Quick Turn Circuit Boards Handle Vibration and Shock
Printed circuit boards have long been the foundation of electronic products, and quick turn PCBs help manufacturers stay on schedule for their product launches. In the simplest terms, quick turn refers to the process of designing, fabricating, and assembling a PCB in a short period. This fast turnaround allows companies to meet deadlines and promise their customers quality products, while also staying within budget.
The quick turn circuit boards manufacturing process starts when the designer prepares the prototype design in Gerber file format, the industry standard method of transferring data to the manufacturer. The manufacturer will review the file to ensure that it meets all of your specifications and IPC standards before submitting a quote for your approval. Once the quote is approved, the fabrication and assembling process will begin.
While it is important to choose a reliable and experienced manufacturer for your PCB needs, it is equally as essential to consider how well the finished product will handle vibration and shock. The key to preventing mechanical shock and vibration from damaging your PCBs is using components with built-in protection against these forces, and mounting the board securely to its enclosure or anti-vibration mounting platform. The use of damping materials can also reduce the transmission of vibration to the board.
How Do Quick Turn Circuit Boards Handle Vibration and Shock?
Electrical shock in a PCB can be caused by static electricity generated by the differences in potential between two charged conductors on the surface of the board. This voltage build-up creates a dielectric breakdown in the material separating the conductors, which can then allow current to flow between the conductors. In the worst case, this can lead to arcing that could damage the components and destroy the circuit board.
To prevent electrical shock in a PCB, you should make sure that you don’t touch the board or any of its components with your bare hands. This will prevent any static discharge from your skin to the metal surfaces of the components, and it will also reduce the risk of any damage to the soldered connections. Additionally, you should use a grounded power cord when working with the board, and you should use an anti-static strap or anti-static device when transferring it to another location.
With the increased demand for electronic products, rapid prototyping has become an important component of PCB production. By allowing companies to quickly produce prototypes, they can test out their designs and identify any faults in the product before it is produced in larger quantities. This process can greatly reduce the time it takes to get a finished product to market, which is essential in today’s competitive business environment.
Choosing a PCB manufacturer with experience in quick-turn prototyping will ensure that your final product will be ready to ship on time and without any errors. This will save your business valuable time and money, and it will also help you maintain a competitive edge in the marketplace. This is why it is so important to partner with a company that has a proven track record of meeting deadlines and providing quality products.
