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Arduino Shiled for running Gimbal BLDC motors with FOC algorithm

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simplefoc/Arduino-SimpleFOCShield

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License: MITGitHub release (latest by date)GitHub Release Date

This is an open-source low-cost Brushless DC (BLDC) motor driver board intended primarily for low-power FOC applications up to 5Amps. The board is fully compatible with the Arduino UNO and all the boards with the standard Arduino headers. TheSimpleFOCShield, in combination with theSimpleFOClibrary provides user-friendly way to control BLDC motors both in hardware and software.

Features

  • Plug & play: In combination with ArduinoSimpleFOClibrary -github
  • Low-cost: Price of 15-30€ -Check the pricing
  • In-line current sensing: Up to 5Amps bidirectional
    • ACS712 hall current sensor
  • Integrated 8V regulator:
    • Enable/disable by soldering pads
  • Absolute max ratings - Designed for Gimbal motors with the internal resistance >10 Ωs.
    • Max current: 3A,
    • Max input voltage: 35V
  • Stackable: running 2 motors in the same time
  • Encoder/Hall sensors interface: Integrated 3.3kΩ pullups (configurable)
  • I2C interface: Integrated 4.7kΩ pullups (configurable)
  • Configurable pinout: Hardware configuration - soldering connections
  • Arduino headers: Arduino UNO, Arduino MEGA, STM32 Nucleo boards...
  • Open Source:

New Features v3.x

  • Transition away from stm's L6234 chip toDRV8313, which is much more available
  • Transition form TI's INA240 current amps to Allegro'sACS712 hall sensors
  • Smaller footprint: 56mm x 53mm
  • Fault and reset pins exposed (optional)
  • Fault led indication
  • Designed completely in EasyEDA, which is a free online PCB design tool -Official Easy EDA project

Short YouTube demonstration video :D

Short video guide to fabricating your ownSimpleFOCShield

More info onboard fabrication docs.

Board versions:

FeatureSimpleFOCShield v1.xSimpleFOCShield v2.xSimpleFOCShield v3.x
PWM DriverL6234L6234DRV8313
Current SenseINA240ACS712
Current measurement range(configurable) ±3.3/5Amps±5Amps
Onboard LDOLM7808LM7808
Stackable✔️✔️✔️
Max current2Amps (5Amp peak)2Amps (5Amp peak)2Amps (3Amp peak)
Max voltage24V35V35V
ProtectionsOvertemperatureOvertemperatureOvertemperature, Overcurrent
Footprint68mm x 53 mm68mm x 53 mm56mm x 53mm
Design toolAltium Designer 2019Altium Designer 2019EasyEDA

Release timeline

To check the release timeline, clickhere

VersionlinkRelease dateComment
SimpleFOCShield v1.3release v1.304/20Inital release
SimpleFOCShield v1.3.1release v1.3.107/20added Nucleo stacking support
SimpleFOCShield v1.3.2release v1.3.209/20added I2C pullups
SimpleFOCShield v1.3.3release v1.3.312/20adapted L6234 circuit + full Arduino header
SimpleFOCShield v2.0release v2.001/21- 3A in-line current sensing
- 5V regulator
- new pinout for hardware config
SimpleFOCShield v2.0.1release v2.0.101/21- reduced via size
- configurable range
SimpleFOCShield v2.0.2release v2.0.202/21replaced 7805(connected to 5V) with 78M08 (connected to VIN) to be compatible with stm32 Nucleo-64
SimpleFOCShield v2.0.3release v2.0.303/21- Shortened the lines from ADC to current sense
- Typo fix : underside label switched phase A and phase B
SimpleFOCShield v2.0.4release v2.0.409/21- Pullup config simplified
- Max input voltage 35V
- removed CAP2 for a CL1
- Easy EDA version of the project
SimpleFOCShield v3.1release v3.110/22- Complete redesign
- Transition to DRV8313
- Transition to ACS712
- Smaller footprint: 56mm x 53mm
- Fault and reset pins exposed (optional)
- Fault led indication
- Fully developed using EasyEDA
SimpleFOCShield v3.2release v3.204/24- Official release
- Resolved the bug#9

Getting started

You already have your ownSimpleFOCShield?
Here is a simple guide how to start preparing your setup

How to get hold of theSimpleFOCShield

  • Fabricate the board yourself: Please visit theboard fabrication to find out how to manufacture the board yourself!
  • Order the finished and tested board: Check out ourshop.

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Arduino Shiled for running Gimbal BLDC motors with FOC algorithm

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