Consider the circuit shown in figure, where VgE=700 mv, B = 100, and VA = co. Calculate the VcE of Q1. Assume that the emitter current is equal to collector current.Şakildeki devre için o=200.mR= 100 ve Vrotdoğunudikkate alinz-eriçin Ve gerilimini hesapleym-Emiterakumunun kollektörakemme eşitotdeğreme lealbel-eeiniz.Circuit parameters / Devre ParametreleriRg = 120 kn, Rc = 0,8 kn, RE = 0,3 kn, Vcc= 7 VVccRBRCEREО а. 3451 VO b. 3,808 VO c. 3,094 VO d. 2,737 VO e. 1,547 VO f. 2,380 Vg. 1,714 VO h. 2,023 V

Consider the circuit shown in figure, where VBE=700 mV, B = 100, and VA = co. Calculate the VCE of Q1. Assume that the emitter current is equal to collector current. Şekildeki devre için Ve 700 mlR= 100 ve V oldoğunu dilkate alınız riçin Ve gerilimini besapleyme- Emiterakamunin kallektöralemme eşit oldeğenkabet Circuit parameters / Devre Parametreleri Rg = 120 kn, Rc = 0,8 k2, RE = 0,3 k2, Vcc = 7 V Vcc R E RC ERE a. 3,451 V O b. 3,808 V O c 3,094 V C. O d. 2,737 V O e. 1,547 V O f. 2,380 V 9. 1,714 V O h. 2.023 V

Consider the circuit shown in figure, where VBE=700 mV, B = 100, and VA = co. Calculate the VCE of Q1. Assume that the emitter current is equal to collector current. Şekildeki devre için Ve 700 mlR= 100 ve V oldoğunu dilkate alınız riçin Ve gerilimini besapleyme- Emiterakamunin kallektöralemme eşit oldeğenkabet Circuit parameters / Devre Parametreleri Rg = 120 kn, Rc = 0,8 k2, RE = 0,3 k2, Vcc = 7 V Vcc R E RC ERE a. 3,451 V O b. 3,808 V O c 3,094 V C. O d. 2,737 V O e. 1,547 V O f. 2,380 V 9. 1,714 V O h. 2.023 V

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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