Reverse Engineering Printed Circuit Board Anti-ESD Schematic Diagram

Reverse Engineering Printed Circuit Board Anti-ESD Schematic Diagram can help us to improve the performance of PCB board’s anti-esd capability, through component relocation or replacement to achive the purpose; Static electricity from the human body, the environment, and even inside electronic equipment can cause various damages to precision semiconductor chips, such as penetrating the thin…

Parasitic Components in PCB Board Circuit Diagram Reverse Engineering

The main parasitic components generated by circuit board wiring are resistance, capacitance and inductance. In the process of the PCB Board Circuit Diagram Reverse Engineering , all parasitic components have the opportunity to interfere with the circuit performance. When a system mixes digital and analog components, careful reverse engineering PCB card is the key to…

PCB Circuit Board Electroplating Practice

The precise technology required by electronic products and the strict requirements of environmental and safety adaptability have promoted considerable progress in PCB Circuit Board Electroplating Practice and specify the printed circuit board electroplating necessity. This is clearly reflected in the technology of manufacturing high-complexity and high-resolution multilayer circuit boards. In electroplating, through the development of…

Reverse Engineering Amplifier Mixed Signal PCB Board Layout Design

Reverse Engineering Amplifier Mixed Signal PCB Board Layout Design can use partition design method to reduce the mutual interference between digital and analog signals; Before redesigning PCB board layout for better emc performance, we must understand the two basic principles of electromagnetic compatibility (EMC): The first principle is to minimize the area of ​​the current…