The secret to PCB Prototype Applications

2018-11-23 17:55Writer: qyadminReading:
Printed circuit boards, which connect components through various related circuits, are at the heart of the many different electronic devices that we use every day. They come in many different variations, which allows them to perform under a wide range of circumstances. PCBs are an integral part of electronics used across nearly every industry. You can find them in consumer electronics, medical devices, automotive components, industrial equipment, lighting technologies, aerospace instrumentation and much more.
  As people continue to innovate and create more new electronic devices, PCBs become even more common. It is in the development of these new products that prototype PCBs are most useful. You should consider prototyping if your project involves any of the following conditions:
  • New products - Any time your project involves developing a new product, you should use PCB prototyping. Without prototyping, you may not detect any existing issues before they cause more severe problems or become more difficult to fix. Even if your project is very similar to another that you've already successfully completed, prototyping can be helpful. Many different factors go into a device's performance and prototyping enables you to quickly and economically identify any of those factors you need to adjust.
  • Quality and design testing - If you want to perform quality testing or design review, you should order PCB prototypes. The shorter build time will allow you to begin conducting your review or testing sooner and will reduce your overall costs. PCB prototypes will give you an accurate idea of how your final product will perform. They enable you to verify quality and performance before you invest in a larger standard production run, helping you to complete your project quicker or most cost-effectively.
  • Complex components - If your project contains multiple PCB-based components, you should use PCB prototypes. More components can mean more functionality but also more potential failures. With these more complex projects, prototyping is especially useful, as it helps to quickly identify which component is not performing correctly. You'll spend less time testing and correcting problems that arise and save money by ordering one PCB at a time.
  • Modeling purposes - If you want to present your physical design but don't need the board to function, you should use a prototype. In some situations, you may wish to have a model of your design to illustrate how it will work. In these cases, you don't need a fully functioning board. You only need an accurate representation of the design. Using a prototype for this visual can be a more cost-effective option than using a standard production board.

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