Flex rigid pcb stackup
A flex-rigid PCB stackup is a combination of flexible and rigid PCBs that are laminated together to form a single board. The stackup consists of multiple layers of flexible and rigid substrates that are bonded together with a layer of adhesive. The layers are then drilled and plated to create the necessary interconnections between the layers.
The typical flex-rigid PCB stackup consists of the following layers:
- Coverlay: A thin layer of polyimide film used to cover the flexible circuitry and protect it from damage.
- Flex layers: These are the layers of flexible circuitry that allow the board to bend and flex.
- Adhesive: A layer of adhesive that bonds the flex layers to the rigid layers.
- Rigid layers: These are the layers of rigid circuitry that provide the necessary support and stability to the board.
- Solder mask: A layer of protective coating that is applied to the board to protect it from damage during the soldering process.
- Surface finish: A layer of metal coating that is applied to the board to improve its electrical conductivity and protect it from corrosion.
The number and order of the layers in a flex-rigid PCB stackup can vary depending on the specific requirements of the application. However, the basic structure of the stackup remains the same.
where is the flex rigid pcb stackup used？
Flex-rigid PCB stackup is used in applications where a combination of flexible and rigid circuits is required. It is commonly used in electronic devices such as cell phones, laptops, and medical equipment. The flex-rigid PCB stackup allows for a compact design, reduced weight, and improved reliability. It is also used in applications where space is limited and where high-density interconnects are required.
Iflex is Professinal Flex and rigid-flex PCB manufacturer,
welcome to mail us: contact@iflexpcb.com for your any quesiton about Flex and Rigid-Flex PCB.