The PCB size and shape should be carefully considered to match the equipment in the production line, with regular square or rounded shapes, appropriate transmission edge width, and positioning holes and symbols for accurate positioning.
PCB Processing & Production: Tutorial 5 Requirements Read More »
Printed circuit boards (PCBs) for aerospace applications demand meticulous design and layout techniques, incorporating specific considerations such as thermal management, HF RF components, and MIL-SPEC standards, to ensure robustness and superior performance in aircraft electronics.
Introduction to Special Aerospace PCB Design Layout Read More »
PCB experts play a critical role in ensuring the performance and stability of electronic devices through their professional skills and experience in PCB design.
In high-speed PCB board electronic system design, a deep understanding of power supply system characteristics and significant investments in analysis and design are vital to meeting demanding requirements for lower supply voltage, faster signal speed, and higher integration, especially for companies on the cutting edge of electronic design.
Analysis and Design of Printed Circuit Board Power Supply Systems Read More »
The PCB board is crucial in power supply design, with key considerations including electrical safety, component layout, high-frequency processing, global routing, and inspection for reliability.
PCB board design specifications for switching regulator production. Read More »
PCBA is the process of assembling printed circuit boards with components to form a complete circuit system, involving design, procurement, manufacturing, assembly, and testing, with each phase requiring strict control and continuous optimization to ensure quality and reliability.
PCBA Processing: From Design, Assembly, to Testing Read More »
Flexible PCBs provide a solution to electronic product design and packaging challenges by offering unique advantages such as replacing rigid boards and connectors, managing electromagnetic interference, and providing electrical connections in narrow wiring areas. This technology is widely used in critical industries like military, aviation, medical, and commercial sectors.
Flexible PCBs provide a solution to electronic product design and packaging challenges by offering unique advantages such as replacing rigid boards and connectors, managing electromagnetic interference, and providing electrical connections in narrow wiring areas. This technology is widely used in critical industries like military, aviation, medical, and commercial sectors.
A circuit diagram is a graphical representation of components and their relationships for circuit board creation, providing a planning solution for circuit design and installation. Converting a circuit diagram to a PCB involves designing a schematic, drawing the PCB using software, and manufacturing the board, with the possibility of using automated circuit analysis software for faster and more accurate conversion.
How can a circuit diagram be transformed into a PCB? Read More »
Our experience lies in creating multiple-layer, flexible circuits and rigid-flex PCBs HDI PCBs as well as Rogers PCBs.
We have a great track record in fast-turnaround prototyping of PCBs, and excel at managing challenging projects as a strength.