Reverse Engineering Electronic PCB Board Schematic Diagram Plan compiling is a critical step for reverse engineering printed circuit board design drawing, a comprehensive and overall plan will ease the whole procedures and improve the working efficiency; Understand the design requirements and develop a PCB board redesign plan 1. Read the schematic diagram carefully and understand…
Reverse Engineering Printed Circuit Board Design Process will introduce how to reverse engineering pcb board hardware through delayering the copper circuitry to make diagram and restore schematic from circuit board netlist and layout file; When hardware project personnel need to conduct PCB layout drawing redesign, they must submit a PCB board investment application in the…
Printed Circuit Board Structural Designing plays an important role in the stability of electronic device performance, which will be improved by reverse engineering circuit board process; The working environment of electronic equipment is usually more complicated, and there is always more or less random vibration interference. When the environmental interference frequency is close to the…
Based on the characteristics of the Printed Circuit Board Supporting Structure, an analysis model for supporting layout topology optimization is established: using massless solid elements to simulate the supporting part; using the degree of freedom condensation technology to establish a sub-structure model of the PCB board and its components, thereby greatly reduce the amount of…
Photoelectric Sensor Printed Circuit Board Random Vibration Response Analysis is a type of spectrum analysis. Spectrum analysis is a kind of calculation of structural response that links the results of modal analysis with the known spectrum. The analysis method is mainly used to determine the structure’s impact on random loads or over time, dynamic response to…
Photoelectric Signal Receiver PCB Board Reverse Engineering uses ANSYS simulation analysis software to perform random vibration simulation analysis on the Photoelectric Signal Receiver PCB Board during the conceptual design stage of the Photoelectric Signal Receiver electronic device. The focus is on the impact of random vibration on the reliability and optical coupling efficiency of Photoelectric…
Optoelectronic Interconnection Circuit Board Reliability Analysis mainly refers to strong vibration and shock which are quite common in the equipment on automobiles, ships and aircrafts during their startup and operation. This service environment can be described as broadband random vibration. When serving in a random vibration environment, the Optoelectronic Interconnection Circuit Board Reliability Analysis will…
In the conceptual redesign Photodetector PCB Board Layout drawing and Schematic diagram stage, establish a three-dimensional finite element model of the Photodetector PCB Board, the modal parameters of the Photodetector PCB Board obtained under the condition of 4-point fixed support are studied. The analysis shows that the difference between the frequency of the 1st and…
Because most customers use double-sided boards for design, so it is critical to Reverse Engineering Double Side PCB Board Impedance Design when an example is given for the typical 1.6mm, 1.0mm thickness PCB design for two-layer boards: Case 1: PCB thickness 1.6mm Considering the influence of PCB board thickness, it is difficult to fully comply…
Radio Frequency PCB Circuitry Wiring Layout Reverse Engineering will try to make the RF trace 50 ohm impedance, if it is irrelevant, keep the width of the Radio Frequency PCB trace within 0.5mm~1mm, and keep the safety distance from the ground within 0.5mm~1mm, with ground holes around it. It is recommended that the radio frequency…