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A voltage waveform is given by v(t)=[5 sin(400m)-21 V. (a) Determine the DC voltage, Voc (b) Calculate the frequency, f. (c) Calculate the period, T. (d) Calculate the instantaneous voltage at 1.25 ms. (e) Sketch and label 2 cycles of the voltage waveform, vt). Indicate the period, maximum voltage and minimum voltage 02.

A voltage waveform is given by v(t)=[5 sin(400m)-21 V. (a) Determine the DC voltage, Voc (b) Calculate the frequency, f. (c) Calculate the period, T. (d) Calculate the instantaneous voltage at 1.25 ms. (e) Sketch and label 2 cycles of the voltage waveform, vt). Indicate the period, maximum voltage and minimum voltage 02.

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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ASSIGNMENT 1 01. A voltage waveform is given by v(t) = [5 sin(400mt) - 21 V. (a) Determine the DC voltage, Voc. (b) Calculate the frequency, f. (c) Calculate the period, T. (d) Calculate the instantaneous voltage at 1.25 ms. (e) Sketch and label 2 cycles of the voltage waveform, v(t). Indicate the period, maximum voltage and minimum voltage. Q2. (a) Silicon diodes with Vr=0.7 V are used in the circuit as shown in Figure 2a () Calculate the voltage across the resistor, R Calculate the voltage across the resistor, R. () Calculate the current, I (v) Calculate the current, la (v) Calculate the current, Ir. 18 V IT R₁ = 13.3 ΚΩ Figure 2a R₂= 2.2 ΚΩ
Transcribed Image Text:ASSIGNMENT 1 01. A voltage waveform is given by v(t) = [5 sin(400mt) - 21 V. (a) Determine the DC voltage, Voc. (b) Calculate the frequency, f. (c) Calculate the period, T. (d) Calculate the instantaneous voltage at 1.25 ms. (e) Sketch and label 2 cycles of the voltage waveform, v(t). Indicate the period, maximum voltage and minimum voltage. Q2. (a) Silicon diodes with Vr=0.7 V are used in the circuit as shown in Figure 2a () Calculate the voltage across the resistor, R Calculate the voltage across the resistor, R. () Calculate the current, I (v) Calculate the current, la (v) Calculate the current, Ir. 18 V IT R₁ = 13.3 ΚΩ Figure 2a R₂= 2.2 ΚΩ
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