Rigid-flex PCB design is transforming how we build our electrical systems and appliances as they have the benefits of both rigid and flexible PCBs. For instance, these boards can fit in compact spaces and withstand vibrations due to the flexible section. At the same time, the rigid part provides structural strength, has more copper layers …
You must conduct a rigid-flex PCB cost comparison to know the circuit board you’ll use for your project. Generally, flexible and rigid-flex PCBs are more expensive than similar-rated rigid PCBs. Moreover, their manufacturing processes are labor intensive, increasing market prices. However, it’s important to note that their mechanical and electrical benefits outweigh their shortcomings. By …
The electronics industry is full of debates and comparisons, with the latest being the semi-flex vs. flex PCB. Although these two boards have similarities, major differences arise, especially concerning design and applications. For instance, a semi-flex PCB, as the name suggests, combines some characteristics of flexible PCBs and rigid options. In short, their manufacturing process …
The ever-evolving trends in the electronics industry gave rise to a new type of multilayer circuit, the multilayer rigid, flexible PCB. Like the standard multilayer PCB, this circuit board provides the flexibility that’s the cornerstone of many design concepts. In addition, it weighs much less and takes up minimal space, enabling component and circuitry density, …
You have a wide array of choices when designing a wholesale rigid-flex PCB. However, few will guarantee you a top-notch product for your application. Moreover, errors become apparent when you manufacture the rigid-flex in bulk. So what steps must one take when making wholesale rigid-flex PCBs? Well, we have all you need in today’s article. …
An aluminum flex-rigid PCB is a hybrid board that blends the thermal conductivity and rigidity of aluminum boards and the flexibility of aluminum flexible boards. Generally, the boards find application in high-performance electronics that requires high conductivity but have limited space. Normally, the rigid part of this PCB consists of aluminum, while the flexible parts …
The 6 Layer rigid-flex PCB is one example of the remarkable advancements in circuit board design. See, it combines ingenuity in materials, stackup, and construction. As a result, these boards have improved functionality, mechanical support, and reliability, among other benefits. This article discusses the 6 Layer rigid-flex PCB’s design construction, fabrication, benefits, and application. What …
We understand countless people ask about the cost of rigid-flex vs. rigid PCB. Most of them are beginners seeking to design and develop cost-effective electronic devices. One sure thing is that we have cost differences between a rigid-flex and rigid circuit board. Generally, rigid-flex PCBs have a higher manufacturing cost than traditional rigid boards. However, …
So why would you care about impedance control rigid-flex PCB? Ensuring the board offers the best performance is in your best interest when working with complex PCBs. Therefore, the impedance of the circuit board is one crucial consideration. Surprisingly, controlling the circuit board impedance improves its functionality. This article considers everything relating to impedance control, …
Very few people realize that customized rigid-flex PCB technology has existed for over forty years. Nowadays, these circuit boards are in use in high-performance applications. They involve integrating layers of flexible and rigid materials to form one complex PCB. And what’s more, copper-plated vias connect the flexible inner layers with the rigid outer layers. Furthermore, …
