Online Analog Electronics Course for AE & SAE Exam Preparation

Master the essential principles of Analog Electronics with our comprehensive online course, specifically designed for candidates preparing for Assistant Engineer (AE) and Sub-Assistant Engineer (SAE) recruitment exams. This course will equip you with the knowledge and problem-solving skills needed to excel in competitive engineering exams.

Meet Your Instructor

Md Sakhwat Hossain will be your guide throughout this course. An accomplished professional with a degree from RUET, he is currently serving as an Assistant Engineer at Power Grid Company of Bangladesh (PGCB) PLC. His expertise is validated by recommendations for Assistant Engineer roles at prestigious organizations like the Bangladesh Power Development Board (BPDB) and the Bangladesh Chemical Industries Corporation (BCIC).

His extensive career includes significant roles at Northern Electricity Supply Plc (NESCO), West Zone Power Distribution Company Limited (WZPDCL), Biman Bangladesh Airlines, and as a former Assistant General Manager (O&M) at the Bangladesh Rural Electrification Board (BREB). Md Sakhwat Hossain’s deep industry knowledge and understanding of the AE/SAE exam patterns make him the ideal mentor for your preparation journey.

Why You Should Enroll

• Live and Interactive Classes: Participate in engaging live sessions on Zoom Premium, where you can ask questions and interact with the instructor in real-time.

• Exam-Focused Curriculum: Every topic and problem is tailored to the syllabus and format of AE and SAE recruitment exams.

• Continuous Support: Benefit from 7-day-a-week support to get your questions answered and doubts clarified.

• Flexible Learning: All classes are recorded, so you can review the material at your own pace and never worry about missing a session.

• Comprehensive Study Materials: You will be provided with detailed theory notes and formula sheets to streamline your learning and revision.

  • To view note sample , click here 

  • To view math note sample , click here 

• Affordable Fee: Gain access to expert-led, high-quality instruction without breaking the bank.

Course Details

• Total Classes: Approximately 20

• Class Duration: Over 2 hours per class

• Platform: Zoom Premium
  

• To watch demo class visit  DEMO Class Playlist 

Detailed Course Outline

This course provides a thorough exploration of Analog Electronics, from fundamental physics to complex amplifier circuits. For a complete topic list, view the full Course Outline here.

Chapter 1: Semiconductor Physics
This foundational chapter builds your understanding of the materials that make modern electronics possible. We will explore the differences between conductors, semiconductors, and insulators and delve into core concepts like drift current, diffusion current, and the Einstein relation that govern charge movement.

Chapter 2: Semiconductor Diode
Learn about the heart of the semiconductor world: the p-n junction. This chapter covers the theory behind diode operation in forward and reverse bias, the diode current equation, ideal vs. practical diodes, and the breakdown phenomenon. We will also analyze Zener diodes and crucial capacitance effects.

Chapter 3: Field Effect Transistors (FETs)
Move beyond diodes to another essential component: the transistor. This chapter introduces Field Effect Transistors (FETs), comparing them to BJTs. You will learn the construction and operation of various FET types, including the widely used MOSFETs (both enhancement and p-channel types).

Chapter 4: Diode Circuits
This chapter focuses on the practical application of diodes. You will learn to analyze and design fundamental circuits, including DC power supplies (half-wave, full-wave, and bridge rectifiers), filters (inductor, capacitor, LC), voltage regulators using Zener diodes, and signal-shaping circuits like clippers and voltage multipliers.

Chapter 5: BJT – Characteristics and Biasing
Discover the Bipolar Junction Transistor (BJT), a cornerstone of analog amplification. This chapter covers its current components, the Early effect, and a detailed analysis of its three main configurations: Common Base, Common-Emitter, and Common-Collector.

Chapter 6: Transistor Biasing and Thermal Stabilization
A transistor is only useful if it operates in a stable state. This chapter teaches you how to establish and maintain a proper DC operating point (Q-point). You will master various biasing circuits (Fixed, Self-Bias, Voltage-Divider) and learn critical techniques for thermal stabilization, including the current mirror circuits used in IC design.

Chapter 7: BJT as an Amplifier
Unlock the primary function of a BJT: amplification. This chapter covers the graphical analysis of BJT amplifiers and introduces powerful analytical tools like the hybrid model (h-parameters) and the small-signal hybrid-π equivalent circuit to analyze Common-Emitter, Common-Collector, and Common-Base amplifier configurations.

Chapter 8: Basic FET Amplifiers
Applying the principles from the previous chapter to FETs, you will learn to analyze the three basic FET amplifier configurations: Common-Source, Common-Drain (Source Follower), and Common-Gate. This will complete your understanding of single-stage transistor amplifiers.

Chapter 9: Operational Amplifier (Op-Amp)
Explore the Operational Amplifier, one of the most versatile building blocks in analog electronics. This chapter covers the ideal and practical characteristics of Op-Amps and their application in a vast range of circuits, including inverting and non-inverting amplifiers, summing amplifiers, integrators, differentiators, instrumentation amplifiers, and precision rectifiers.

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• To watch demo class visit  DEMO Class Playlist