In today‘s rapidly developing electronic device market, electrostatic discharge (ESD) and transient voltage spike (TVS) have become important factors affecting product reliability and service life. To address these challenges, Huaxianyang Electronics, as a semiconductor component supplier, is committed to providing high-quality and high-performance ESD/TVS protection solutions.

In this era full of innovation and opportunities, Huaxianyang Electronics is honored to participate in the 2024 Shanghai Munich Electronic Exhibition (Semiconductor Components Exhibition), witnessing the leap and progress of technology together with colleagues in the global electronics industry. This exhibition is not only a feast for technical exchange, but also an important platform for our company to showcase and share. Today, with full harvest and excitement, we invite you to review those unforgettable moments together.

Huaxuan Yang Electronics, a trusted domestic component solution provider, is about to attend the Munich Electronics Exhibition in Shanghai. We hope to take this opportunity to deepen exchanges and work together with our partners and industry colleagues for the future. For this exhibition, we sincerely invite domestic and foreign customers, partners, and experts in the field of electronic technology to visit the booth and jointly seek cooperation opportunities. We believe that through in-depth face-to-face communication, we can promote mutual understanding and trust, and work together to open a more brilliant chapter of cooperation. See you in Shanghai!

In this fast-paced era, neck fatigue has become a standard feature for many modern people. In order to alleviate this problem, portable neck massagers have emerged, becoming a health assistant for many office workers and those who bow their heads due to their small, portable, and easy to operate characteristics. We are committed to providing efficient and reliable power device solutions for these intelligent health devices, making every massage a perfect fusion of technology and health. This article will reveal our customized power device solution for neck massagers, including MOS transistors, diodes, transistors, LDO linear regulators, and lithium battery charge and discharge management ICs, to help create a better massage experience.

In this era of pursuing both efficiency and quality, every innovation in household appliances is quietly improving our quality of life. The high-speed blower, as an indispensable small household appliance in daily care, its performance directly affects our user experience. Today, we will delve deeper into the secret behind high-speed hair dryers - efficient power device solutions, revealing how to achieve a fast, safe, and low-energy hair blowing experience through selected MOS tubes, fast recovery diodes, Schottky diodes, and rectifier bridges working together.

In the era of intelligent cars, convenient and efficient in car devices have become a key element in improving driving experience. Among them, in car wireless mobile phone chargers are loved by car owners due to their unrestricted and on-demand charging characteristics. However, behind an excellent wireless charger, precise matching, efficient and stable power device support is indispensable. Today, I will take you to deeply understand the power device solution tailored for in car wireless mobile phone chargers (with three built-in coils), including MOS tubes, transistors, and LDO, allowing the power of technology to quietly inject infinite convenience into your driving life “

In this era where visual experience is paramount, LED backlit LCD TVs have become the preferred choice for living rooms in millions of households due to their excellent image quality and energy-saving and efficient features. However, behind the excellent display effect, it cannot be separated from the silent support of a series of high-performance power devices. We are well aware of the decisive impact of every detail on overall performance. Today, let‘s delve into how to inject powerful energy into LED backlit LCD TVs through carefully designed power device solutions, opening a new chapter in the visual feast.

With the continuous iteration and innovation of technology, silicon carbide (SiC) power devices have shown strong competitive advantages in the global industrial and new energy vehicle fields. Today, I will analyze and recommend 17 high-performance silicon carbide MOSFET product lines developed and produced by our company. These products, with their excellent VDSS, RDON, and ID parameter ranges, as well as the TO247 packaging form, provide the best solutions for different application needs.

This series of products covers multiple key parameter configurations to meet the needs of different customers for high-performance power devices. Among them, the reverse breakdown voltage (VR) is 650V, 1200V, and 1700V, which can adapt to various application scenarios from medium to low voltage to high voltage environments. The forward current (IF) range covers a wide range of 6A to 60A, providing flexible choices for different load requirements.

Power Over Ethernet (PoE) technology, as an important innovation, provides convenient and efficient power supply for our devices. This article will focus on the key power devices in PoE communication devices, namely MOS transistors, TVS transistors, and rectifier bridges, and explore how they work together to achieve excellent performance and stable operation. 1. Selection and optimization of MOSFETs: In PoE devices, MOSFETs play an important role in regulating power switches. Reasonable selection and optimization of MOSFET driver circuits are crucial for overall performance. Firstly, we need to consider the conduction resistance, leakage current, and conduction loss of MOSFETs. By using MOSFETs with low on resistance and low leakage current, power loss can be reduced and system efficiency can be improved. In addition, optimizing the driving circuit parameters appropriately, such as power supply voltage and pulse width, can also effectively improve the performance of MOSFETs.

The new era of smart meters has arrived, and the key to building this future is the components we choose in circuit design. In this article, we will explore how to create excellent circuit solutions by cleverly combining components such as diodes, transistors, LDOs (low voltage differential regulators), and EEPROMs (electrically erasable programmable read-only memory), providing some suggestions and ideas for engineers in consumer electronic circuit design and development.

In recent years, with the rapid development of consumer electronics, the application of brushless motor technology in garden tools has received increasing attention. In this era of continuous pursuit of excellent performance, power semiconductor discrete devices MOSFETs are playing a crucial role, bringing robust and durable performance to brushless motor controllers for garden tools.