Categories


TinyG CNC Controller Board v8

Product Code: Adafruit 1749

TinyG CNC Controller Board v8
TinyG CNC Controller Board v8
TinyG CNC Controller Board v8
Brand: Adafruit

₹18,139.00
GST inclusive



Qty:

Availability: Backorder


Add to Wish List



The TinyG project is a high performance, USB based CNC 6-axis controller that supports XYZ linear and ABC rotary axes with 4 motor outputs. It is designed for small CNC applications and other applications that require highly controllable motion control. TinyG is meant to be a complete embedded solution for small or medium motor control.

Main Features:

  • Full, integrated motion control system with embedded microcontroller (Atmel ATxmega192) and 4 stepper motor drivers (TI DRV8811) integrated on a ~4 inch square board
  • Accepts Gcode from USB port and interprets it locally on the board
  • 6-axis control (XYZ + ABC rotary axes)
  • Acceleration planning performed using constant jerk motion equations (3rd order S curves) for very smooth and fast motion transitions for lines and arcs
  • Very smooth step pulse generation using phase-optimized, smart oversampling, fractional step DDA running at 50 Khz with very low jitter (<<1uSec)
  • Networkable via RS485 to support motion peripherals and for networking mutliple boards for multi-axis systems and for really interesting projects (up to 1000 stepper axes)
  • Stepper drivers handle 2.5 amps per winding which will handle most motors up thru NEMA23 and some NEMA34 motors.
  • Micro-stepping up to 1/8 (optimized DDA makes this smoother than many 1/16 implementations)

Technical Details:

  • Dimensions: 105mm x 102mm / 4.1" x 4.0"
  • Board Thickness: 2mm / .08"

 

For more information on TinyG see the TinyG WIki.
For trouble shooting, see the TinyG section of the Synthetos Forums.

 

Write a review
Your Name:


Your Review:
Note: HTML is not translated!
Rating:
Bad           Good

Enter the code in the box below:



© 2021, MG Automation Technologies. Powered by MG Super LABS.Find us on Google+
Designed with by