Electronics Exercises: Difference between revisions
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This document tracks a number of small exercises to prototype. The goal is not a final product but skill building. | This document tracks a number of small exercises to prototype. The goal is not a final product but skill building. | ||
== Circuit Design == | |||
I've mostly hit all the goals here. The first circuit didn't turn out correctly because it ended up reversed. But I think I've got the basics. | |||
[[ | Needs work | ||
* Import a library of parts | |||
* Figure out a better way to do board headers | |||
== Motors == | |||
# Manually drive a stepper motor | |||
# Wire up H Bridge to linear actuator (manual control) | |||
== Micro controllers == | |||
* Use the [[AVR]] chip from an Arduino (off the board) | |||
* Use a PL2303HX chip with [[AVR]] | |||
* Use an SPI LCD with [[AVR]] | |||
After motor | |||
* Drive Stepper | |||
* Drive DC with rotary encoder | |||
* Driver Servo motor | |||
[[Category:Electronics]] | [[Category:Electronics]] | ||
Latest revision as of 12:19, 16 October 2018
This document tracks a number of small exercises to prototype. The goal is not a final product but skill building.
Circuit Design
I've mostly hit all the goals here. The first circuit didn't turn out correctly because it ended up reversed. But I think I've got the basics.
Needs work
- Import a library of parts
- Figure out a better way to do board headers
Motors
- Manually drive a stepper motor
- Wire up H Bridge to linear actuator (manual control)
Micro controllers
- Use the AVR chip from an Arduino (off the board)
- Use a PL2303HX chip with AVR
- Use an SPI LCD with AVR
After motor
- Drive Stepper
- Drive DC with rotary encoder
- Driver Servo motor