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Please answer the questions on the figure!

Please answer the questions on the figure!

Introductory Circuit Analysis (13th Edition)
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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Please answer the questions on the figure!

Consider the following figure! 12V R4 1002 I(p-p): - I(rms): I(dc): -- I(freq): -- R2: PR2 100 % Key=A I(p-p): -- I(ms): (dc): -- (freg): R1 Q1 10KΩ 100 %. R3 PR1 Key=A I: -- XMM1 47kQ I(p-p): -- I(rms): I(dc): I(freq): -- PR3 1. Determine the value of each VR10K when I. = 3 mA! Prove it using DC analysis! Then compare it with the experimental results and explain! 2. Calculate the IE and VCE values when I. = 3 mA! Then compare it with the experimental results and explain! 3. Calculate the value of I. – sat using DC analysis! Then compare it with the experimental results and explain! 4. Draw the schematic of the circuit!
Transcribed Image Text:Consider the following figure! 12V R4 1002 I(p-p): - I(rms): I(dc): -- I(freq): -- R2: PR2 100 % Key=A I(p-p): -- I(ms): (dc): -- (freg): R1 Q1 10KΩ 100 %. R3 PR1 Key=A I: -- XMM1 47kQ I(p-p): -- I(rms): I(dc): I(freq): -- PR3 1. Determine the value of each VR10K when I. = 3 mA! Prove it using DC analysis! Then compare it with the experimental results and explain! 2. Calculate the IE and VCE values when I. = 3 mA! Then compare it with the experimental results and explain! 3. Calculate the value of I. – sat using DC analysis! Then compare it with the experimental results and explain! 4. Draw the schematic of the circuit!
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