Rigid-Flex PCB Technology and PCB Design Software
A Rigid-Flex PCB design needs the same care and attention as any other PCB design, it needs Altium Designer.
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With the increasing demands for smaller more compact devices, Rigid-Flex PCB designs are growing in popularity in order to meet the needs of the market, more so than you may realize. To meet these needs, designers like you are investigating the world of Rigid-Flex PCB design in ever increasing numbers. Not only are designers looking for general information on Rigid-Flex design practices, but also what areas of technology these designs are being used in.
Additionally, designers are looking for specific details on how Rigid-Flex PCBs are designed and manufactured, and what their reliability is. Does that describe where you are at? Congratulations then; if you are looking for more information in preparation for your first Rigid-Flex PCB design, you’ve come to the right place.
The number of flexible PCB designs is increasing all the time and many designers are stepping into this new world for the first time. The best place to start exploring this method of PCB design is with a clear understanding of what a Rigid-Flex PCB design is, and what its general design requirements are.
It is also good to understand how important this design technology is for specific applications such as spaceflight, as well as what other industries where they are growing in demand such as medical devices. Once armed with this information you will be better prepared for designing a Rigid-Flex PCB.
Start Right by Knowing What Rigid-Flex PCBs Are and Where They are Used
You need to know what it is that you are working on, and where it will be used in order to create the best Rigid-Flex PCB designs.
- Working with Rigid-Flex PCBs starts with an understanding of their basic details.
- Spaceflight is one area of technology where Rigid-Flex PCBs have a real advantage.
- Spaceflight isn’t the only arena where Rigid-Flex is used, there’s a lot more application for these designs than you might have thought.
A Rigid-Flex PCB design
You have probably designed your fair share of printed circuit boards, and now you are looking into flexible substrates. There are some differences and specialized requirements that you need to be aware of. The best way to come up to speed is to start off with an introduction to some of the basic differences that you will be confronted with such as board shapes, the layer stack, holes, vias, copper, and materials.
Next, you will want to know just what you can expect out of your design tools to help you with your Rigid-Flex design. Then you will want to explore the details of Rigid-Flex PCB design in order to be fully prepared. Well, look no further than right here because we’ve got you covered from the basic introduction of best design practice guidelines, to an in-depth study of the details of Rigid-Flex PCB design.
Exploring the Requirements of Rigid-Flex PCB Design
To help you to be prepared for your Rigid-Flex PCB design we have some great resources here for your consideration.
- This introduction to the Rigid-Flex PCB design best practices guide book will be a tremendous start to understanding the details of designing Rigid-Flex PCBs.
- Your PCB design software is crucial to your success when designing Rigid-Flex PCBs, especially for animating the movements of the flex portions of your design.
- Now that you’ve gotten your feet wet in Rigid-Flex PCB design principles, here is a five part series that will give you the details of this design and PCB fabrication technology.
Altium Designer’s unified design environment allows you to effortlessly use multiple design tools
When it is time to design your Rigid-Flex PCB design, you will need a powerful set of design tools to do the job. Altium Designer is a full feature suite of PCB design tools that will take your design from schematic capture all the way through the final manufacturing output files for PCB assembly.
Altium Designer features a unified design environment which means that the same data structure and format is used throughout your design. You won’t have to worry about forcing the different tools to work together because they were designed to work together by the engineers at Altium. When it comes to routing your Rigid-Flex PCB design, Altium Designer puts the full power of its versatile interactive routing tools at your disposal giving you a wide range of functionality to use.
Your Rigid-Flex design will also benefit greatly from Altium Designer’s native 3D engine. This will give you the opportunity to see in real-time how your design looks, and how it will interact with the rest of your total system design. Altium Designer’s 3D allows you to manipulate your component placement in order to avoid clearance to mechanical obstruction problems that are only visible in full 3D. Your Rigid-Flex PCB design will demand the most of you, and you should expect the most out of your PCB design tools to meet the challenge. Altium Designer is the PCB design toolset that you need to triumph over these challenges.
The Challenges of Rigid-Flex PCB Design Require the Best PCB Design Tools
You can’t afford to take a chance on PCB design tools that aren’t up to the challenge, you need Altium Designer to meet and beat any design challenge that comes your way.
- From Schematic to final manufacturing output files, the unified design environment in Altium Designer will help you with a common data model and user interface.
- Altium Designer’s powerful interactive routing tools will be a big advantage to you with your Rigid-Flex PCB design.
- One of the keys to a successful Rigid-Flex PCB design is to visualize it in 3D in order to see how it will interact in its actual environment.
Rigid-Flex PCB design is the next generation technology that is in demand today. You need PCB design tools that will deliver the best quality for these designs, you need Altium Designer.