Banana Builder — Interactive Component Board
The Interactive Component Board is a versatile digital tool for electronics enthusiasts, students, and professionals.
Organize, connect, and simulate components visually, quickly prototyping ideas without physical hardware.
Key Features
- Add Components Easily: Choose from pre-defined elements like motors, displays, switches, controllers, or add generic components.
- Customizable Pins: Define multiple male/female pins for each component to match your design.
- Create Custom Connections: Draw lines between pins, optionally naming connections for clear signal tracking.
- Interactive Drag-and-Drop: Move components freely while connections update automatically.
- Visual Feedback: Color-coded pins and temporary lines provide intuitive guidance.
- Export as Image: Save your board as PNG or JPG to share or document your designs.
E-Bike and Scooter Applications
- Motors: Front or rear wheel
- Controllers: Electronic brain of the vehicle
- Throttle and Brakes: Input devices for acceleration and stopping
- Lights: Front and rear for visibility and safety
- Displays: Dashboards showing speed, battery, and metrics
- Switches and Connectors: Manage power routing and component interfacing
Why Use the Interactive Component Board?
- Efficiency: Prototype layouts quickly without soldering.
- Clarity: Keep complex circuits organized and visible.
- Learning Tool: Ideal for students and hobbyists to understand electronics.
- Collaboration: Easily share boards with teammates or instructors.
Getting Started
- Select a component or leave blank for a generic element.
- Choose a button color to differentiate components visually.
- Define the number of pins and select type (male/female).
- Click “Add Component” to place it on the board.
- Drag components to desired positions.
- Click pins to create connections, optionally naming them.
- Use “Export as Image” to download your layout for reference.
Conclusion
The Interactive Component Board simplifies designing, connecting, and visualizing electronics.
Its visual and flexible approach makes it perfect for prototyping, education, and documentation, enhancing creativity, accuracy, and efficiency, especially for e-bikes and scooters.
