Crash course on Analog Electronic Circuit Design

🌟 Crash Course on Analog Electronic Circuit Design by SkillGems Education-P.V.V.Satyanarayana M.Tech., (PhD) 🌟

Course Headline:

🚀 Grow from Zero to Hero in Analog Electronics with PVV's Comprehensive Crash Course! 🚀

Course Description:

Embark on a transformative journey into the world of analog electronics with our expertly crafted online course. Learn Semiconductors to entire Analog Electronics from the scratch grow from zero to Hero in 2022! This is not just another course; it's a complete overhaul of your understanding of electronic circuits, designed for beginners and seasoned professionals alike.

Course Structure:

Section 1: Semiconductor Physics for Learning Electronics

Dive into the fundamental principles that govern semiconductors, starting from the basics of matter and the atomic model to a deep understanding of silicon, P-type and N-type semiconductors, and the Mass Action law. Learn about recombination processes, the Hall effect for determining mobility, conductivity, and even the intricacies of energy band diagrams and Fermi level expressions.

• Topics covered:
  • Atomic model of silicon
  • Types of semiconductors (P & N)
  • Mass Action law
  • Semiconductor recombination processes
  • Hall effect and its applications
  • Energy band diagrams
  • Fermi level expressions for intrinsic and extrinsic semiconductors

Section 2: Semiconductor Devices or Electronic Components

Understand the behavior of semiconductor devices, focusing on the PN junction, its energy band diagrams, and the characteristics under different bias conditions. Gain insights into current components, the impact of temperature and voltage variations, diffusion and drift currents, and Zener diode applications as regulators.

• Topics covered:
  • Open-circuited PN junction
  • PN junction energy band diagrams
  • PN junction diode characteristics (forward & reverse bias)
  • Current components of a PN junction diode
  • Zener diode characteristics and applications

Section 3: Rectifiers and Filter Circuits

Learn the principles behind power supplies, including block diagrams, rectifier setups (half-wave, full-wave, bridge rectifier), and various filter circuits. Analyze the parameters like ripple voltage, current, and transformer utilization factor (TUF).

• Topics covered:
  • Power supply block diagrams
  • Basic rectifier setups
  • Bridge rectifier circuits
  • Ripple voltage and current parameters
  • RC and inductor filter derivations

Section 4: Transistor Characteristics

Get to grips with transistor fundamentals, configurations (common base, common collector, common emitter), and their characteristics. Understand input and output impedances, current gain, voltage gain, and the significance of each in various applications.

• Topics covered:
  • Transistor types and configurations
  • Common base, common collector, and common emitter setups
  • Transistor input and output characteristics
  • Input impedance and output impedance
  • Current gain, voltage gain, etc.

Intended Learning Outcome:

By completing this course, you will:

• 🧠 Understand Core Electronics: Gain a solid foundation in how basic electronic components behave and operate, particularly for applications as switches and other digital functions.

• 🚀 Aspire for VLSI Domain: For those with an interest in the VLSI field or similar areas, this course is essential for building a strong knowledge base.

• 🎓 Acquire Practical Knowledge: The course is designed to equip you with practical skills and theoretical knowledge that will help you excel in the field of analog electronics.

• 🔍 Unlock Future Opportunities: You'll uncover numerous benefits throughout the course, enabling you to leverage your newfound expertise in various domains within electronics.

Don't miss this opportunity to transform your understanding of analog electronics and become a master in the field. Enroll now and start your journey towards becoming a Hero in Analog Electronics with SkillGems Education! 🌈

Enroll Now and Electrify Your Future in Analog Electronics! ⚡