Welcome

So, you want to learn about electronics, digital logic and how a cpu is able to do what she is doing? We'll get you started here
From transistor to CPU Understand how a CPU works, bottom-up 6 courses
  1. 1
    Introduction to electronics Course
    1. Prequel: Introduction to electronics
    2. Prequel: Introduction to electronics - 102
    3. Introduction to electronics - 103 - nonlinear components
    4. The transistor: Further Applications
    5. Introduction to electronics - 104 - amplifier circuits
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  2. 2
    CPU How does a CPU work? Overview
    1. Combinatorial Logic
    2. Boolean Algebra and Logic Gates
    3. XOR – Exclusive OR
    4. The Binary System
    5. Signed Numbers
    6. The ALU
    7. Priority Encoders and Decoders
    8. Memory Organization
    9. RISC-V and Computer Architecture
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  3. 3
    CPU How does a CPU work 2? Overview
    1. Sequential Logic
    2. Clocks, Flip-Flops and Registers
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  4. 4
    ADC101 Introduction to Analog-Digital-converters and Digital-Analog-Converters
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  5. 5
    MCUVSCPU Microcontroller vs Microprocessors - the two totally distinct worlds
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    ISR A short guide to Interrupts
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Understanding synthesizers From electronics basics to your own synth modules and audio code 6 courses
  1. 1
    Introduction to electronics Course
    1. Prequel: Introduction to electronics
    2. Prequel: Introduction to electronics - 102
    3. Introduction to electronics - 103 - nonlinear components
    4. The transistor: Further Applications
    5. Introduction to electronics - 104 - amplifier circuits
    Open course →
  2. 2
    Oscillators - the hidden heart and engine behind all synths
    Open course →
  3. 3
    ADC101 Introduction to Analog-Digital-converters and Digital-Analog-Converters
    Open course →
  4. 4
    Build your own synthesizer modules
    Open course →
    C++ Introduction Course to C++
    Open course →
Getting into firmware Program microcontrollers in C++ and react to hardware events 3 courses
  1. 1
    C++ Introduction Course to C++
    Open course →
  2. 2
    MCUVSCPU Microcontroller vs Microprocessors - the two totally distinct worlds
    Open course →
  3. 3
    ISR A short guide to Interrupts
    Open course →
ISR
A short guide to Interrupts
Interrupts - The doorbell analogy Imagine a person sitting quietly at home, deeply focused on reading a book. This …
C++
Introduction Course to C++
This course introduces C++ programming through the development of a small audio / synthesizer application. The goal is …
Introduction to electronics Course
Electronics 101–104 — Overview This page provides a short overview of the electronics introduction series. Electronics …
Oscillators - the hidden heart and engine behind all synths
The oscillator(s) - what it is and how it is working behind the scenes…​ With exception to noise every synthesizer …
Synth-Blog
Web-Blog
CPU
How does a CPU work? Overview
How does a CPU work – Table of Contents Introduction and Overview Introduction and Overview Each topic in this course …
CPU
How does a CPU work 2? Overview
How does a CPU work 2 - Table of contents From Combinatorial to Sequential Logic - Introduction Introduction to …
ADC101
Introduction to Analog-Digital-converters and Digital-Analog-Converters
The two important pillars - Digital-Analog-Converter and Analog-Digital-Converter What we haven’t checked yet in our …
MCUVSCPU
Microcontroller vs Microprocessors - the two totally distinct worlds
The two totally distinct worlds - Microcontrollers vs. Microprocessors (MCU vs. CPU) In this post we want to deepen the …
Storytelling and the order of things
Storytelling and the order of things Hey reader, today I want to talk with you about the (right) order of things and …