Kit de démarrage ALLNET ALL-E-4-6 (E4-6)

The Starter kit ALLNET ALL-E-4-6 (E4-6) is an accessory kit designed for compatibility with 4Duino development boards. Weighing 412 g, the kit provides a compact selection of components and connectors intended to support rapid prototyping and expand board functionality. It is intended as a practical add-on for users who need ready-to-use parts to accelerate electronics and embedded-system projects.

Advantages

The kit offers a curated set of components compatible with 4Duino, reducing the time spent sourcing individual parts. Its moderate weight and compact packaging make it easy to handle and store. Components are selected to cover common prototyping needs, enabling quick assembly of test circuits and functional demonstrations. The accessory nature of the kit allows it to integrate with existing development setups without requiring major modifications.

Suitable for

• Hobby electronics prototyping with 4Duino boards
• Educational projects and classroom demonstrations
• Initial hardware testing and proof-of-concept builds
• Small-scale embedded system experiments

Key specifications

• Compatibility: designed for use with 4Duino development boards
• Weight: approximately 412 g (complete kit packaging)
• Form factor: accessory starter kit with mixed components and connectors
• Intended use: prototyping and development support

How to use

Unpack the kit and identify components before beginning. Use the included parts to extend or connect to a 4Duino board according to your project schematic. Place headers, connectors, and modules on a breadboard or solder them onto prototyping boards where permanent connections are required. Follow the 4Duino documentation for pinouts, voltage levels and signal conventions to ensure compatibility and prevent damage to the development board or components.

Recommendations

Handle electronic components with standard electrostatic discharge precautions. Verify voltage and signal compatibility between the kit components and your 4Duino board before applying power. Use gradual testing—power on the system after assembling small sub-circuits and verify functionality step by step to identify issues early.