistor saturate ? 2- IfB=75 what is the base current value ? ON CHARACTERISTICS DG Current Gain E do 1.0 mAde, VCE 10 Vdo e-10 mAde. Veg- 10 Vde Ae 10 mAde, VCe 10 vde. TA-C) 150 made, VoE= 10 Vac (Note 1) 100 300 6-500 mAac. VaE 10 vac Note 1) 40 Collector-Eminer Saturation Voltape (Note 1) do 150 madc. le 16 mAd e- 500 madc. le-50 mAdc Base-Emiter Saturation Votage (Note t) do 150 made. 15 mAd do- 500 mádc, s-50 mAd 03 1.0 Va 06 12 20

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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