Have you ever heard of flexible PCBs? It is another type of printed circuit boards known for being bendable. Flexible PCBs are usually used in dynamic and static applications characterized by having been made from high ductility foil and a thin dielectric substrate.
This PCB was designed to help save room and meet the requirements for smaller design. It can also meet the requirements for circuit boards in need of a mounting design with higher density. Additionally, flexible PCBs can significantly help in enhancing reliability while also reducing the assembly process. This circuit board is the solution to the miniaturization of electronic products.
Flexible PCBs are the technology that enables portable medical devices, communications, wearables, and industrial equipment. Right now, it is one of the most popular circuit boards in the market and for the right reasons. Let us examine what its advantages are and why it is a number choice.
Flexible Printed Circuit Boards are Flexible
The most important reason behind the popularity of flexible PCBs is the fact that it is flexible. It means this circuit board can easily wrap around corners or fold over edges without a problem. Thanks to its flexibility, the board is effective at saving space.
When you use it, you can cover areas that most rigid PCBs can’t get. Additionally, flexible PCBs are made of lighter material allowing you to save on weight. This way, you can also have more space for multiple PCBs. Using flexible PCBs allow for less conventional and smaller designs.
Flexible Printed Circuit Boards are Resistant to Vibrations
Vibration resistance is an inherent quality of flexible PCBs. This trait makes the circuit board an excellent option for electronics using mechanical components. In using this, you don’t have to mount the parts to a rigid PCB but to one that offers you a flexible solution.
Flexible PCBs can accommodate your components and can even serve as the basis for an entire solution to your circuit board design. Besides the vibration resistance, flexible PCBs can have some of its portions stiffened, which helps to increase its reliability.
Repeatability and Reliability
Flexible PCBs also has the design advantage of meeting interconnection requirements. Moreover, it is reliable and repeatable that gives excellent added benefits. With flexible circuit boards, all the conductors are fixed to each other through special connections.
This way, it can avoid discrete connection with the other conductors. Similarly, it allows traces to be accurately modeled. Moreover, the design of flexible PCBs provides a more predictable design that is an advantage to engineers.
Excellent Electric Performance
The electronic performance of flexible circuit boards is also commendable. This PCB has low dielectric constant, which enables electrical signal transmission. It has nice thermal properties that help to make components cool faster, plus a melting point that allows it to work well in high temperature.
If you choose the right provider, you can take advantage of the above benefits of flexible PCBs plus a lot more. Depending on the manufacturer, you will have amazing advantages such as easier installation, improved aesthetics, reduced assembly costs, and more.