PCB Design
Budget: $250 – $750 AUD
Project Overview:
Design a PCB for a heater control system with integrated sensors. Develop software libraries compatible with Arduino UNO R3 for efficient sensor operation and implement a functional program to control the 3kW triac heater circuit.
Project Components:
PCB Design:
Mounting for MAX6675 breakout board.
Provision for external DHT22 sensor cables.
Integration of MPXV4115VC6U Vacuum sensor.
Space allocation for rainbow jumper cables connecting to Arduino Uno R3.
Incorporation of 3kW triac-controlled heater circuit, referencing: Heater Control Circuit Video.
Parts Selection:
Identify and select appropriate components for the PCB design.
Specify part numbers, manufacturers, and any crucial specifications.
Software Development:
Create functional software libraries compatible with Arduino Uno R3 for:
MAX6675 breakout board.
DHT22 external sensor.
MPXV4115VC6U Vacuum sensor.
3kW triac-controlled heater circuit.
Code Implementation:
Develop a comprehensive program demonstrating the operability of the board's components.
Include sensor reading and control logic for the heater circuit.
Ensure code efficiency and compatibility with Arduino Uno R3.
Bill of Materials (BOM):
Provide a detailed BOM listing all components required for the project.
Include part numbers, quantities, and estimated costs.
Submission Requirements:
Detailed PCB design files in a standard format (e.g., Gerber files).
Clearly documented and commented source code for the Arduino Uno R3.
Comprehensive BOM with part numbers, quantities, and costs.
Schematic diagrams for the PCB.
Design a PCB for a heater control system with integrated sensors. Develop software libraries compatible with Arduino UNO R3 for efficient sensor operation and implement a functional program to control the 3kW triac heater circuit.
Project Components:
PCB Design:
Mounting for MAX6675 breakout board.
Provision for external DHT22 sensor cables.
Integration of MPXV4115VC6U Vacuum sensor.
Space allocation for rainbow jumper cables connecting to Arduino Uno R3.
Incorporation of 3kW triac-controlled heater circuit, referencing: Heater Control Circuit Video.
Parts Selection:
Identify and select appropriate components for the PCB design.
Specify part numbers, manufacturers, and any crucial specifications.
Software Development:
Create functional software libraries compatible with Arduino Uno R3 for:
MAX6675 breakout board.
DHT22 external sensor.
MPXV4115VC6U Vacuum sensor.
3kW triac-controlled heater circuit.
Code Implementation:
Develop a comprehensive program demonstrating the operability of the board's components.
Include sensor reading and control logic for the heater circuit.
Ensure code efficiency and compatibility with Arduino Uno R3.
Bill of Materials (BOM):
Provide a detailed BOM listing all components required for the project.
Include part numbers, quantities, and estimated costs.
Submission Requirements:
Detailed PCB design files in a standard format (e.g., Gerber files).
Clearly documented and commented source code for the Arduino Uno R3.
Comprehensive BOM with part numbers, quantities, and costs.
Schematic diagrams for the PCB.