The differences between FPC circuits and PCB circuits

The following analyzes the different application areas of FPC (flexible printed circuit) and PCB (rigid printed circuit):

Typical FPC Circuits Applications

Consumer Electronics
Foldable devices: such as the hinge of a foldable phone.
Wearable devices: sensor circuits within smartwatch straps.
Micro devices: internal connectors for headphones.
Automotive Electronics
Three-dimensional Wiring: Dynamic connections between vehicle displays and center consoles.
Lightweight requirements: Flexible temperature sensor circuits within new energy vehicle battery packs.
Medical and Special Environments
Implantable devices: Bendable electrode circuits for pacemakers.
Industrial Robots: Dynamic signal transmission at robotic arm joints.

Typical PCB Circuits Applications

High-Performance Computing
Servers/Base Stations: High-Multilayer PCBs.
Graphics Cards/Motherboards: High-Frequency, High-Speed Signal Processing.
Industry and Energy
Power Modules: Thick Copper PCBs capable of carrying high currents.
Industrial Control Equipment: High-Temperature-Resistant Ceramic-Based PCBs.
Traditional Electronics
Home Appliance Control Panels: Main control PCBs for air conditioners/washing machines.

The essence of the difference between FPC circuits and PCB circuits is the complementarity of "flexible dynamics" and "rigid stability".
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