A 'shield' for the Arduino Due programmed with the (TinyG) g2 firmware for controlling a CNC router. Its using an Arduino Micro, making it easy to develop or customise sandwiched onto a PCB carrying the Voltage regulator etc and an OLED display on the other side. Since most hobbyist does not have access to SMD stations, this is is through-hole project - apart from the Arduino Micro - but this just plugs in. Most of the Arduino pins have been extended to a solder pad and two push button switches can be added, one perhaps for resetting run time statistics. This should make it possible to add or apply this in other areas using different sensors. Keywords DipTrace, Pattern Libraries, Schematic Layout, PCB Design, PCB Introduction DipTrace is a software application for creating schematics and printed circuit boards (PCB) 1. The board can be designed to support maybe a few other sensor types like Hall effect for example. This document will walk the user through creating and using pattern libraries and schematics layouts in DipTrace. Its also easy to add more channels and add any other controls like relays etc. Control Philips Hue Color (RGB) Lights With Python Create and Validate BIP-39 mnemonic with Python Using Wemos S2 Pico ESP32-S2 serial on Arduino.

I would like to send the pulse on to Mach 3 - the control software for the CNC machine. In my prototype board I had a bug (due to my PCB design library) with the pinouts on the Voltage regulator. The schematic is correct and I have updated the PCB files here.

Diptrace arduino pattern libraries