The unique advantages of PCB - China PCBA Supplier

About Us | Events | Company Structure | Management Staff Structure | Market Focus | Company Certification | Our Services

Printed circuit boards, or PCBs for short, are mechanical supports for electrically connected electronic components that are fixed from copper sheets covered in a non-conductive substrate by conductive channels or traces.

Many of the criteria for PCB design, assembly, and quality control in the electronic industry are influenced by the standards set by the IPC group. IPC-2221A is the main general standard for printed circuit design, regardless of the material used to create the board.

Can be high density: The high density of printed boards can grow with the integration of integrated circuits and advances in mounting technology.

High reliability: Through a series of inspections, tests and aging tests, the PCB can be reliably operated for a long period of time (usually 20 years).

Designability: Printed board design can be achieved through design standardization, etc. with short time and high efficiency.

Productivity: Standardization, quantity, automation and other production can be carried out to ensure product quality consistency.

Testability: Established relatively complete test methods, test standards, various test equipment and instruments to detect and identify PCB product qualification and service life.

Assemblyability: PCB products not only facilitate the standardized assembly of various components, but also can be automated, large-scale mass production.

Maintainability: Since PCB products and various component assembly components are produced in a standardized design and scale, these components are also standardized.

Compact design, increased dependability, decreased electrical noise, ease of mass production, and effective heat dissipation are just a few benefits of PCBs. They facilitate the downsizing of electronic equipment, improve electrical performance, and expedite the assembling process.

These elements are standardized as well since PCB goods and different component assembly parts are designed and produced on a large scale. As a result, in the event that the system fails, it may be swiftly, easily, and flexibly replaced and swiftly made operational again. There may, of course, be further instances. such as high-speed signal transmission and system minimization and weight reduction.