Description
Learn Advance MOSFET Circuits Cascode to Diff Amp on LTSpice. This comprehensive course provides expert instruction in advanced MOSFET circuits, from cascode amplifiers to differential amplifiers, using LTSpice software. This course is a practical, hands-on guide to the design and analysis of advanced metal-oxide-semiconductor field-effect transistors (MOSFETs) circuits, specifically designed for students and engineers who have a solid understanding of MOSFET fundamentals and are now looking to move on to designing high-performance analog integrated circuits and amplifiers. If you have a solid understanding of MOSFET direct current analysis and basic amplifiers but are struggling to understand current sources, cascode configurations, and differential amplifiers, this course will take you step-by-step through software simulations. The course begins with a review of essential concepts to smoothly transition to advanced topics, and then gradually builds on topics related to professional MOSFET circuits used in the design of large-scale integrated circuits, operational amplifiers, and integrated amplifiers. The course focuses on circuit intuition and conceptual understanding, moving away from mere formulas. Each important topic is implemented through detailed simulations, and the reasons for each circuit’s use in real integrated circuits are explained in detail so that learners can gain in-depth and practical knowledge.
What you will learn
- Direct Current Analysis Review: Reinforce basic topics related to MOSFET transistors and review direct current analyses.
- Alternating Current Analysis: Review of MOSFET amplifiers and small signal analysis to establish a solid scientific foundation.
- Constant Current Sources: Understand the concept of constant current sources and current sinks along with their simple design from scratch.
- Alternating Current Equivalent Model: Construction and analysis of small signal equivalent models for MOSFET-based current sources.
- Common-source amplifier: Design and simulation of a common-source amplifier with a current source load and analysis of its gain and performance.
- Diode-junction MOSFETs: Understanding the operation, characteristics, and practical applications of diode-junction MOSFETs.
- Source Degradation: Improving the performance of streaming sources using the source degradation technique and examining its limitations.
- Cascode Configurations: Learn the reasons why cascode structures are needed in advanced circuits and master quick methods for calculating amplifier gain.
- Differential Amplifiers: Design, analysis, and simulation of differential amplifiers using MOSFET transistors in a simulator environment.
This course is suitable for people who:
- Electrical and Electronics Engineering Students: People who want to learn the science of microelectronics and semiconductor devices in depth.
- Beginners in Analog Electronics: Enthusiasts who are familiar with the basics and intend to enter the world of integrated circuits.
- Job Seeking Engineers: Applicants preparing for specialized interviews in the field of analog integrated circuit design and large-scale integrated circuits.
- Electronic systems designers: People who want to gain a deeper understanding of amplifiers and current sources in circuits.
Course Details Learn Advance MOSFET Circuits Cascode to Diff Amp on LTSpice
- Publisher: Udemy
- Instructor: Practical Buddy
- Training level: Beginner to advanced
- Training duration: 11 hours and 26 minutes
- Number of lessons: 51
Course syllabus as of 2026/9
Prerequisites for the Learn Advance MOSFET Circuits Cascode to Diff Amp on LTSpice course
- Strong command of basic circuit analysis techniques, such as KVL, KCL, and nodal analysis (These fundamentals are explained in Course 1.)
- Good foundational knowledge of semiconductor basics, including charge carriers, doping, and device behavior
- Basic understanding of MOSFET fundamentals — symbolic representation, types, I–V characteristics, drain current equation, and operating regions (Students may also take MOSFET Course 1 for a thorough revision.)
- Knowledge of MOSFET amplifier concepts — transconductance, CS amplifier, CG amplifier, source follower (buffer), and LTSpice simulations (These topics are covered in MOSFET Course 2 if revision is needed.)
Course images
Sample course video
Installation Guide
After Extract, view with your favorite player.
Subtitles: None
Quality: 1080p
Download link
Rapidgator link
File(s) password: www.downloadly.ir
File size
6.9 GB