Fundamental of Electrical Engineering EMT 1243 SEM 2

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Fundamental of Electrical Engineering EMT 124/3 SEM 2 ACADEMIC SESSION 2015/16 INTRO

Fundamental of Electrical Engineering EMT 124/3 SEM 2 ACADEMIC SESSION 2015/16 INTRO

Lecturers Puan Siti Salwa Bt. Mat Isa(Course Coordinator) n sitisalwa@unimap. edu. myy n Office

Lecturers Puan Siti Salwa Bt. Mat Isa(Course Coordinator) n sitisalwa@unimap. edu. myy n Office : Block 9, Ground Floor – Pauh Putra ENGR. Steven Taniselass n steven@unimap. edu. my n Office : Block 11, 1 st Floor - Pauh Putra School of Microelectronic Engineering, Universiti Malaysia

Outline 1. Course structure 2. Course Outcome (CO’s) 3. Teaching Plan School of Microelectronic

Outline 1. Course structure 2. Course Outcome (CO’s) 3. Teaching Plan School of Microelectronic Engineering, Universiti Malaysia

Course Structure Examination: 80% Ø Ø § § Final Examination Mid Term Examinations =

Course Structure Examination: 80% Ø Ø § § Final Examination Mid Term Examinations = 60% = 20% Mid Term (week 5) End Term (week 12) = 10% Continual Assessment (Course Work): 20% Ø Ø Laboratory (Labs) Assignments & QUIZ = 5% = 15% School of Microelectronic Engineering, Universiti Malaysia

Course Outcome (CO’s) CO 1: n Ability to define, solve and analyze problems on

Course Outcome (CO’s) CO 1: n Ability to define, solve and analyze problems on transformers, dc machines and ac machines with respect to their efficiency, equivalent circuits and losses. CO 2: n Ability to define, solve and analyze problems on the basic operations of dc and ac meters, dc and ac bridges. CO 3: n Ability to define, solve and analyze problems on sensors & transducers. School of Microelectronic Engineering, Universiti Malaysia

Teaching Plan Study. Week 1 2 3 Delivery Mode Lecture Course Content Transformer DEFINE

Teaching Plan Study. Week 1 2 3 Delivery Mode Lecture Course Content Transformer DEFINE and EXPLAIN types and constructions of transformers; DISCUSS the application of transformer; COMPARE and PREDICT one phase and 3 phase transformers. (3 hours) Transformer (continued) Lecture CALCULATE , SOLVE and ARRANGE problems on transformers open circuit test and short circuit test, and voltage regulation and efficiency. (3 hours) Lecture DC Machines DEFINE, REMEMBER and PLAN the construction and types of DC Machines; (3 hours) Lecture DC Machines 4 COMPARE and PREDICT the equivalent circuit and performance of DC Machines; (3 hours) Lecture DC Machines 5 CALCULATE , SOLVE and ARRANGE circuit problems on DC Machines. (3 hours) School of Microelectronic Engineering, Universiti Malaysia

AC Machines DEFINE and REMEMBER the construction and types of AC 6 Machines; COMPARE

AC Machines DEFINE and REMEMBER the construction and types of AC 6 Machines; COMPARE and PREDICT the equivalent circuit and performance of AC Machines; (2 hours) Lab 1: DC Series Motor (2 hours) AC Machines CALCULATE , SOLVE and COMBINE circuit problems on AC 7 8 Machines. (3 hours) CUTI PERTENGAHAN SEMESTER/MID SEMESTER BREAK AC and DC Meters EXPLAIN the history of metering; IDENTIFY and ARRANGE various meters; (3 hours) AC and DC Meters 9 APPLY d’Arsonval galvanometer in various meters; (3 hours) 10 AC and DC Meters CALCULATE , SOLVE and COMBINE problems on basic operations of DC AC Meter. (3 hours) School of Microelectronic Engineering, Universiti Malaysia

AC and DC Bridge DEFINE, EXPLAIN , REMEMBER and PREDICT the basic design, types

AC and DC Bridge DEFINE, EXPLAIN , REMEMBER and PREDICT the basic design, types and principles of DC abd AC bridges; 11 (3 hours) AC and DC Bridge APPLY DC bridge in measurements; CALCULATE , SOLVE and COMBINE problems on basic operation of bridges. 12 13 14 Lecture (3 hours) Introduction to Sensors and Transducers Lecture DEFINE, EXPLAIN , REMEMBER and PREDICT different types of transducers and application of transducers. (3 hours) Introduction to Sensors and Transducers Lecture CALCULATE , SOLVE and ARRANGE problems on strain gauge parameters, and capacitive transducer. (3 hours)

Books/References List of Book/references : Textbook: n Chapman S. J. , “Electric Machinery Fundamentals”,

Books/References List of Book/references : Textbook: n Chapman S. J. , “Electric Machinery Fundamentals”, Fifth Edition, 2009, Mc. Graw Hill, Singapore. Reference Book: n C. S Rangan, G. R. Sarma & V. S. Mani, “Instrumentation Devices & System” Tata, Mc. Graw-Hill Publishing Company Limited, 2004. School of Microelectronic Engineering, Universiti Malaysia

Ilmu Keikhlasan Kecemerlangan School of Microelectronic Engineering, Universiti Malaysia

Ilmu Keikhlasan Kecemerlangan School of Microelectronic Engineering, Universiti Malaysia