Prototyping Boards, Fabrication Kits

Prototyping boards and fabrication kits are models created by technology before being produced on a large scale to evaluate product quality and assure proper operation. Prototyping boards, also referred to as PCBs (printed circuit boards), have innumerable uses in almost all electronics applications, such as building and designing electrical circuits, prototyping, assembly, and electrical engineering work.

Available Types of Prototyping Boards

We have a stock of prototyping PCBs for various electronic projects, including all stages of design, testing, and delivery. You'll find a variety of printed circuit board goods in our advanced catalogue.

• Backplanes and Motherboards: A motherboard is the heart and power of any general computer and plays a significant role. It is the core printed circuit in every computer, and all components such as memory, hard drives, video, and sound cards are connected to it as a single platform via a series of cables and parts. The backplane is a printed circuit board with connection slots for expansion boards that allow for communication between all connected boards. There are 2 types of backplanes, an active backplane, which contains the slots and all needed to manage communication between these slots, and a passive backplane, which only has the bus connectors. All data communication between them is handled by expansion boards connected to the backplane in a passive backplane.
• Breadboards: Reusable solder-free plugboards function as plug-and-play prototyping and circuit design/testing.
• Eurocards: PCBs in a European standard format that may be connected into a specified subrack and are compatible with a variety of connector types (including numerous original DIN connector standards) 
• LED Prototyping Boards: LED prototyping boards are construction bases for making and testing sample circuits based on individual or linked LED modules.
• Matrix Boards: Matrix boards are prototype circuit boards used to securely put out electrical components in high-frequency and analog circuit building.
• Copper Clad Boards and Photoresist Boards: Copper-clad boards and photoresist boards are light-sensitive material sheets for producing and prototyping PCBs. They are made from high-quality glass epoxy with a copper foil bonded to either side.
• Extender Boards and Adapters: Extender boards and adapters extend a motherboard's signal to let a circuit card be removed from an enclosure or card cage for testing and troubleshooting purposes.
• Stripboards: Stripboards are a form of electronics prototyping board with a rectangular grid of holes to create a solid permanent circuit with reliable connections avoiding separate terminal pins.
• SMT-Adapter Boards: SMT-adapter boards allow for the use of either direct-mount or through-hole components on either type of PCB. They solve the problems in circuit/component testing and modification jobs.

Benefits

• Using a prototype service over a standard manufacturing production run can save time and money and produce a superior product. 
• When a new design is being developed, it will go through several tests, which need to happen quickly; otherwise could result in a loss of money. 
• Engineers also use prototype PCBs to test single functions of a more complex product that contains multiple PCBs. If these test functions are not looked at individually, and there is a performance issue later, the engineer has the issue of finding the exact problem location.
• They save time and resources at prototyping early detection.
• Prototyping is worth considering if the conditions like new products, design, quality, and modeling of components apply.

Applications

• Having different features, they come in a broad range of shapes and sizes designed to accommodate other numbers and types. For example, LED prototyping boards are used to experiment with circuit design and create temporary prototypes. 
• They are popular with students and in technological education. 
• PCBs connect components through various related circuits and come in different variations allowing them to perform under various circumstances. 
• Areas include medical and industrial devices, consumer and lighting technologies, etc. 
• These boards can be used in EMI shielding materials, PCB cleaning, metal processions such as metal cutting, forming, drilling, etc.