PCB Reverse Engineering Services
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.
The following describes a commonly used method about how to Clone PCB Board Gerber File, the process is as follows: The first step: first record the model, parameters, and position of all the components on the paper, especially the direction of the diode, the triode, inductor and transistor, the direction of the integrated circuits notch.…
The basic principle of the PCB Reverse Engineering Software is: with the aid of the PCB Reverse Engineering software, the operator draws the layout drawing of printed circuit board according to the physical PCB board, and reversely generates the network table of the common format of the PCB board, and then the operator import the…
During the period from the early stage of reform and opening up to the end of the 1980s, due to the huge gap in technology level, China relied mainly on foreign engineers for the maintenance of electronic devices for imported equipment. The desire to increase the utilization of imported equipment and reduce maintenance costs has…
PCB board Reverse engineering technology is used to research or repair electronic equipment without schematic diagrams, such as electronic PCB board repair unit or imported automatic control system circuit board with partial schematic diagram maintenance, can also be used for teaching, scientific research, especially for those technology development company to research on the method of…
Recover PCB Board Schematic Diagram Purpose project comes from the National Innovation Fund and the “PCB-reverse-engineering-based electronic equipment maintenance technology platform” project supported by the National Defense Research Institute. It is dedicated to solving the current situation that the electronic equipment is damaged and not repaired in time due to the lack of schematic diagram.…
There are a large number of advanced instruments and equipment are complex in structure and high in integration. And due to the technology information privacy issue, normally the original supplier won’t provide the schematic diagram of printed circuit board. Some of them are not able to obtain the circuit schematic diagram of the electronic device…
The reconfigurable broadband software radio transceiver circuit board reverse engineering explores issues related to PCB board design. Firstly, this paper analyzes the structure and working principle of common RF receivers, and introduces a broadband RF and high-speed digital hybrid circuit board design. Then, the structure of the Radio Transceiver Circuit Board is studied from the…
With the rapid development of wireless communication technology, various new and old communication systems coexist. The idea of building a unified hardware platform and using software to switch between different communication systems has caused great concern which is also one of the most headache issues for High Speed Printed Circuit Board Reverse Engineering. However, one…
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 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…