Releases: simplefoc/Arduino-SimpleFOCShield
Releases · simplefoc/Arduino-SimpleFOCShield
v3.2
SimpleFOCShield v3.2
- Complete redesign in favor to more available components
- Transition from L6234 to DRV8313
 - Transition from INA240 to ACS712
 - Fully developed using EasyEDA - Oficial EasyEDA project
- Easier to order (at least from JLCPCB)
 
 
 - Reduced footprint: 56mm x 53mm
 - More fault/overcurrent protections
- Fault and reset pins exposed (optional)
 - Fault led indication
 
 - Resolved the I2C pullup bug #9
 
v2.0.4
SimpleFOCShield v2.0.4
- Max input voltage 35V
 - Simplified pull-up config
 - Official Easy EDA project
 
v2.0.3
v2.0.2
v2.0.1
SimpleFOCShield v2.0.1
- ADC range selector added.  ADCs with 5V range can measure  up to
5Amps and ADCs with 3.3V range can measure up to 3.3Amps bidirecitonal. - Better ground evacuation of current from l6234 to terminal
 - Reduced size of all vias to 0.5mm(0.8mm outer diam)
 - Reduced size of thermal vias to 0.3mm
 
v2.0
SimpleFOCShield v2.0
- In-line Current sensing
- Up to 3Amps bi-directional
 - Real FOC torque control
 
 - 5V voltage regulator
- configurable - enable/disable
 
 - New pinout for hardware config
 - Better ground evacuation of current from l6234 to terminal
 - Still optimised for ordering from JLCPCB
 
v1.3.3
Arduino SimpleFOCShield v1.3.3
- Full standard Arduino headers:
- 6pin + 2x8pin + 10 pin
 - To be compatible with pin header kits such as: sparkfun
 
 - L6234 circuit change by MrAnderson: community link
 - SMT Assembly upgrade
- Board fully compatible with JLCPCB SMT assembly.
 - You can order it fully assembled from their website - everything except the headers and terminals.
 
 - BUGFIX This release has the bugfix for ground plane error
 
v1.3.2
v1.3.1
v1.3
SimpleFOCShield v1.3 - initial release
- Plug & play: In combination with Arduino SimpleFOClibrary
 - Low-cost: Price of €15 - Check the pricing
 - Max power 120W - max current 5A, power-supply 12-24V
- Designed for Gimbal motors with the internal resistance >10 Ω.
 
 - Stackable: running 2 motors in the same time
 - Encoder interface: Integrated 3.3kΩ pullups (configurable)
 - Configurable pinout: Hardware configuration - soldering connections
 - Arduino headers: Arduino UNO, Arduino MEGA, STM32 Nucleo boards…