Use equations from picture to solve with work. V(t)Vc−1+= (1 − e¯¹/Rc)-C =V (t)VcLn(1-C= -t/(R=- (e-t/RC)V(t)) = ¹/RCVc(Ln(1-(t)))Vc-tR(Ln(1 V(t)) Question 5: If you wanted to insert a delay in a circuit of 1 ms and you had a 1k resistor, what capacitor would youchoose, assuming that the Voltage threshold of the circuit you were connecting to is 50% the 5V supply voltage.Answer: 1.44 uF

In the given questions we need to calculate the value of capacitance.

Answered: V(t) Vc −1+ = (1 - e ¹/RC) -(e-t/RC)…

Engineering

Electrical Engineering

V(t) Vc −1+ = (1 - e ¹/RC) -(e-t/RC) Ln(1-V(t)) = ¹/RC Vc V(t) Vc C = = C= -t/(R (Ln(1 – V(!))) Vc -t R(Ln(1 – V(t))

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter19: Capacitors

Section: Chapter Questions

Problem 3PA: You find that a 25-F capacitor connected to 480 VAC is defective. The storeroom has no capacitors...

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Question

Use equations from picture to solve with work.

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))

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

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