8. Analysis1. What effect does a bigger capacitor have on the RC circuit?2. What happens to the capacitor (output), when the input goes to zero? (Does it go directlyto zero very fast? Slowly? Explain the behavior in detail. Components Used:Kit Part #ValuesResistor2.7 ko = 2700 ohmСарacitor2.2 μFСарacitor1.1 μFFunction GeneratorSquare wave Amplitude 9V frequency10HZTable A- Component ListExperiment:R12.7 kQS1C12.2 u FF= 10 HzFigure 2 RC circuitSquare

In this question we discuss behaviour of capacitor in a circuit.

8. Analysis 1. What effect does a bigger capacitor have on the RC circuit? 2. What happens to the capacitor (output), when the input goes to zero? (Does it go directly to zero very fast? Slowly? Explain the behavior in detail.

8. Analysis 1. What effect does a bigger capacitor have on the RC circuit? 2. What happens to the capacitor (output), when the input goes to zero? (Does it go directly to zero very fast? Slowly? Explain the behavior in detail.

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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Concept explainers

Capacitor

The capacitor is an element used to store electrical energy in the electrical field. A capacitor is a form of passive energy.

Question

8. Analysis
1. What effect does a bigger capacitor have on the RC circuit?
2. What happens to the capacitor (output), when the input goes to zero? (Does it go directly
to zero very fast? Slowly? Explain the behavior in detail.

Components Used:
Kit Part #
Values
Resistor
2.7 ko = 2700 ohm
Сарacitor
2.2 μF
Сарacitor
1.1 μF
Function Generator
Square wave Amplitude 9V frequency
10HZ
Table A- Component List
Experiment:
R1
2.7 kQ
S1
C1
2.2 u F
F= 10 Hz
Figure 2 RC circuit
Square

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