Key Features

Existing breadboard

Existing breadboard connections typically have two flat plates that are pressed against the round component pin. This surface area is relatively small, and the connection can be unreliable, especially for high-frequency or high-current circuits.

ComponentBoards receptacles, on the other hand, use four fingers to grip the component pin. This provides much more surface area for contact, resulting in a more reliable connection.

Plug-in components - no soldering

ComponentBoard allows users to simply plug electronic components directly into the board's receptacles, making the prototyping process faster, cleaner, and more user-friendly.

Multiple power connections on PCBs

ComponentBoard features multiple power connections distributed across the product, facilitating a range of circuit configurations.

No need for lengthy surface wires

ComponentBoard's innovative design eliminates the need for long surface wires typically used in traditional breadboards. This enhances the prototype’s neatness and reduces interference and signal degradation due to excessive wire lengths.

Schematic identification and circuit creation

ComponentBoard's layout incorporates schematic identification, enabling users to quickly identify each component's role in the circuit. Plugging in the components automatically establishes the circuit.

Excellent signal-to-noise ratio

ComponentBoard's multilayer screened PCB design reduces electromagnetic interference and crosstalk, improving signal quality and reducing noise. This results in prototype circuits with similar performance to production-level circuit boards.

Pre-designed circuits

ComponentBoard comes with a library of pre-designed circuits for various applications. Users can choose the required components and plug them into the ComponentBoard, with the placement of components on the board determining the circuit connections. This eliminates the need for manual wiring.

Interconnectivity between ComponentBoard's

Users can connect multiple ComponentBoards seamlessly to create complex systems and larger circuits. Each ComponentBoard can have its own set of circuits or functions, and when connected, they form a complete system.

Reduced radiating track metal

ComponentBoard minimizes the amount of radiating track metal, which can contribute to unwanted electromagnetic interference. This results in cleaner signal paths and improved performance, especially at higher frequencies.

Multiple circuits on a single ComponentBoard

ComponentBoard offers multiple circuit layouts, allowing users to experiment with different configurations without the need for additional boards.