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format of original Maple Mini with 0.6" pin header rows pitch.
Uses Eagle 5.1
- Mini48SE - This version is very similar to Maple Mini, but it does not preserve
- its pinout. It also heavily utilizes second side to achieve maximal possible density.
- As a consequence this version is probably smallest STM32F103Cxx board - it has 0.5" pitch
- and size only 50.5x15mm. At the same time board uses no extremely small components - all
- resistors and capacitors are 0603 (one even 0805), LED - 1206, LDO - 1117.
+ Mini48SE - This version is very similar to Maple Mini, but it does not
+ preserve its pinout. It also heavily utilizes second side to
+ achieve maximal possible density. As a consequence this version
+ is probably smallest STM32F103Cxx board - it has 0.5" pitch
+ and size is only 50.5x15mm. At the same time board uses no
+ extremely small components - all resistors and capacitors
+ are 0603 (one even 0805), LED - 1206, LDO - 1117.
Uses Eagle 6.3.0
The design is not yet tested.
- Mini64SE - Different approach to boards based on MCU in LQFP64 package. It has DIP48 format with 0.8" pitch.
- The design follows same approach as Mini48SE and utilizes both sides. Separate versions of design for
- F1 and F2/F4 series are provided. Version for F2/F4 uses different ESD protection and lacks external
- disconnect cirquitry. These changes are necessary to enable F2/F4 chips work properly in all supported
- USB modes and with different powering (self powering and bus powering).
+ Mini64SE - Different approach to boards based on MCU in LQFP64 package.
+ It has DIP48 format with 0.8" pitch. The design follows same
+ approach as Mini48SE and utilizes both sides. Separate
+ versions of design for F1 and F2/F4 series are provided.
+ Version for F2/F4 uses different ESD protection and lacks
+ external disconnect cirquitry. These changes are necessary
+ to enable F2/F4 chips work properly in all supported USB modes
+ (Device/OTG) and with different powering (self powering and
+ bus powering).
Uses Eagle 6.3.0
Designs are not yet tested.