Diskreter ADC-Bausatz
Diskreter ADC-Bausatz
This kit teaches you how analog-to-digital conversion actually works — built from discrete comparators, flip-flops, and logic gates instead of a black-box ADC chip. You get the board, every component, and a 37-page engineering design guide.
Skills you'll build
Verfügbarkeit für Abholungen konnte nicht geladen werden
Skills you'll build
What's included
- PCB
- All electronic components — LM393N, 74HC74N, 74HC32N and all supporting parts
- Potentiometer — analog input control
- 8 × LEDs — binary output display
- Documentation — assembly guide and ADC theory
About this kit
Haben Sie sich schon einmal gefragt, wie analoge Signale digital werden?
Mit dem Discrete ADC PCB Kit können Sie Ihren eigenen Analog-Digital-Konverter (ADC) bauen.
und verstehen, wie es funktioniert. In dieser Lernplatine wird der analoge Eingangswert durch ein Potentiometer dargestellt, der Ausgang durch acht LEDs, eine LED pro Bit (8 Bit). Alle Komponenten sind einfach zu bedrahten (THD). Wenn Sie sich also fragen: „Wie lerne ich Löten und Elektronik?“, ist dieser Platinenbausatz genau das Richtige für Sie!
Mit unserer informativen PCB-Dokumentation lernen Sie, wie ein ADC funktioniert und wie man alles lötet. Neugierig? Probieren Sie es aus!
What you'll learn
- How analog-to-digital conversion works at the circuit level — not inside a black-box IC
- How a comparator circuit (LM393N) compares a voltage against a reference threshold
- How D flip-flops (74HC74N) store and propagate digital states through successive conversion stages
- How OR gates (74HC32N) combine logic signals in the ADC conversion chain
- How to read an 8-bit binary output from LEDs
- How discrete logic ICs combine to perform the same function hidden inside every ADC chip
- How rotating a potentiometer changes the analog input and shifts the binary LED output in real time
Prerequisites & difficulty
Technical specifications
FAQ
What is an ADC and why build one from discrete parts?
An ADC converts an analog voltage into a digital binary number. Building one from discrete components lets you see each stage of the conversion — the same process hidden inside every ADC IC, made visible.
What binary knowledge do I need?
You need to understand binary numbers — what each bit represents and how to read an 8-bit value. If you can count in binary up to 255, you're ready.
Is this suitable for beginners?
Intermediate level. Basic through-hole soldering experience is required. If you're new to soldering, start with the Soldering Practice Kit or BCD Counter first.
Browse the documentation
Every kit includes a full engineering design guide. Here's a preview.
Our approach
Want to see how our documentation is different?
Every MSD kit ships with an engineering design guide written by the person who designed the board. Not a pinout diagram — a real document.
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