Experiments in Electrical Engineering
- Author G.P. Chhalotra
- ISBN: 978-93-87394-33-9
- ₹ 199.00
-
₹ 159.20
| Book Detail | |
| Publication Year | 1991 |
| ISBN-13 | 978-93-87394-33-9 |
| ASIN | 93-87394-33-6 |
| Language | English |
| Edition | 3rd |
| Pages | 200 |
| Preface | |
| Preface | This book has been prepared for Electrical Engineering students to provide them the experimental understanding of the subject. The book covers the syllabus of most of the universities for degree and diploma examinations. Discussions and questions\answers have been incorporated with the each experiment very easily. Printing mistakes and ambiguities may have crept in this edition. These will be eliminated in the next edition. Suggestions and comments, if any, will be welcomed by the author. |
| Table of Contents | |
| Table of Contents | * Experiment: To determine internal resistance of a battery* Experiment: Load test on a D.C. shunt generator* Experiment: Load test on D.C. series motor* Experiment: Load test on D.C. shunt motor* Experiment: Load test on D.C. shunt generator* Experiment: Load test on D.C. compound motor * Experiment: Load test on D.C.compound generator* Experiment: No load test on separately excited D.C. generator* Experiment: No load test on a D.C. shunt generator* Experiment: No load test on a D.C. shunt motor* Experiment: to perform Hopkinson test on two identical D.C.shunt machines* Experiment: Open circuit test and short circuit test on a single phase transformer* Experiment: Load test on a single phase transformer* Experiment: Back to back test on two identical transformers* Experiment: Separation of losses in a single phase transformer* Experiment: Separation losses in a D.C. shunt motor* Experiment: To perform load test on a three phase slipring induction motor* Experiment: To perform no-load and blocked rotor test on a three phase squirrel cage induction motor* Experiment: No-load test and short circuit test on a three phase alternator* Experiment: Load test on a three phase synchronous generator* Experiment: To determine regulation on a three phase alternation at full load, lagging power factor and loading power factor* Experiment: To determine the V-curve and inverted v-Curve of a synchronous motor* Experiment: To determine legulation of a three phase alternator for full load at a power factor using zero power factor method of potier triangle method* Experiment: To determine regulation at a three phase alternator at a load and its power factor by MMF method* Experiment: To measure the iron loss at different flux densities by Llyod Fisher magnetic square* Experiment: Study of directional over-current relay* Experiment: To plot burden current characteristic of the given current transformers* Experiment: To plot power angle curve of a three phase salient pole synchronous generator* Experiment: To plot megnetization characteristic and load characteristic of metadyne generator* Experiment: To determine negative sequence and zero sequence reactions of a synchronous* Experiment: Measurement of a small resistance by kelvin's double bridge* Experiment: Calibration of a watt-hour meter by a standard wattmeter |
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