Basic Electronics
Basic Electronics
Embedded Files
Module 3 — Theoretical Foundations of Electronic Systems
This section covers the fundamental principles governing electronic circuits and components essential for any ICT professional. It bridges the gap between hardware architecture and practical system maintenance.
This section covers the fundamental principles governing electronic circuits and components essential for any ICT professional. It bridges the gap between hardware architecture and practical system maintenance.
1. Electrical Circuits & Quantities
Fundamentals of Electricity
Fundamentals of Electricity
Understanding the "how and why" of electricity in ICT systems.
Understanding the "how and why" of electricity in ICT systems.
Circuit Identification
Circuit Identification
Proficiency in Series vs. Parallel circuit configurations and their practical impacts.
Electrical Quantities
Electrical Quantities
Identification and calculation of Voltage (V), Current (I), and Resistance (R) with SI units.
Self-Reflection:
Self-Reflection:
Understanding these quantities is essential for diagnosing power delivery issues in desktop units.
2. Electronic Components & ICs
Building Blocks of Hardware
Building Blocks of Hardware
Passive & Active
Passive & Active
Mastery of resistors, capacitors, and diodes as fundamental hardware components.
Integrated Circuits
Integrated Circuits
Characteristics and applications of chips in networking and system hardware architecture.
3. Semiconductor Theory
The science behind transistors and processors.
🔶Atomic structure of matter
🔶P-type & N-type materials
🔶P-N junction operations
🔶Transistor switching theory
THEORY ASSESSMENTS
THEORY ASSESSMENTS
Apply Basic Electronics Theory 1.pdfApply Basic Electronics Theory 1
Apply Basic Electronics Theory 2.pdfApply Basic Electronics Theory 2
Apply Basic Electronics Theory 3.pdfApply Basic Electronics Theory 3
Page updated
Google Sites
Report abuse