ECI Practical No.1

Electrical Circuits Practical Answers

Title: Use Dual Trace oscilloscope to determine AC Alternating Current Voltage and Current in given RLC circuit Practical Answers

Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit

Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit Page 1

1. Hello students in this Practical we are going to show the practical significance of using a Dual trace oscilloscope to determine AC alternating current voltage and current response is a given r-l-c circuit

2. What is the practical significance of this practice as we all know in the industry environment electrical engineer diploma training are expected to handle Cathode ray oscilloscope is also known as cr-o two major basic parameters like voltage frequency time period of passive components thereafter this practice will help you to acquire basic necessity skill in basic knowledge.

3. Now let us see the minimum theoretical background of this practical answer. The phase difference between two sinusoidal that is AC waveform having same frequency is directed by angle pi it is mainly measured in degree or radius

Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit Page 2

Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit Page 3

Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit Page 4
Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit Page 5
Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit Page 6
\
Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit Page 7

Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit Page 8

Related Posts:-

1. ECI Practical No.1 Use Dual Trace oscilloscope to

determine AC Voltage and Current in given RLC circuit

2. ECI Practical No. 02 Use Voltmeter, ammeter, wattmeter to determine active, reactive and apparent power consumed in given R-L series circuit, draw phasor diagram

3. ECI Practical No.3 Use Voltmeter, ammeter, wattmeter to determine active, reactive and apparent power consumed in given R-C series circuit, draw phasor diagram.

4. ECI Practical Answers no.04 Use voltmeter, Ammeter, Wattmeter to determine active, reactive and apparent power consumed in given R-L-C series circuit, draw phasor diagram.

5. ECI Practical No.6 RC Parallel Circuit Answers Use Voltmeter, ammeter, wattmeter to determine power factor active, reactive and apparent power consumed in given R-C Parallel circuit

6. ECI Practical No.7 RLC Parallel circuit answers Use Voltmeter, ammeter, wattmeter to determine power factor active, reactive and apparent power consumed in given R-L-C Parallel circuit

7. ECI Practical No.9 Use voltmeter, ammeter, wattmeter, p.f meter to determine line and phase quantities of voltage and current for balanced three phase star & delta connected load and calculate active, reactive and apparent power. Draw phasor diagram.

8. ECI Practical No.10 Use voltmeter, ammeter, wattmeter, p.f meter to determine line and phase quantities of voltage and current for unbalanced three phase star & delta connected load and calculate active, reactive, and apparent power. Draw phasor diagram.

9. ECI Practical No.11 Use voltmeter, ammeter to determine current through the given branch of a electric network by applying mesh analysis.

ECI Practical No.1 Use Dual Trace oscilloscope to determine AC Voltage and Current in given RLC circuit