Microelectronics Differential Amplifiers

Microelectronics – Differential Amplifiers
Published 5/2025
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz

MOS and Bipolar Differential Amplifiers

What you’ll learn

To build a deep understanding of MOS differential amplifiers through intuitive explanation, rigorous analysis, and practical circuit modeling.

Learners will analyze, design, and troubleshoot MOS differential amplifiers, understanding large- and small-signal behavior under realistic operating conditions

Avoiding frequency response ensures focused mastery of static behavior; risks include misinterpreting region boundaries or neglecting mismatch effects.

Master differential pair operation, derive gain and output resistance, and analyze active load and current mirror structures using MOS small-signal models.

Requirements

Udemy Course Series on "Microelectronics" By Payam Heydari

Description

Overview

Section 1: Microelectronic Circuits – Differential Amplifier

Lecture 1 Why Differential Signaling?

Section 2: Microelectronic Circuits – Differential Amplifier

Lecture 2 Advantages of Differential Signaling?

Section 3: Microelectronic Circuits – Differential Amplifier

Section 4: Microelectronic Circuits – Differential Amplifier

Section 5: Microelectronic Circuits – Differential Amplifier

Lecture 5 Qualitative Large-Signal Analysis in MOS Differential Amplifiers

Section 6: Microelectronic Circuits – Differential Amplifier

Section 7: Microelectronic Circuits – Differential Amplifier

Section 8: Microelectronic Circuits – Differential Amplifier

Lecture 8 Quantitative Large-Signal Analysis in MOS Differential Amplifiers

Section 9: Microelectronic Circuits – Differential Amplifier

Lecture 9 MOS Differential Amplifiers – Large-Signal Analysis and Half-Circuit Model

Section 10: Microelectronic Circuits – Differential Amplifier

Lecture 10 Half-Circuit Model in MOS Differential Amplifiers

Section 11: Microelectronic Circuits – Differential Amplifier

Lecture 11 MOS Differential Amplifier: Sample Problem 1 and Solution

Section 12: Microelectronic Circuits – Differential Amplifier

Lecture 12 Qualitative Large-Signal Analysis in Bipolar Differential Amplifiers

Section 13: Microelectronic Circuits – Differential Amplifier

Lecture 13 Common-Mode Operation for All Input Levels in Bipolar Differential Amps

Section 14: Microelectronic Circuits – Differential Amplifier

Lecture 14 Quantitative Large-Signal Analysis in Bipolar Differential Amplifiers

Section 15: Microelectronic Circuits – Differential Amplifier

Lecture 15 Half-Circuit Model in Bipolar Differential Amplifiers

Section 16: Microelectronic Circuits – Differential Amplifier

Section 17: Microelectronic Circuits – Differential Amplifier

Section 18: Microelectronic Circuits – Differential Amplifier

Lecture 18 Differential Amplifier with Active Load and Mirror Mirror

Section 19: Microelectronic Circuits – Differential Amplifier

Lecture 19 Differential Amplifier with Active Current Mirror – Gm Calculation

Section 20: Microelectronic Circuits – Differential Amplifier

Lecture 20 Differential Amplifier with Active Current Mirror – Rout and Gain Calculations

Section 21: Microelectronic Circuits – Differential Amplifier

Lecture 21 Differential Amplifier with Active Load: Sample Problem 1 and Solution

Undergraduate and graduate students in electrical and computer engineering and design engineers