Enhance your stepper motor control projects with the ERB V2.0 Motherboard, specially designed for the Voro ERCF V2.0 Enraged Rabbit Carrot Feeder and adaptable for various two-axis stepper motor applications. This advanced motherboard integrates multiple features to improve performance, connectivity, and reliability for precise motor control and monitoring. Key Features: · Compatible Design: Specifically engineered for the Voro ERCF V2.0 Enraged Rabbit Carrot Feeder, while also suitable for other two-axis stepper motor control setups. · Enhanced Connectivity: Includes USB and CANBUS interfaces, offering flexible communication options for diverse project requirements. · Convenient 4-Pin Connector: Power, USB, and CANBUS ports come with a quick plug-in/plug-out 4-pin connector, simplifying installation and maintenance. · Efficient Thermal Management: Equipped with an onboard integrated heat sink and additional 20x30mm heat sinks to ensure effective heat dissipation and stable operation. · Status Indicators: Features an LED status indicator to display Katapult bootloader status or operational mode for easy troubleshooting and monitoring. · Temperature Monitoring: Built-in thermistor temperature measurement circuit for real-time thermal status to protect your device from overheating. · Versatile IO Support: Provides 12 input/output ports for gate sensors or switches, enabling extensive control and sensor integration. · Reliable Power Input: Supports up to 28V max input voltage and offers regulated 5V at 3A output for stable power delivery. Specifications: · Input Voltage: Up to 28V Max · Output Voltage: 5V, 3A · IO Ports: 12 for gate sensors/switches · Heat Sinks: 20x30mm plus onboard integrated heatsink · Interfaces: USB, CANBUS · Connector Type: 4-Pin quick connect/disconnect Package Includes: · 1 x ERB V2.0 Motherboard The ERB V2.0 Motherboard delivers a robust and flexible solution for controlling two-axis stepper motors, combining enhanced connectivity, thermal management, and status monitoring in a compact design. Ideal for users seeking reliable performance and easy integration in robotic feeders and similar applications.