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    Rigid Flex Printed Circuit Boards
    Rigid Flex Printed Circuit Boards
    Rigid Flex Printed Circuit Boards
    Rigid Flex Printed Circuit Boards

    Rigid Flex Printed Circuit Boards

    Flexible PCB has been widely used in the market and has become an indispensable product in the electronics industry. It can adapt to various applications of flexible PCBs, such as wearable devices, artificial organs, medical devices, RFID modules, etc. Rigid flexible PCB is a substitute for rigid PCB, made of PCB material but with bending characteristics. The combination of rigid and flexible PCB is mainly used for mobile phones and wearable products. Both semi flexible and rigid flexible PCBs provide sturdy designs with additional flexibility to move or shake product components.


    Rigid flexible PCBs can be bent, folded, or rounded, and then integrated into various products. They provide convenience, flexibility, and mobility for portable devices. They include expansion cards and batteries on laptops or desktop computers. A semi flexible PCB can be bent or bent, but it is not as flexible as a rigid flexible combination board. They are also an effective portable device solution because they do not require rigid connections in areas with high pedestrian traffic, as they can bend without breaking or separating. This blog post will delve into various applications of rigid flexible PCB and semi flexible PCB design.

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      Common applications of rigid flexible combination PCB and semi flexible PCB design

      Medical imaging instruments

      Medical applications require a large number of semi flexible PCBs.  Semi flexible PCBs are used in medical devices such as endoscopes and other imaging instruments.  An endoscope is a hose with a lamp at one end and a lens at the other end.  Insert it into the body to view the internal structure or perform procedures such as tissue biopsy, drainage of fluid accumulation, removal of foreign objects, and dilation of narrow channels (such as the esophagus).  Semi flexible PCBs have the advantages of good electrical performance and low cost.  A semi flexible PCB can be bent to the desired shape, making it suitable for this application.

      Semi flexible PCBs also have other applications in the medical field.  For example:
      Injection needle tip protection circuit board (ETC)
      Medical device temperature control circuit board
      Portable blood pressure monitor display circuit board

      Automotive Applications

      Semi flexible printed circuit boards (SFPBs) are used in automotive applications with high temperatures and vibrations.  Flexible circuits provide excellent performance under high temperature conditions and ensure that circuit boards do not break due to mechanical shock or vibration.  They are made of rigid FR-4 glass epoxy resin material and laminated with additional copper foil layers on both sides of the substrate to meet the requirements of most applications.
      The main characteristic of semi flexible printed circuit boards is their flexibility, which makes them very suitable for automotive applications involving high temperatures, such as digital control units (DCUs), electronic control modules (ECM), etc.  These boards can withstand temperatures up to 150 ° C without damage or deformation.

      Aviation

      With the increasing demand for miniaturization and weight reduction, the use of rigid flexible combination PCBs for aerospace applications has increased.   The combination of rigid and flexible PCBs as interconnecting devices is an effective solution that can reduce weight, size, and power consumption while improving reliability.
      Rigid flexible PCB has been used in various aerospace applications, such as avionics, telecommunications, and military systems.   In avionics applications, rigid flexible combination PCBs are used as connector devices between printed circuit boards (PCBs) and other components such as cables, switches, or displays.   They help reduce the number of connectors required on PCBs, thereby helping to reduce the weight of the system.   They also improve reliability by reducing the number of connected components.

      Wearable devices

      Wearable devices are becoming increasingly popular, with smartwatches and fitness trackers being the most popular examples. Wearable devices are usually small battery powered devices worn on the body. The combination of rigid and flexible PCBs and semi flexible PCBs is used for wearable devices. Rigid and flexible PCBs are more common in smartwatches, while semi flexible PCBs are more common in fitness trackers. This is because rigid and flexible can withstand bending forces, which is important for smartwatches that need to be able to withstand impact when colliding with objects, while semi flexible is more suitable for wearable devices that need to be able to bend with the body.

      Smartphones and laptops

      Semi flexible PCBs are typically used for applications where PCBs need to be bent but not bent. For example, semi flexible circuit boards are typically used to display flexible high-end smartphone and tablet systems. In these devices, a thin layer of semi flexible board is directly laminated onto the back of the monitor. This allows the display to bend but not break when folded or bent. Semi flexible plates can also be used in situations where extreme flexibility is not required. For example, they can be used on the back of devices with rigid front panels - such as many laptops and monitors.

      Sporting facilities

      The main advantage of using rigid and flexible PCBs in gaming devices is that they can better prevent mechanical impact damage. This is because they have fewer layers than standard rigid circuit boards, making them more susceptible to strong external forces such as impacts or drops. The layers on the rigid and flexible PCB are also more resistant to bending, which means that if you drop the device, it will withstand greater pressure than traditional rigid PCBs. For example, game consoles require frequent bending, and the combination of rigid and flexible PCBs can easily bend or fold without breaking or cracking during use.

      Bottom line

      Due to their certain characteristics and characteristics, rigid and semi flexible PCBs may score higher than their counterparts in multiple fields. Due to their similar functions, they compete fiercely with other available PCBs, providing end users with more economical choices. These applications are sometimes related, and some do not belong to any specific category. You can design which one according to your specific requirements and needs. If you would like to learn more about rigid flex combined PCBs, Borui Circuit recommends that you refer to our complete guide on this topic.

      product parameters

      Feature

      AREX´s technical specification

      Number of layers

      1 – 12 layers, with 1 – 2 conductive layers in bending area.

      Technology highlights

      The process uses controlled depth routing of the FR-4 to achieve a flexible / bending section within a traditionally rigid FR-4. Only suitable for static operations – bends typically just for installation. A lower cost solution for some very specific “flex-to-fit”applications.

      Bending performance

      50 x bend cycles of 0° – 90° – 0°

      Bend features

      5mm radius / max bending angle 90°

      Materials

      Specialized FR-4 for static flex applications

      Copper weights (finished)

      35μm

      Minimum track and gap

      0.075mm / 0.075mm

      PCB thickness

      1.00mm – 2.00mm

      PCB thickness in flex section

      0.25mm ± 0.05mm

      Maxmimum dimensions

      538mm x 610mm

      Surface finishes available

      HASL (SnPb), LF HASL (SnNiCu), OSP, ENIG, Immersion tin, Immersion silver, Electrolytic gold, Gold fingers

      Minimum mechanical drill

      0.20mm

      Minimum laser drill

      0.10mm standard, 0.075mm advanced