Difference between revisions of "Stm32Dev - rev. b"
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While the overall design is identical to the first version, a number of tweaks were made. These include: | While the overall design is identical to the first version, a number of tweaks were made. These include: | ||
| + | * Double headers | ||
* Different choice of [[LDO]] | * Different choice of [[LDO]] | ||
* Buttons for [[NRST]] and [[Boot0]] | * Buttons for [[NRST]] and [[Boot0]] | ||
| Line 10: | Line 11: | ||
* Regular blue [[LED]] on PC13 | * Regular blue [[LED]] on PC13 | ||
* [[WS2812B]] hanging off of PC6 | * [[WS2812B]] hanging off of PC6 | ||
| + | |||
| + | The reasoning behind these choices should be pretty darn obvious, but let me go through them anyway. | ||
| + | |||
| + | [[File:Jumper leads on headers.jpg|400px|thumb|Jumper leads on headers]]I absolutely positively despise breadboards. True, I might have had bad experiences because my breadboards were cheap crap, but I find myself spending more time chasing down lose connections than I do doing anything productive, so I generally much prefer just to wire stuff up using jumper leads directly on the headers. | ||
== Schematics == | == Schematics == | ||
Revision as of 02:38, 25 November 2020
When designing the Stm32Dev - first version a number of mistakes was made. This lead naturally to the development of Stm32Dev - rev. b.
While the overall design is identical to the first version, a number of tweaks were made. These include:
- Double headers
- Different choice of LDO
- Buttons for NRST and Boot0
- 8 MHz Crystal
- Regular blue LED on PC13
- WS2812B hanging off of PC6
The reasoning behind these choices should be pretty darn obvious, but let me go through them anyway.
I absolutely positively despise breadboards. True, I might have had bad experiences because my breadboards were cheap crap, but I find myself spending more time chasing down lose connections than I do doing anything productive, so I generally much prefer just to wire stuff up using jumper leads directly on the headers.
Schematics
The full schematics is as:
