Nguồn ngoài
Laboratory Manual - AC Electrical Circuit Analysis
This laboratory manual is intended for use in an AC electrical circuits course and is appropriate for either a two or four year electrical engineering technology curriculum. The manual contains sufficient exercises for a typical 15 week course using a two to three hour practicum period. The topics range from RL and RC circuits and oscilloscope orientation through series-parallel circuits, superposition, Thevenin’s theorem, maximum power transfer theorem, and series and parallel resonance.
- Tác giả
- James M. Fiore
- Nhà xuất bản
- Mohawk Valley Community College
- Nguồn
- LibreTexts
- Giấy phép
- CC BY-NC-SA
- Ngôn ngữ
- EN
Mục lục· 127 mục
- 01: Introduction to RL and RC Circuits
- 1.1: Theory Overview
- 1.2: Equipment
- 1.3: Components
- 1.4: Schematics
- 1.5: Procedure
- 1.6: Data Tables
- 1.7: Questions
- 02: Phasor Vector Review
- 2.1: Procedure
- 03: The Oscilloscope (Tektronix MDO 3000 series)
- 3.1: Theory Overview
- 3.2: Equipment
- 3.3: Components
- 3.4: Schematics and Diagrams
- 3.5: Procedure
- 3.6: Data Tables
- 04: The Oscilloscope (Tektronix TDS 3000 series)
- 4.1: Theory Overview
- 4.2: Equipment
- 4.3: Components
- 4.4: Schematics and Diagrams
- 4.5: Procedure
- 4.6: Data Tables
- 05: The Oscilloscope (GWInstek 2000)
- 5.1: Theory Overview
- 5.2: Equipment
- 5.3: Components
- 5.4: Schematics and Diagrams
- 5.5: Procedure
- 5.6: Data Tables
- 06: Capacitive Reactance
- 6.1: Theory Overview
- 6.2: Equipment
- 6.3: Components
- 6.4: Schematics
- 6.5: Procedure
- 6.6: Data Tables
- 6.7: Questions
- 07: Inductive Reactance
- 7.1: Theory Overview
- 7.2: Equipment
- 7.3: Components
- 7.4: Schematics
- 7.5: Procedure
- 7.6: Data Tables
- 7.7: Questions
- 08: Series RLC Circuits
- 8.1: Theory Overview
- 8.2: Equipment
- 8.3: Components
- 8.4: Schematics
- 8.5: Procedure
- 8.6: Data Tables
- 8.7: Questions
- 09: Parallel RLC Circuits
- 9.1: Theory Overview
- 9.2: Equipment
- 9.3: Components
- 9.4: Schematics
- 9.5: Procedure
- 9.6: Data Tables
- 9.7: Questions
- 10: Series-Parallel RLC Circuits
- 10.1: Theory Overview
- 10.2: Equipment
- 10.3: Components
- 10.4: Schematics
- 10.5: Procedure
- 10.6: Data Tables
- 10.7: Questions
- 11: Passive Crossover
- 11.1: Theory Overview
- 11.2: Equipment
- 11.3: Components
- 11.4: Schematics
- 11.5: Procedure
- 11.6: Data Tables
- 11.7: Questions
- 12: AC Superposition Theorem
- 12.1: Theory Overview
- 12.2: Equipment
- 12.3: Components
- 12.4: Schematics
- 12.5: Procedure
- 12.6: Data Tables
- 12.7: Questions
- 13: AC Thevenins Theorem
- 13.1: Theory Overview
- 13.2: Equipment
- 13.3: Components
- 13.4: Schematics
- 13.5: Procedure
- 13.6: Data Tables
- 13.7: Questions
- 14: AC Maximum Power Transfer
- 14.1: Theory Overview
- 14.2: Equipment
- 14.3: Components
- 14.4: Schematics
- 14.5: Procedure
- 14.6: Data Tables
- 14.7: Questions
- 15: Series Resonance
- 15.1: Theory Overview
- 15.2: Equipment
- 15.3: Components
- 15.4: Schematics
- 15.5: Procedure
- 15.6: Data Tables
- 15.7: Questions
- 16: Parallel Resonance
- 16.1: Theory Overview
- 16.2: Equipment
- 16.3: Components
- 16.4: Schematics
- 16.5: Procedure
- 16.6: Data Tables
- 16.7: Questions
- 17: Loudspeaker Impedance Model
- 17.1: Theory Overview
- 17.2: Equipment
- 17.3: Components
- 17.4: Schematics
- 17.5: Procedure
- 17.6: Data Tables
- 17.7: Questions