Generally speaking, Reverse Engineering Printed Circuit Board is get the target board scanned and recording the position of each one of the component in detail, then de-soldering components off PCB to make a bill of materials (BOM) and the material procurement. The empty board will be scanned into a high resolution picture and processing…
Many people misunderstand the concept of PCB Board Reverse Engineering. In fact, with the continuous development and deepening of the Reverse Engineering industry, the concept has been extended to a wider range and is no longer confined to the simple copying and cloning of circuit boards. It will also involve the secondary development of products…
Refers to PCB Reverse Engineering technique definition, there are various sayings with incomplete and inaccurate concept, by the courtesy of our veteran engineer: PCB reverse engineering is applying the reverse R&D method on the printed circuit board, analyze its structure in the premise of electronic physical article and electronic target. Restore the documents include PCB…
It is commonly known that recover PCB card needs to use a schematic diagram in most of the cases, particularly when the broken PCB card is complicated and comes from the application unfamiliar with repairing engineer, even if the engineer has acumulated sufficient amount of experience from previous work, he won’t be able to fix this…
How to Restore Printed Circuit Board without Schematic Diagram When try to Restore Printed Circuit Board in the absence of its schematic diagram, especially when this Printed Circuit Board is relatively strange to the engineer, according to previous experience, even if a veteran Printed Circuit Board restoring engineer won’t be able to fix this issue…
In the process of great variety of PCB Board Rework, there are multiple ways for selection, generally speaking the decision of choosing a way of PCB Board Rework is not base upon the specific type of the electronic device. however the selection of a proper techniques of PCB Board Rework should be proceed in crossing…
Multilayer HDI PCB Board is such a large and growing PCB application market that it is made up of at least four different HDI platforms: (1) Substrates and Interposers; (2) Modules; (3) Portables; and (4) High performance. Later we will provide more detail about the HDI market. Substrate and Interposer technology is used for flip-chip or…
The next major advance that made the printed circuit board technology indispensable and laid the foundation for what we see today, was the ability to put a conductive surface inside a hole in a non-conductive material. This revolution has allowed interconnected circuitry on two sides and through many layers, giving rise to the plated through-hole.…
Designing a Printed Circuit Board (PCB) is a meticulous process that requires precision and careful planning to ensure signal integrity, efficient component placement, and manufacturability. Whether designing from scratch or reverse engineering an existing PCB board, following structured design procedures is essential. 1. Schematic Design and Netlist Generation The first step in PCB design is…