Flexible PCBs

Many electronic devices need to be portable and lightweight, yet also able to withstand extreme environments and conditions that would tax standard PCBs. For these reasons, flexible printed circuit boards (FPCs) have become increasingly popular among manufacturers of modern consumer electronics. But what industries commonly use these specialized boards?

Modern PCs, laptops and mobile phones all use flex circuits. You can even find flex PCBs in printers, microwaves and TVs. These flexible PCBs are used in many of these devices because they offer advantages that traditional rigid PCBs cannot:

The flexible pcb board is thin, light and durable enough to be folded or bent thousands of times without breaking. These factors, combined with their ability to withstand high temperatures, make them ideal for portable devices. They also enable direct board-to-board or device connections, eliminating the need for bulky ribbon connectors and wires that can easily break or be damaged.

In addition, flex circuits have the ability to withstand vibration and movement that might cause other types of circuit boards to fail over time. Because of this, they are often used in medical devices and wearables, where the components inside can be moved around a great deal. They are also used in smartphones, which have flexible screens that can be folded and rolled in order to fit into the device’s case.

Flexible PCBs – What Industries Commonly Use Them?

These specialized circuits are also used in the aviation industry for equipment like helmet-mounted displays that provide high-resolution 3D images. They can be bent and warped, which allows them to withstand the rapid movements and extreme temperatures that can occur in aviation applications.

Lastly, flex circuits are also used in power generation devices. They can withstand vibration and are often used in power grids as switches and meters. This is because they are easy to install and can help reduce maintenance costs.

When it comes to automotive applications, flex circuits are especially useful because they can replace traditional wiring harnesses. This can lead to a significant reduction in weight, which helps improve fuel efficiency and/or range for electric or hybrid vehicles. Additionally, flex circuits are also resistant to vibration, which makes them ideal for motor vehicle use.

If you are looking to integrate a flexible printed circuit into your product, consider what type of circuit you need before ordering it. There are different flex classes and types that differ in terms of how rugged they are and the minimum temperature they can withstand. Having a clear understanding of the standards and requirements associated with each type can help you choose the right type for your design.

Then, you can be sure your flex circuit will perform at its best when your product is under stress and operating in harsh conditions. Our PCB team can help you select the perfect flex class for your specific application. Get in touch with us today for more information or to start the process of placing your flex PCB order! Whether you are looking for a quick turnaround or a long-term production run, we can deliver a quality product.

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