Difference between revisions of "PracticalTheExpandedToolbox/Lab3"
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In this lab you will be making a circuit with your preferred method with exception of the breadboard. The circuit presented here is a touch sensitive noise making circuit. | In this lab you will be making a circuit with your preferred method with exception of the breadboard. The circuit presented here is a touch sensitive noise making circuit. | ||
| + | == Symbols == | ||
| + | == Datasheets == | ||
| + | == BOM == | ||
| + | == Schematics == | ||
| + | == Stencils == | ||
| + | == Soldering == | ||
| + | == Assignment == | ||
| + | Choose a desired method to make the circuit and make it (work)! Try out different resistor values! | ||
= References = | = References = | ||
<references /> | <references /> | ||
Revision as of 17:25, 17 May 2017
Contents
Introduction
Circuits can be made in many different ways:
- prototype board (e.g. perfboard or stripboard)[5]
- volumetric circuits[6][7]
- Etching a Printed Circuit Board (PCB)[8][9].
There are still other ways of making circuits, for example using the vinyl cutter to cut copper traces, using conductive fabric, etc. A nice overview of other alternative methods you can find at the great website of KobaKant: How To Get What You Want. Besides a lot of other interesting stuff (browse through it!!) the traces making sections you can find here: Kobakant section on Traces.
It is even possible to (almost) entirely knit your circuit: The Knitted Radio, Drapery FM.
In this lab you will be making a circuit with your preferred method with exception of the breadboard. The circuit presented here is a touch sensitive noise making circuit.
Symbols
Datasheets
BOM
Schematics
Stencils
Soldering
Assignment
Choose a desired method to make the circuit and make it (work)! Try out different resistor values!
