12 Layer Rigid-Flex PCB with 2 Layer Flex PCB

The electronics industry has witnessed many technological advancements over the years. Different designs and types of printed circuit boards are being developed. Rigid-flex PCBs are most widely used in a number of applications, owing to the several beneficial features that they offer. The rigid-flex PCBs are lightweight and compact. This helps reduce the packaging size. Furthermore, these types of printed circuit boards are designed in such a way that they can be surface mounted on both sides. This makes them the most preferred choice in most application requirements.

Rigiflex provides 12 layer rigid-flex PCB with 2 layer flex printed circuit board. We are a trusted name in PCB design and manufacturing, and have a vast experience to back us.

The design of a 12 layer rigid-flex PCB with 2 layer flex PCB is similar to that of the 10 layer rigid-flex with 2 layer flex PCB. However, the addition of 2 layers (i.e. the 11th and 12th layers) make the design a bit more complex than its 10 layer counterpart. The 2 layer flex PCB design of this circuit board makes it more flexible for manufacturing. Another benefit of this printed circuit board is that you can use exposed pads, and access holes on both the sides of the flex, and vias can be covered on either side. The 2 layer flex PCB consists of an insulating layer between the conductive layers. Plated through holes are used to create connections between the layers.

We can manufacture these PCBs, with a board thickness of 0.5 mm ~ 3.0 mm. The copper thickness can vary from 0.5 OZ to 6 OZ. The finish thickness of the board is 0.2 mm (flex). We use FR4 and polyimide materials for these boards. For designing a custom PCB, you can choose from surface finish options, which include OSP, HASL, and immersion gold.

At Rigiflex, we can help you manufacture these PCBs with highest industry standards. These 12 layer rigid-flex PCBs are available with us at most competitive prices. Request a quote for this PCB, or call us for more information.