Today’s high-speed system design field has made the traditional pcb design method incompetent. With the rapid development of EDA technology and the corresponding changes in design methods, More and more engineers are adopting electronic board design methods based on signal integrity analysis that are closely integrated with EDA tools. During the Electronic Board Design process,…
The traditional Electronic Circuit Board Reverse Engineering method is a prototype production method. The reverse engineering flow consists of schematic diagram design, layout and gerber file design, pcb production, measurement and debugging, etc. The disadvantage of this method is that the entire design process is uncontrollable. In the Electronic Circuit Board schematic diagram and layout…
Printed Circuit Board Interconnection System refers to the entire electrical path from the transmitter to the receiver on the PCB board, including chip package, connector, transmission line, via, connector, etc. The signal integrity problems caused by the interconnection effect are: 1, The delay signal is transmitted at a limited speed on the printed circuit board…
Today’s digital systems are rapidly developing in the direction of large-scale, small-volume, high-speed, and the design of electronic systems has entered the design field of GHz and above. As the electrical and structural support of various electronic systems, printed circuit boards are also moving toward multi-stack, high density, and high operating frequencies. Therefore, how to…
The goal of Redesign PCB Board Layout For Better EMC Performance process is: “Each process has a verification, and the quality problem is controlled in the earliest stage in time”. Three design control points are added for this: (1) circuit simulation before wiring; (2) Signal integrity analysis, electromagnetic compatibility analysis, power integrity analysis, thermal radiation…
In the development and production of printed circuit board, the earlier attention and solution to PCB Board Electromagnetic Compatibility issues, the more manpower and material resources can be saved. If the cost of solving the electromagnetic compatibility issue in the PCB Board development stage is 1, then after the printed circuit board is finalized, the…
As the density of electronic components on PCBs increases, the routing becomes narrower and the signal frequency becomes higher and higher, EMC and EMI problems are inevitably introduced. The level of electromagnetic compatibility of PCB Board has become an important indicator for measuring the quality of electronic products and systems. Because electromagnetic compatibility indicators do…
With the increasing speed of modern circuit signal transmission, the current Circuit Board Design is no longer just a simple electronic connection device, but a complex and independent product with its own specific component requirements, which is the support for the system function. In the system design process, appropriate methods should be taken to ensure…
Printed Circuit Board Clone mentioned here can be divided into two major categories, one is full pcb cloning, and the other is partial pcb board cloning. Full copying is the application of the original pcb layout design to the new layout design or pcb product without any creative changes. In this case, it is relatively…
Intellectual Property Issues Related to PCB Card Reverse Engineering From the three main reverse engineering behaviors discussed above, we can see that the PCB Card reverse engineering mainly involves the infringement of the intellectual property rights of the original layout design. From the current status of the implementation of pcb card reverse engineering in the…