Aaron Danner

electrical engineering

power supply

solar cells

Ising model

Complete Playlists for Learning Electronics
Recommended Viewing Order:
1. Circuits For Beginners [FULL CLASS]
2. Electrical Properties of Materials/Semiconductors for Beginners [FULL CLASS]
3. AC & Switching Circuits [FULL CLASS]
4. Motors [HANDS-ON SERIES]
5. Electricity Distribution [FULL CLASS]
6(a). Analog Electronics [FULL CLASS]
6(b). Passive Filters
6(c). Amplifiers and Op-Amps
6(d). Active Filters
6(e). Transistors
6(f). Voltage Regulators
6(g). Feedback in Circuits
6(h). Oscillators
7. Ising Computers [GRADUATE SERIES]

Эффективность усилителей класса А (31 транзистор)

Эффективность усилителей класса А (31 транзистор)
Using inductors to bias transistors (30-Transistors)

Using inductors to bias transistors (30-Transistors)
Biasing transistors with current sources (29-Transistors)

Biasing transistors with current sources (29-Transistors)
Not Mysterious at All: Common Gate Amplifiers (28-Transistors)

Not Mysterious at All: Common Gate Amplifiers (28-Transistors)
Find the Gain: Common Drain Amplifiers (27-Transistors)

Find the Gain: Common Drain Amplifiers (27-Transistors)
Everything Explained: Common Source Amplifiers (26-Transistors)

Everything Explained: Common Source Amplifiers (26-Transistors)
Introduction to MOSFETs (25-Transistors)

Introduction to MOSFETs (25-Transistors)
Introduction to Current Mirrors (24-Transistors)

Introduction to Current Mirrors (24-Transistors)
Differential Amplifiers with Transistors (23-Transistors)

Differential Amplifiers with Transistors (23-Transistors)
Common Base Amplifiers (15-Transistors)

Common Base Amplifiers (15-Transistors)
Common Emitter Gain Basics (10-Transistors)

Common Emitter Gain Basics (10-Transistors)
Darlington Configuration (22-Transistors)

Darlington Configuration (22-Transistors)
PNP Amplifier Examples (21-Transistors)

PNP Amplifier Examples (21-Transistors)
Введение в PNP-транзисторы (20-Транзисторы)

Введение в PNP-транзисторы (20-Транзисторы)
Load Line Method with Transistors (19-Transistors)

Load Line Method with Transistors (19-Transistors)
High gain, but not easy to control (18-Transistors)

High gain, but not easy to control (18-Transistors)
Cascode Amplifiers (17-Transistors)

Cascode Amplifiers (17-Transistors)
Miller Effect (16-Transistors)

Miller Effect (16-Transistors)
All About Common Emitter Amplifiers (14-Transistors)

All About Common Emitter Amplifiers (14-Transistors)
All About Common Collector Amplifiers (13-Transistors)

All About Common Collector Amplifiers (13-Transistors)
Common Emitter Examples (12-Transistors)

Common Emitter Examples (12-Transistors)
Design a Phase Shift Oscillator (4 - Oscillators)

Design a Phase Shift Oscillator (4 - Oscillators)
Impedance Reflection (11-Transistors)

Impedance Reflection (11-Transistors)
Welcome to The Future

Welcome to The Future
Коэффициент усиления в усилителе с общим коллектором (9 транзисторов)

Коэффициент усиления в усилителе с общим коллектором (9 транзисторов)
Transistor Biasing: How to combine AC and DC signals in amplifiers (8-Transistors)

Transistor Biasing: How to combine AC and DC signals in amplifiers (8-Transistors)
Example Problems: Identify the mode (7-Transistors)

Example Problems: Identify the mode (7-Transistors)
Modes of a bipolar transistor (6-Transistors)

Modes of a bipolar transistor (6-Transistors)
Why can you treat a power supply like an AC ground? (5-Transistors)

Why can you treat a power supply like an AC ground? (5-Transistors)
Simple bipolar circuits: Cut-off and beta (4-Transistors)

Simple bipolar circuits: Cut-off and beta (4-Transistors)