Testing is an essential step in verifying any electronic device — from functional checks to durability and EMC compliance. In this article, we explore the main types of tests, their role in the design process, and best practices for improving product reliability.
Data transmission is a fundamental process in modern electronic systems. Depending on the application—from simple sensors to complex automation networks—various wired and wireless communication standards are used. This article explores their characteristics, limitations, and practical use cases.
From smartphones to routers and IoT systems – every wireless connection begins with an antenna. It’s the component that determines range, signal quality, and connection stability. In this article, we explore how antennas work, the most common types, design principles, testing methods, and integration tips for electronics projects.
3D printing technologies are increasingly used in the design and prototyping of electronic devices – not only for enclosures, but also for functional and testing components. What do FDM, SLA, SLS, and PolyJet offer in the context of electronics? In the article, we explore the differences between these technologies, their applications, limitations, and advantages.
Reverse engineering is the art of uncovering technology’s secrets. How can you reconstruct a device’s schematic, analyze its firmware, and understand its functionality? In our article, we explore the process of reverse engineering in electronics, highlighting essential methods, applications, and challenges of this technology.
From mechanical projectors to cutting-edge OLED and MicroLED displays – the history of screens is a fascinating journey through the evolution of display technology. What innovations have transformed the way we watch movies, use computers, and interact with mobile devices? In our article, we explore the key milestones in display technology and its future developments.
3D printing is revolutionizing the production of electronic devices by enabling rapid prototyping, customization, and cost optimization. What are its key applications in electronics? From designing enclosures to creating tools for assembly – discover the potential of this technology and its future directions in our article.
Wireless charging has revolutionized how we use mobile devices, eliminating the need for cables. How does electromagnetic induction work? In our article, we explore its principles, analyze the pros and cons, and look into the future of wireless energy transfer – from long-distance charging to integration with smart systems.
How to effectively manage heat in electronics? In our article, we explore modern cooling technologies such as liquid cooling systems, graphene, and phase-change materials. Discover ways to enhance device performance and prevent failures caused by component overheating. Learn how innovative thermal management approaches impact the durability and functionality of electronics.
