In recent years, the development of the garden tool industry has continued to accelerate. my country's garden tool industry is also realizing overall mechanization, and the level of mechanization in some European and American countries is developing to a higher level.

With the recovery of the global economy and the improvement of personal disposable income, the gardening and outdoor markets will continue to grow in the future, and the garden tools market will also develop steadily. In addition, with the continuous expansion of urban landscaping area in my country, the demand for garden tools has greatly increased, which brings opportunities for the development of the garden tool industry. Relevant data shows that it is expected that by 2023, the market capacity of garden tools may reach 25.593 billion yuan, and the future development space is very large.

At present, my country's garden tool industry is facing industrial upgrading. Facing the strong demand of foreign garden tool markets, especially the demand for power tools, my country's garden tool enterprises have increased their investment in research and development of power tools.

Among garden tools, power tools are undoubtedly necessary equipment for homes and garden treatment yards. Today, power tools are gradually developing in the direction of intelligence, lithium battery, and cordless. The BLDC motor control, lithium battery charging management, lithium battery technology innovation and application, etc. involved have become important areas for innovation and research and development of related companies.

China Micro Semiconductor believes that in motor control applications, the biggest pain point for customers is how to quickly commercialize motor control projects. In response to this pain point, the company provides hardware, software, and complete ecological chain support to help customers reduce the difficulty of motor control development. Zhongwei Semiconductor launched a lithium battery charger solution for hand-held power tools. The solution is very cost-effective, with two internal high-precision OPA operational amplifiers, which effectively simplifies the peripheral circuit design and reduces the BOM cost. Using software programming can replace the perfect solution of pure hardware, and the control of voltage and current is more accurate and reliable.