Printed Circuit Board Reverse Engineering
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Mixed Signal PCB Reverse Engineering
Mixed Signal PCB Reverse engineering can understand the route and method of current reflow back to ground is the critical point of optimizing the mixed signal PCB reverse engineering. We should not only consider where the current is from, but ignore ...
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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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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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PCB Board Reverse Engineering Impedance
Proper measurement techniques from PCB Board Reverse Engineering impedance are essential to obtaining accurate results. This section describes the requirements for making accurate measurements, which include instrument calibration, probing and data ...
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PCB Circuit Board Reverse Engineering Lines
PCB Circuit Board Reverse Engineering Lines are used to draw tracks on the pc board. When in the line mode, each Btn1 press establishes one end of a line. Once the second point is defined, the line is drawn and a new line started where the first one en...
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Reverse Engineering PCB Board Layer
Each layout acquired from PCB Board Reverse Engineering consists of several layers that can be used independently or treated as a group. Layer groups can be used to logically separate (and color-code) different traces (e.g. power and signal) after Re...
