OpAmp Template Board
OpAmp Template Board
This kit teaches you operational amplifier fundamentals — voltage followers, inverting and non-inverting amplifiers, integrators, differentiators, and active filters. You get 8 PCBs, all components, a 41-page engineering guide and simulation ready files for LTSpice.
Skills you'll build
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Skills you'll build
What's included
- 2 × PCB panels (4 PCBs each — 8 boards total)
- LM358 dual op-amp ICs
- LM321 single op-amp ICs
- Resistor and capacitor assortment
- Documentation — circuit theory guide and experiment examples
About this kit
Lernen Sie das OpAmp Template Board kennen. Egal, ob Sie gerade erst anfangen die Grundlagen der analogen Elektronik kennen zu lernen oder bereits über fortgeschrittene Kenntnisse verfügen, dieses Board genau das richtige für Sie.
Dieses Kit enthält zwei PCB-Panels mit jeweils 4 PCBs, die in einzelne Platinen aufgeteilt werden können, um jede beliebige Schaltung mit Operationsverstärkern aufzubauen, die Sie sich vorstellen können. Es enthält ausserdem ein Paket mit Grundkomponenten wie OpAmps (Operationsverstärker), Widerständen und Kondensatoren, mit denen Sie mit dem Aufbau von Schaltungen beginnen können.
Dieses Kit enthält ausserdem die erforderliche Dokumentation, um dieses Board aufbauen, testen und verstehen zu können.
What you'll learn
- How operational amplifiers work — gain, virtual ground, feedback, and output swing
- Comparator circuits — comparing two voltages and switching an output
- Inverting and non-inverting amplifier configurations
- Integrators and differentiators — analog computation using op-amps
- Active low-pass and high-pass filter design
- Oscillator topologies — Wien-bridge and other self-sustaining circuits
- How to design from a circuit schematic to a working PCB
- How to iterate and experiment by building multiple circuits on separate boards
Prerequisites & difficulty
Technical specifications
FAQ
Can I reuse the PCBs?
Yes. The open layout is designed for repeated experimentation — unsolder the components, clean the pads, and build a new circuit on the same board.
Do I need a specific power supply?
The LM358 and LM321 work with a dual-rail supply (±5V to ±15V) or single-supply (3V to 32V). A ±12V bench supply is a common choice.
Is this suitable for beginners?
Basic circuit theory and Ohm's Law are required. If you're new to electronics, the Fundamental Skills Bundle is a better starting point.
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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