Basic Electrical & Electronics Books

Pokhara University Semester 2 Basic Electrical and Electronics Important Books: Study Resources and Preparation Guide

Preparing for university examinations often feels like navigating a maze. For students enrolled in Bachelor of Civil Engineering programs under Pokhara University, managing semester requirements requires clear resources, dependable notes, …

ELE 112: Basic Electrical and Electronics Engineering – Textbooks & Reference Books

Level: Bachelor (BE Civil / BE Civil & Rural) | Format: L-T-P (3-2-2) | Total Duration: 45 Hours | Marks: 100 (Pass: 45)

Course Overview & Book Selection
This category features recommended textbooks, reference books, and author solutions for ELE 112: Basic Electrical and Electronics Engineering. These books cover core electrical engineering principles, circuit analysis methods, electric machines, semiconductor physics, and instrumentation tailored for civil engineering applications.

Syllabus Coverage in Books

Unit I: Fundamentals of Electricity (6 Hours)

Electrical Supply: Generation, transmission, and distribution systems.
Core Concepts: AC vs. DC current, voltage, electric power, and potential difference.
Passive Components: In-depth book chapters on Resistance, Inductance, and Capacitance.
Circuit Laws: Ohm’s Law and temperature dependence of resistance.

Unit II: DC Circuits & Wiring Systems (9 Hours)

Network Theorems: Kirchhoff’s Laws (KVL/KCL), Nodal Analysis, Mesh Analysis, and Star-Delta transformations.
Circuit Rules: Voltage and current divider rules.
Electrical Wiring: Textbooks covering residential, commercial, and industrial wiring methods.
Wiring Components: Cables, switches, main switches, and distribution boards.

Unit III: Single-Phase AC Circuits (6 Hours)

AC Excitation: Sinusoidal analysis of R, L, and C components.
Phasors & Impedance: Phasor representations, Complex Impedance, and Admittance.
Signal Values: Calculation of RMS, average, and effective values.
Power Analysis: Real Power, Reactive Power, Apparent Power, and Power Factor correction.

Unit IV: Electrical Machines & Transformers (8 Hours)

DC Machinery: Construction, operating principles, and characteristics of DC Motors and Generators.
AC Machinery: Three-phase and single-phase Induction Motors (Capacitor start/run).
Transformers: Operating principles, equivalent circuits, and structural layout.

Unit V: Basics of Semiconductors (10 Hours)

Semiconductor Physics: Energy bands, Fermi levels, P-type, and N-type material properties.
P-N Junction Diodes: Barrier potential, forward/reverse biasing, and I-V characteristics.
Rectifiers & Transistors: Half-wave/Full-wave Rectifiers, BJT switching, and amplification principles.

Unit VI: Instrumentation & Sensing (6 Hours)

Measurement Systems: Instrumentation fundamentals, sensor properties, and transducer characteristics.
Field Applications: Civil engineering applications including strain gauges, remote sensing, and Total Station integration.
Measurement Tools: Analog vs. digital instruments and calibration techniques.