From today’s consumer electronics, you’d be surprised how much engineering is trying to pack all the functionality into a small package that isn’t always rectangular. Smartphones and tablets should come to your mind first, but there are many other similar examples which will require Rigid Flex Circuit Board Cloning;
If you’re returning a rented car, you might be able to see the attendant reading the car’s information with a handheld scanner pwb cloning and then wirelessly communicating with the office. The device is also connected to a thermal printer for instant receipt printing. In fact, all of these devices employ rigid-flex circuit boards, where a conventional PCB circuit board is interconnected with a flexible printed circuit so that it can be folded into a small space;
all of these devices employ rigid-flex circuit boards, where a conventional PCB circuit board is interconnected with a flexible printed circuit so that it can be folded into a small space
How to import defined mechanical engineering specifications into PCB design tools, reusing this data in mechanical drawings eliminates duplication of work and, more importantly, human error.
We can solve this problem by importing all the information into PCB Layout reverse engineering software using DXF, IDF or ProSTEP format. Doing so saves a lot of time and eliminates possible human error. Next, we’ll take a look at these formats one by one.
Rigid-Flex Circuit Board Cloning
DXF is the oldest and most widely used format for exchanging data between the mechanical and PCB design domains primarily electronically. AutoCAD developed it in the early 1980s. This format is mainly used for two-dimensional data exchange.
Most PCB tool vendors support this format, and it does simplify data exchange. DXF import/export requires additional functionality to control the layers, different entities and elements that will be used in the exchange process
