Reverse Engineering PCB
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Reverse Engineering PWB Board ESD Effect
Reverse engineering PWB Board need to prevent the negative effect of ESD on them, in order to minimize the negative effect and have a better PWB Board reverse engineering outcome, below measures must be made to ensure the goal being achieved: 1. cabi...
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Reverse Engineering Printed Circuit Board Filter Option
The filtered TDR response Printed circuit board filter can be useful under conditions where excessive ringing occurs on the TDR pulse. The filtered response can be used for reverse engineering where the minimum edgerate is much larger than the TDR re...
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ESD Negative Effect on Reverse Engineering Printed Circuit Board
Reverse engineering printed circuit board need to take the ESD negative effect into consideration, ESD from human body, environment as well as electronic device itself will bring damage to the semiconductor and microcontroller such as penetrate the t...
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Reverse Engineering PWB Against ESD
Reverse Engineering PWB Reverse engineering PWB need to take the ESD negative effect into consideration, ESD from human body, environment as well as electronic device itself will bring damage to the semiconductor and microcontroller such as penetrate...
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High Speed Printed Circuit Board Reverse Engineering Strategy
High speed printed circuit board reverse engineering is a complicate and time-consuming process, differential line is very important. The operational principle of differential line is the received signals equal to differential value among two inter-c...
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Reverse Engineering PCB Circuit Card
As the Reverse Engineering PCB Circuit Card engineers, they are all deseparately willing to see the analysis report which close to the real result as much as possible, which can bring great convenience on the verification and debugging, and make the ...
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High Frequency PCB Board Reverse Engineering
In High Frequency PCB Board Reverse Engineering, the inductance of back route will be the main part of track resistance, as a result of that, when reverse engineering the high frequency PCB board, if the reverse engineeringer intend to minimize the g...
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Terminal/Pin Marking & Inseparable Assemblies
There are two more subjects we could encounter when disassemble the parts from PCB when reverse engineering a printed circuit board, first is terminal or/and pin markings. When disassembling electrical assemblies, all terminal markings should be rev...
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Reverse Engineering Printed Circuit Board Probing Technology
When Reverse Engineering Printed Circuit Board, the commonly used probing techniques are handheld, SMA, and microprobe. The choice of Reverse Engineering Printed Circuit Board Probing Technology depends on the accuracy needed and work involved to com...
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A Korean/Russian team for Europe
Tallin saw a new company come to life earlier this year, in quite an unusual fashion. Take four Korean equipment manufacturers, add a Russian distributor, and there you have it; Korean SMT Solutions. The new company is the European wing of Russian Li...
