PCB Reverse Engineering technology is used to reversely analyze the printed circuit board, and to acquire the Layout Drawing, Gerber File, Bill of materials (BOM), Schematic diagram and designators drawing are restored in the aspect ratio of 1:1, and then these technical documents and production files are used for PCB board remanufacturing, component soldering, flying probe testing, circuit board debugging, and complete replication of the original circuit board.
For PCB Circuit Board Layout Clone with high complexity and many layers, the development designer must rely on years of layout experience to complete the design content under the guarantee of performance. Therefore, we must fully affirm the technical content of the PCB layout design. The pcb layout design has some unique properties relative to…
Software reverse engineering and PCB reverse engineering have similarities under the large definition of reverse engineering, but the difference between Software Reverse Engineering to PCB Reverse Engineering is obvious in the specific operation process. Software reverse engineering is to restore the software program (object code or source code) in the implementation phase to the software…
Reverse Engineering Circuit Board Implementation Process mainly includes the following aspects. First, scan the circuit board that needs to be reverse engineered and record the position of all components on the circuit board, disassemble all the components to make a bill of materials, and arrange the personnel to purchase the components according to the BOM…
Reverse Engineering PCB Board, also known as PCB Board copying in the industry, mainly refers to the reverse analysis of the PCB Board by using relevant technical means on the premise of obtaining the printed circuit board in the electronic product, The technical documents include component list (BOM), Schematic diagram, Layout drawing and Gerber file…
The PCB Board Layout Design has some unique properties relative to some of our well-known intellectual achievements, which are reflected in the following aspects: 1st of all is Relative certainty. The reason why the relative certainty of the PCB Layout Design is mentioned is that when the PCB layout is not reflected on the actual…
PCB is an important part of the electronic information industry and is widely used in various fields of the electronic information industries. In the process of R&D and design, PCB layout design is a crucial step, which requires huge human and material resources investment. The creative work of the development contributed by designer is condensed.…
When we clone multilayer PCB board stackup structure, first needs to determine the number of layers of the multilayer PCB board, the next step is to properly arrange the placement order of each one of the layers. In this step, there are two main factors to consider: The distribution of special signal layers.Distribution of power…
Many PCBs are no longer single-function circuits (digital or analog circuits), but rather a mixture of digital and analog circuits. Therefore, it is necessary to consider the mutual interference between them. through the obselete physical PCB sample, we can Optimize PCB Layout by Reverse Engineering PCB, obtain its original Gerber file and layout diagram. Especially…
Although good schematics do not guarantee good Layout, good layout begins with good schematics. As a result of that, when engineer try to Cloning Printed Circuit Board Schematic Diagram, be careful when drawing schematics and must consider the signal flow of the entire circuit. If there is a normally stable signal flow from left to…
PCB Board Layout plays a key role in high-speed circuits, but it is often one of the last steps in the Reverse Engineering High Speed PCB Board layout process. There are many problems with high-speed PCB board layout, through reverse engineering technique we can improve the performance; This paper mainly discusses the layouting problem of…