Top Reasons to PCB reverse engineering

 

PCB reverse engineering supports as well as electrically joins electronic components using conductive tracks, and other features. PCBs can be single sided, double sided or multi-layer. Conductor on different layers is connected with plated-through holes called vias. Advanced PCB’s may enclose equipments such as capacitors, resistors, or else active devices- embedded in the substrate.

PCB reverse engineering 

Technical description of PCB Clone

PCB reverse engineering - the term is referred as circuit board copy, PCB cloning, cloning circuit board, PCB reverse engineering and many more! It actually refers to the kind of electronic products has been the principle of using a variety of means to repeal the anti-product launch research PCB documents, such as full circuit diagram technical information, and then use these data for a whole analytical product technical principles as well as applied research, and through the proofing system board, circuit board welding, assembly of electronic product, such as generic processes to accomplish cloning process.

How PCB Cloning Helps in PCB Re-Design & Development?

A new product development that used to take two or else three years to develop, now through reverse engineering technology, may take only a few months to complete.

In the precedent decade, the development of electronic technology has been evolving with each passing day, and numerous electronic products have been upgraded at least once a year. Future electronic product updates may be quicker. Numerous electronics engineers have felt that simply using conventional R & D methods can no longer meet the fast steps of contemporary product replacement, and since there have been millions of matual design in the arcade, reverse engineering becomes a way to fast adopt the market place and catch up the top runners.

Reverse technology such as the use of PCB reverse engineering board, the laptop’s inception, we can quickly keep up with new product research, as well as also for adding new features, new breakthroughs, so that in short period of time we can accomplish technological advancements with the monopoly of foreign products, and quickly surpassed.

Shenzhen Orod Technology showcases the best PCB cloning services as per industry standards. Choose wisely and gain the best cloning services.

PCB reverse engineering is a reverse research technology

 

Restriction PCB board is PCB copy board, It is also PCB clone, which is PCB reverse engineering of design. It is to first withdraw the components on the PCB circuit board to make a BOM list, PCB reverse engineering empty board into a picture, and reinstate it to a pcb board drawing file through the copying software; computing the pcb board drawing file to the PCB board factory to make the board ( PCBA), and then add parts  which is exactly the same PCB circuit board as the genuine PCB circuit board.

Any electronic product copy and electronic product cloning can be completed through PCB copy board technology.

 

PCB reverse engineering

The motive of PCB copy is sometimes to modify the PCB, which is to conduct  alter technology research on the designed PCB board. After mention to a lot of information, the process of PCB reverse engineering is outline as follows:

 

The first step is to get a PCB reverse engineering, first  record the model, framework, and positions of all crucial parts on paper, especially the direction of the diode, the tertiary tube, and the management of the IC gap. It is best to use a digital camera to take two photos of the location of essential parts. The present day pcb circuit boards are getting more and more advanced. Some of the diode transistors are not observed at all.

 

The second steg is to detach all the components and take out the tin in the PAD hole. Wash the PCB with alcohol and put it in the scanner. When the scanner scans, you are required to raise the scanned pixels slightly to get a clearer image. Then slowly sand the top and bottom layers with water gauze paper till the copper film is bright, put them in the scanner, start PHOTOSHOP, and scan the two layers individually in color.

 

The third stage is to modify the contrast and brightness of the canvas to make the part with copper film and the part without copper film have a strong contrast, and then spin the second image into black and white, and check if the lines are clear.