“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 is de senior elektronische ingenieur bij MOKO, boasting more than ten years of experience in this industry. Gespecialiseerd in het ontwerpen van PCB-lay-outs, elektronisch ontwerp, en ingebed ontwerp, he offers electronic design and development services to customers across various fields, including IoT, LED technology, consumentenelektronica, and medical devices, onder andere. Before joining MOKO, Ryan refined his engineering skills at one of China’s top 100 bedrijven, following his Bachelor’s degree in Electrical Engineering from Wuhan University of Technology.
PCB trace width specifically refers to the width of copper traces that carry vital signals and power across the printed circuit board. Determining appropriate trace widths is an important PCB design
The growing demand for advanced electronics drives innovations in circuit board capabilities and performance. Circuit designers now routinely work with faster signal speeds. High-speed signals, once an occasional challenge, zijn
A common question when designing complex printed circuit boards for advanced electronics is whether to use stacked or staggered vias to route connections between layers. Vias act as conductive pathways
PCB reverse engineering refers to the process of analyzing and understanding the design, indeling, and functionality of a printed circuit board by taking it apart, examining its components, tracing its
As electronic devices shrink but gain capabilities, efficient and durable interfaces become critical for connecting components within tight spaces. Circuit board connectors serve the essential role of linking the many
PCB Schematic: Wat is het? Why Is It Important? A printed circuit board design starts with a PCB schematic diagram. This PCB schematic layout visually depicts the electronic circuit as a graph,
As printed circuit boards become smaller and faster, controlling impedance is crucial for managing signal integrity. With circuits operating in the GHz range, even signals above 100MHz can be impacted
Fiducial marks, also known as fiducials, are small copper markers printed on PCB that serve as visual reference points during assembly and inspection, allowing automated assembly machines and quality control
The space of printed circuit boards (PCB's) is often at a premium in modern, compact product designs, optimizing PCB size has become an essential consideration. Printed circuit board size impacts manufacturing
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