Electricity Lab.
| Materials of study | Stage | Branch |
|---|---|---|
| Electricity | Second Third Fourth | Computer and Control Engineering Control Engineering Mechatronics Engineering |
About the Laboratory:
The Electrical Laboratory is one of the basic laboratories in the Control and Systems Engineering Department, where students conduct basic and advanced experiments of electrical circuits and practical training of different types of circuits such as Ohm’s Low for linear and nonlinear systems, diodes applications, resistors, inductors, and capacitors of different types. The necessary devices for the completion of electrical circuits are available in the laboratory. These devices include DC voltage sources, Oscilloscopes of AC voltage, as well as voltage and current measuring devices.
The main objective of the laboratory is to develop the practical experience of the first-year students, practice and apply laboratory experiments, connect, examine and analyze the electrical circuits, and obtain the required results to prepare a report on the experiment. The lab provides a total of 16-hour classes per week with 18 students per class.
The Vision and the Objectives of the laboratory
The electrical laboratory connects and compares theoretical reality with practical applications for each process. Therefore, it combines electrical theories and subjects for both AC and DC circuits. These circuits are implemented in practice to compare theoretical results with practical results.
Laboratory Information:
| Subject Name | Electricity |
|---|---|
| Stage | Second |
| Branch | Control Engineering, Mechatronics Engineering and Control and Computer Engineering |
| Lab Grades | The lab grades are independent o the theoretical subject |
| Grade Calculation | First term examination: 40% Second term examination: 40% Daily effort: 25% Reports: 25% Typical report: 10% |
Electricity Experiments:
First Experiment: ohm “s low for linear and non linear | |
Objectives | To study the relation between voltages and current |
Practical of Experiment | Measure the voltage and current and draw relationship between( V) and ( I) |
Second Experiment: the measurement of unknown resistance using a comparison method | |
Objectives | To find the value of an unknown resistance by comparison method |
Practical of Experiment | Measure the voltage and current and draw relationship between( V) and ( I) |
Third Experiment: VOLTMETER | |
Objectives | To determine the voltmeter property with different |
Practical of Experiment | Measure the voltage RS variable and draw relationship between( V) and ( R) |
Fourth Experiment: AMMETER | |
Objectives | To determine the ammeter property with different scales |
Practical of Experiment | Measure the current and draw relationship between( R) and ( I) |
Fifth Experiment: KIRCHOFF | |
Objectives | To verify kirchoff voltage and current laws for simple D.C circuits |
Practical of Experiment | Measure the voltage and current |
Sixth Experiment: THEVENIN”S THEOREM | |
Objectives | To study and apply THEVENIN”S THEOREM to electric circuits |
Practical of Experiment | Measure the voltage and current in the normal circuit and equivalent circuit |
Seventh Experiment: NORTON”S THEOREMS | |
Objectives | To prove NORTON”S THEOREMS practically |
Practical of Experiment | Measure the voltage and current in the normal circuit and equivalent circuit |
Eighth Experiment: Superposition Theorems | |
Objectives | To prove Superposition reciprocity Theorems to a D.C electric |
Practical of Experiment | Measure the voltage and current in two. D.C power supply |
Ninth Experiment: THE CATHODE and RAY OSCILLOSCOPE | |
Objectives | To be familiar with the oscilloscope |
| Practical of Experiment | Measure the signal for different FREQUENCY in power supply A.C and D. |
Tenth: FREQUENCY AND PHASE MEASUREMENTS USING OSCILLOSCOPE | |
| Objectives | To measure the frequency of unknown sinwave by using another sinwave signal To measure the phase relationship between two sinwave signals of the same frequency |
| Practical of Experiment | Measure the signal for different FREQUENCY |
Eleventh: A.C CIRCUIT | |
| Objectives | How to use vectors in the solution of circuits |
| Practical of Experiment | Measure the voltage and current IN A.C POWER SUPPLY |
Twelfth: DIODE APPLICTIONS | |
| Objectives | The fundamental behavior diodes in D.C and A.C networks |
| Practical of Experiment | Measure the voltage and current IN A.C |