Problem 6-2. For the circuit shown in figure P6.5, find vc(t), ic(t), ix(t), and vy(t) for t≥ 0+. The switch has been in its starting position for a long time before moving at the time indicated. 5mA ↓ 2kQ 6ΚΩ_ix(t) ww ic(t)↓ 10μF 40V t=0 X + vc(t) 80V 8ΚΩ www + Vy(t)

Problem 6-2. For the circuit shown in figure P6.5, find vc(t), ic(t), ix(t), and vy(t) for t≥ 0+. The switch has been in its starting position for a long time before moving at the time indicated. 5mA ↓ 2kQ 6ΚΩ_ix(t) ww ic(t)↓ 10μF 40V t=0 X + vc(t) 80V 8ΚΩ www + Vy(t)

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter24: Resistive-inductive-capacitive Parallel Circuits

Section: Chapter Questions

Problem 1RQ: An AC circuit contains a 24 resistor, a 15.9-mH inductor, and a 13.3F capacitor connected in...

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Concept explainers

Digital to Analog Converters

Digital to analog converters are commonly known as DAC, digital analog converter, D2A, or Digital-to-Analog converters. DACs are one of the important devices used in the electronics and electrical domain. DACs are the systems that convert a digital signal into an analog signal, whereas an analog to digital converter or ADC performs the opposite function. Digital signals are those signals that can represent the information or data as a set of discrete values. At a particular instant of time, a digital signal can only take a particular value of data. A digital signal is characterized by two unique values; zeros and ones, or true and false, represented by the Boolean domain. These are also known as binary signals or logic signals. Unlike digital signals, an analog signal is represented by continuous values, where at any time instant, the analog signal is represented by a real number.

Question

Problem 6-2. For the circuit shown in figure P6.5, find vċ(t), ic(t), ix(t), and vy(t)
for t≥ 0+. The switch has been in its starting position for a long time before
moving at the time indicated.
5mA
2ΚΩ
6KQ
40V
ix(t)
ic(t)↓
10μF
+
t = 0
Vc(t)
80V
8ΚΩ
+
+
vy(t)

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Step 2: Finding the initial conditions.

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Step 3: Finding the time constant for t > 0.

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Step 4: Finding the vc(t) as 't' tends to infinity.

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Step 5: Finding the expression of the voltages vc(t), vy(t).

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Step 6: Finding the expression of the currents ic(t), ix(t).

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