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Breadboard Full Size 16×7×2
Technical Specifications Parameter Specification Total Tie Points 830 Points Terminal Strip Area 630 Points Power Rails 200 Points (4 Independent Bus Bars) Dimensions 6.5" × 2.2" × 0.3" (165 × 56 × 8.5 mm) Wire Compatibility 21–26 AWG (0.4–0.7 mm diameter) Material White ABS Plastic with Phosphor Bronze Contacts Mounting Self-adhesive backing; Interlocking capability Understanding the Connections Understanding the internal wiring is crucial for successful prototyping: Internal Structure: Beneath the plastic housing, metal strips connect specific holes. Power Rails (Horizontal): The top and bottom rows are connected horizontally. These are typically used for power (+) and ground (-) distribution. Note: Ideally, check if the rails are split in the center or continuous. Terminal Strips (Vertical): The main area holes are connected vertically in columns of five. The "Node" Concept: Node: Any set of holes electrically connected together. Making Connections: To connect "Node A" (a specific row) to "Node B" (a specific column), you bridge them using a jumper wire inserted into any hole within each respective node. Why Choose This 830-Point Board? Reliable Contact: Features phosphor bronze contacts with nickel plating, ensuring a tight grip on components and resistance to corrosion over time. Error-Free Wiring: High-contrast printed legends and coordinates allow for faster component placement and easier troubleshooting. Scalable Design: The modular sides allow you to interlock multiple breadboards, creating a massive surface area for complex robotics or CPU-building projects. Stable Mounting: Equipped with a strong adhesive backing and metal plate, making it ideal for permanent installation on robot chassis or training kits.
Technical Specifications Parameter Specification Total Tie Points 830 Points Terminal Strip Area 630 Points Power Rails 200 Points (4 Independent Bus Bars) Dimensions 6.5" × 2.2" × 0.3" (165 × 56 × 8.5 mm) Wire Compatibility 21–26 AWG (0.4–0.7 mm diameter) Material White ABS Plastic with Phosphor Bronze Contacts Mounting Self-adhesive backing; Interlocking capability Understanding the Connections Understanding the internal wiring is crucial for successful prototyping: Internal Structure: Beneath the plastic housing, metal strips connect specific holes. Power Rails (Horizontal): The top and bottom rows are connected horizontally. These are typically used for power (+) and ground (-) distribution. Note: Ideally, check if the rails are split in the center or continuous. Terminal Strips (Vertical): The main area holes are connected vertically in columns of five. The "Node" Concept: Node: Any set of holes electrically connected together. Making Connections: To connect "Node A" (a specific row) to "Node B" (a specific column), you bridge them using a jumper wire inserted into any hole within each respective node. Why Choose This 830-Point Board? Reliable Contact: Features phosphor bronze contacts with nickel plating, ensuring a tight grip on components and resistance to corrosion over time. Error-Free Wiring: High-contrast printed legends and coordinates allow for faster component placement and easier troubleshooting. Scalable Design: The modular sides allow you to interlock multiple breadboards, creating a massive surface area for complex robotics or CPU-building projects. Stable Mounting: Equipped with a strong adhesive backing and metal plate, making it ideal for permanent installation on robot chassis or training kits.
