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Consider the circuit shown in Figure4. B-120 i. Find Re such that VCEQ 2.2 V ii. Determine the midband gain iii. Determine Cc and CE such that the corner frequency associated with CE is fe-10 Hz and the corner frequency associated with Cc is fe 50 Hz. iv. Determine fi and fo. v. What is the gain-bandwidth product?

Consider the circuit shown in Figure4. B-120 i. Find Re such that VCEQ 2.2 V ii. Determine the midband gain iii. Determine Cc and CE such that the corner frequency associated with CE is fe-10 Hz and the corner frequency associated with Cc is fe 50 Hz. iv. Determine fi and fo. v. What is the gain-bandwidth product?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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I need an answer in 15 minutes please. Finding the RC and Frequency Responses for BJT Circuits
Consider the circuit shown in Figure4. B-120 i. Find Re such that VCEQ 2.2 V ii. Determine the midband gain iii. Determine Ce and C such that the corner frequency associated with CE is fe-10 Hz and the corner frequency associated with Cc is fc - 50 Hz. iv. Determine fi and fio. v. What is the gain-bandwidth product? R₁ = 10 k ww V+ = 3 V lo= 0.2 mA Rc V=-3 V Cc HH CE -0% R₁ = 20 k Cbc = 18 pF Che= 24 pF Ссе = 12 pF Cw, = 8 pF = 10 pF Cwo Figure 4
Transcribed Image Text:Consider the circuit shown in Figure4. B-120 i. Find Re such that VCEQ 2.2 V ii. Determine the midband gain iii. Determine Ce and C such that the corner frequency associated with CE is fe-10 Hz and the corner frequency associated with Cc is fc - 50 Hz. iv. Determine fi and fio. v. What is the gain-bandwidth product? R₁ = 10 k ww V+ = 3 V lo= 0.2 mA Rc V=-3 V Cc HH CE -0% R₁ = 20 k Cbc = 18 pF Che= 24 pF Ссе = 12 pF Cw, = 8 pF = 10 pF Cwo Figure 4
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