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Question 3: Calculate the C if the other values are as follows: (show your steps.) Vc = 5V V(t) = 3V R=1114 T = 5.12 ms

Question 3: Calculate the C if the other values are as follows: (show your steps.) Vc = 5V V(t) = 3V R=1114 T = 5.12 ms

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
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Please solve #3,4,5 using formulas from other picture as needed with work, thank you.

Question 3: Calculate the C if the other values are as follows: (show your steps.) Vc = 5V V(t) = 3V R = 1114 T = 5.12 ms Answer: about 5 uF Question 4: Calculate (tau) which is the resistor times the capacitor (TRC). This is one time constant for these values. Answer: About 5 ms Question 5: If you wanted to insert a delay in a circuit of 1 ms and you had a 1k resistor, what capacitor would you choose, assuming that the Voltage threshold of the circuit you were connecting to is 50% the 5V supply voltage. Answer: 1.44 uF
Transcribed Image Text:Question 3: Calculate the C if the other values are as follows: (show your steps.) Vc = 5V V(t) = 3V R = 1114 T = 5.12 ms Answer: about 5 uF Question 4: Calculate (tau) which is the resistor times the capacitor (TRC). This is one time constant for these values. Answer: About 5 ms Question 5: If you wanted to insert a delay in a circuit of 1 ms and you had a 1k resistor, what capacitor would you choose, assuming that the Voltage threshold of the circuit you were connecting to is 50% the 5V supply voltage. Answer: 1.44 uF
V(t) Vc −1+ = (1 — e¯¹/Rc) C = V (t) Vc Ln(1- C= -t/(R = -(e-t/RC) V(t)) = ¹/RC Vc (Ln(1-(t))) Vc -t R(Ln(1 V(t))
Transcribed Image Text:V(t) Vc −1+ = (1 — e¯¹/Rc) C = V (t) Vc Ln(1- C= -t/(R = -(e-t/RC) V(t)) = ¹/RC Vc (Ln(1-(t))) Vc -t R(Ln(1 V(t))
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