When designing a flexible circuit, it is important to understand the specific application of the flexible PCB board. Can it be used in a static or dynamic environment ? If the FPC board is to be placed in a static environment with little movement, the circuit design needs to have appropriate flexibility so that it can be easily installed in the product. Or, if the board is to be placed in a dynamic environment (in which the board will continuously bend back and forth), the flexibility to withstand continuous motion needs to be considered in the design.
Unlike rigid circuit boards, flexible PCB boards have many variations, so it is very important to have detailed manufacturing drawings to accompany the design. ...
When designing a flexible circuit, it is important to understand the specific application of the flexible PCB board. Can it be used in a static or dynamic environment ? If the FPC board is to be placed in a static environment with little movement, the circuit design needs to have appropriate flexibility so that it can be easily installed in the product. Or, if the board is to be placed in a dynamic environment (in which the board will continuously bend back and forth), the flexibility to withstand continuous motion needs to be considered in the design.
Unlike rigid circuit boards, flexible PCB boards have many variations, so it is very important to have detailed manufacturing drawings to accompany the design. The manufacturing drawing should mark all details, so the manufacturer should not ignore it. The worst thing is to let the manufacturer take care of your requirements. Flexible circuits have many moving variables, so details are very important.
