A Board Packed with All Kinds of Connectors for Prototyping Purposes
Tinkering with DIY projects can be a personal endeavor, and connectivity is often the bottleneck. From dead-bug parts to solderless breadboards, there's no shortage of ways to prototype your inventions. But what if you could have a board chocked full of connectors ready for action? That's exactly what [Pakequis] did—they crafted a prototyping wonderland.
Their creation flaunts a concoction of connectors, leaving no stone unturned. Analogue, serial, USB, headers galore, microcontroller footprints, Arduino shields, and even spaces for a Raspberry Pi header are all present. You'll find almost every connector a maker's heart desires. However, there might be a few that avid electronics enthusiasts might miss, but it's a pretty striking selection.
This board could be a valuable asset when teaching electronics, and it might just give commercial boards a run for their money. It's not the first time we've seen a board like this, either.
Prototyping Boards for Every Need
Universal DUT boards are designed to test and prototype electronic devices, sporting customizable banks of connectors like headers, terminals, and specialized high-density connectors. These boards can handle myriad pin types, signal interfaces, and are compatible with custom breakout modules and standard pin headers.
Arduino Shield and Raspberry Pi Hat prototyping boards are specifically designed for use with the respective microcontrollers, packing read-to-use headers and connectors, such as Arduino UNO headers, Raspberry Pi GPIO, USB ports, and sometimes serial (UART) or power connectors.
There are also custom prototyping breakout boards available as DIY kits, which breakout signals from main connectors to accessible pins or pads. These boards often feature pin headers, screw terminals, USB, HDMI, serial, and modular jacks to facilitate custom cable assemblies or external connections.
Lastly, signal analysis and test fixture boards, commonly found in lab environments, are used in testing and analyzing signals using oscilloscopes, logic analyzers, and other test equipment. These boards often integrate D-sub, BNC, SMA, USB, and standard headers for seamless connections.
The goal? To make prototyping a breeze, allowing you to connect – and tinker – all day long.
This creation, a prototyping wonderland by [Pakequis], boasts an extensive variety of connectors, making it suitable for various electronics projects, such as those involving Arduino, Raspberry Pi, and general technology. The board is designed to cater to a multitude of pin types, signal interfaces, and is compatible with custom breakout modules, Arduino shields, and Raspberry Pi HATs, underscoring its versatility as a prototyping solution.
