Modern Circuitry: The Use Of Rigid Flex Circuit Boards

Technology has certainly changed over the past few decades. The original format of all circuit boards were flat and thin, with absolutely no capabilities for flexibility. Today’s modern machines and personal technology devices have allowed people to become more mobile and manufacturing to operate almost entirely from a robotic system. Thanks to new developments n circuit boards, this is now easier than ever before.

What They Are

Rigid flex circuit boards are a hybrid of both rigid (tough) substrates and flexible ones. They are typically laminated together to form one board. These flexible boards use a PCB, or printed circuit board and FPC, or flexible printed circuits. These boards are typically made to have anywhere from three to up to twenty or more conductor layers. This new technology has proven to be cost effective because it eliminates the need for excess connectors and cables. This results in a smaller footprint, lighter weight, and less overall production cost. It also makes them ideal for the use in wearable technology and smaller devices.

Why They’re Useful

You’ll find rigid flex circuitry in many of the things you use every day. Newer model laptops often utilize these types of boards because they help provide more power adaptability and longer lasting batteries. This is because the new rigid flex style of board can directly connect to power sources, resulting in longer running times without the need of a bulkier power source. Wearable technology such as fitness monitoring bands, thin smart phones, and even the new techology-integrated glasses you see people wear are all made with these types of flexible circuit boards. 

There are many other products that you’ll find which integrate the use of flexible circuit boards. Some examples of these products include

  • Computer Keyboards
  • GPS Units
  • Instrument Panels and ABS Systems in Automobiles
  • Moving Printer Heads
  • Various Modern Medical Devices
  • Satellites (flexible solar cells are now being used in newer satellite technology)

Not only do these types of circuit boards provide more possibilities for technological development, but they also help to reduce overall manufacturing costs. These cost savings are often passed down to the consumer, making it a viable option for everyone involved. They are able to withstand high temperatures, heavy use, and are designed to last for many years. Thanks to new processes in making these special circuit boards, technology is now reaching new levels and offering more options for the general public, government, the medical field, and even the classroom. For more information, talk to a rigid flex circuit boards professional like Streamline Circuits.

Leave a Comment