Flexible PCBs offer a solution to the challenges of minimizing design and packaging issues in electronic products. The unique advantages in these areas include:
1) Using a flexible printed circuit or hard-soft circuit to replace multi-layer rigid boards and connectors.
2) Substituting rigid boards/ribbon cables with flexible PCBs.
3) Employing solid or patterned protective layers to manage electromagnetic interference.
4) Utilizing a complete ground layer to control impedance.
5) Providing electrical connections through air gaps for narrow wiring areas.
6) Exposing the conductive body for circuits utilizing conductive rubber keypads.
7) Incorporating heaters, temperature sensors, or wire antenna coils into flexible printed circuits.
8) Using flexible printed circuits as jumpers between rigid boards.
9) Using pressure-sensitive conductive adhesive to bond the circuit to the chassis or enclosure.
Due to these advantages, flexible printed circuits have found application in critical fields such as military, aviation, medical, and commercial industries.
1) Using a flexible printed circuit or hard-soft circuit to replace multi-layer rigid boards and connectors.
2) Substituting rigid boards/ribbon cables with flexible PCBs.
3) Employing solid or patterned protective layers to manage electromagnetic interference.
4) Utilizing a complete ground layer to control impedance.
5) Providing electrical connections through air gaps for narrow wiring areas.
6) Exposing the conductive body for circuits utilizing conductive rubber keypads.
7) Incorporating heaters, temperature sensors, or wire antenna coils into flexible printed circuits.
8) Using flexible printed circuits as jumpers between rigid boards.
9) Using pressure-sensitive conductive adhesive to bond the circuit to the chassis or enclosure.
Due to these advantages, flexible printed circuits have found application in critical fields such as military, aviation, medical, and commercial industries.
