2 layer board of 1.41 x 0.71 inches (35.7 x 17.9 mm)
Uploaded:
October 30th 2017
Shared:
November 20th 2017
Total Price:
$4.95
A teensy-sized breakout board for QFP-48 STM32 MCUs (rev3). Originally designed for STM32L052CxTx, but should work wi…
A teensy-sized breakout board for QFP-48 STM32 MCUs (rev3). Originally designed for STM32L052CxTx, but should work with any pinout-compatible MCUs (most of LQFP-48 packaged STM32s should work, but check the datasheet! Tried with STM32L052C8T6, STM32F072CBT6, STM32F103C8T6).
Intended for low-power applications (e.g. sensors).
power options (USB <-> solder jumper <-> VIN <-> regulator <-> solder jumper <-> VDD net) - so it is possible to bypass the voltage regulator entirely; or add a LIPO-charger external module.
analogue supply optionally routed through a ferrite bead, and a footprint for an extra stabilising capacitor
1 LED, reset button, user button (routed to BOOT0 and PA1) {hence the user button can be used to enter the built-in bootloader}
a footprint for adding an external high-frequency crystal (required for STM32L1* for USB)
A teensy-sized breakout board for QFP-48 STM32 MCUs (rev3). Originally designed for STM32L052CxTx, but should work wi…
A teensy-sized breakout board for QFP-48 STM32 MCUs (rev3). Originally designed for STM32L052CxTx, but should work with any pinout-compatible MCUs (most of LQFP-48 packaged STM32s should work, but check the datasheet! Tried with STM32L052C8T6, STM32F072CBT6, STM32F103C8T6).
Intended for low-power applications (e.g. sensors).
power options (USB <-> solder jumper <-> VIN <-> regulator <-> solder jumper <-> VDD net) - so it is possible to bypass the voltage regulator entirely; or add a LIPO-charger external module.
analogue supply optionally routed through a ferrite bead, and a footprint for an extra stabilising capacitor
1 LED, reset button, user button (routed to BOOT0 and PA1) {hence the user button can be used to enter the built-in bootloader}
a footprint for adding an external high-frequency crystal (required for STM32L1* for USB)
Hey there! Before ordering, make sure you have all all the info you need to complete and use this design.
This usually means a component list, and sometimes additional information such as assembly notes, source code, or usage guides.
Since this is a project designed by a community member, it may contain design errors that prevent it from working as intended.
OSH Park cannot place any guarantees about the functionality or correctness of the design.
