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“I approach every project with passion and a pursuit of excellence. My drive comes from a deep curiosity about electronic systems and a desire to push the boundaries of innovation.”
Ryan est l'ingénieur électronique senior chez MOKO, bénéficiant de plus de dix ans d'expérience dans ce secteur. Spécialisé dans la conception d'implantation de circuits imprimés, conception électronique, et conception embarquée, il propose des services de conception et de développement électroniques à des clients dans divers domaines, y compris l'IoT, Technologie LED, électronique grand public, et dispositifs médicaux, entre autres. Avant de rejoindre MOKO, Ryan a perfectionné ses compétences en ingénierie dans l'un des meilleurs de Chine 100 entreprises, suite à son baccalauréat en génie électrique de l’Université de technologie de Wuhan.
Impedance matching has become a cornerstone of the signal integrity in the realm of high speed PCB design. Future electronic devices are approaching the speed and performance boundaries, and distortion and reflection
It is important to learn how to clean a circuit board properly if you’re working with electronics. Every device today revolves around circuit boards and those boards need right maintenance.
When designing PCBs, selecting the appropriate type of holes for fasteners is crucial. And much of that conversation is counterbore vs countersink holes. While both are designed with a similar intention
In the world of printed circuit board design and manufacturing, precision and accuracy are paramount. One of the most crucial tools that ensures this accuracy is the PCB netlist. Whether
Aujourd'hui, electronic products are both compact and lightweight while performing a variety of functions. This is largely due to effective PCB thermal management. On the printed circuit boards, various components are
Bringing your electronic ideas to life begins with PCB drawing, which is the process of converting your circuit design into a layout that can be used to create real boards.
Printed Circuit Board design is one of the most significant processes in electronics production. Deciding on the proper PCB design software can even make a rather large difference in the
Les appareils électroniques que nous utilisons changent et se modernisent constamment. Ils deviennent plus petits et plus fonctionnels, ce qui rend la conception électronique plus difficile. Parce que dans ce cas, les interférences électriques deviennent de plus en plus
Il est important de s'assurer qu'une conception de PCB est fiable, car toute erreur de conception, peu importe sa taille, peut ralentir le processus de fabrication et d'assemblage plus détaillés et,
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