The Problems and Development Trend of Stainless Steel LED Switches Market
Strategic target to 2020. To the sensor, Stainless Steel LED Switches elastic components, optical components, dedicated circuit as the focus of the object, the field of sensors and instrumentation components should strive to achieve the three strategic objectives: to industrial control, automotive, communications, environmental protection as the key areas of service. The development of an original technology and products with independent intellectual property rights; 2 MEMS technology-based, integrated, Stainless Steel LED Switches intelligent and network technology as the basis, to strengthen the manufacturing process and the development of new sensors and instrumentation components, and the leading products reach close to the advanced level of similar foreign products; 3 varieties share to increase variety, improve quality and economic efficiency as the main target, accelerate the industrialization of the domestic sensors and instrumentation components reached 70% - 80% of high-end products of more than 60% The
With a microprocessor. Sensor integrated with the combination of microprocessors products. The general intelligent robot's sensory system is composed of a plurality of sensors, and has the ability to acquire, process and exchange information. The information collected requires computer processing, and the use of Stainless Steel LED Switches can be distributed information processing, thereby reducing costs. Compared with the general sensor, Stainless Steel LED Switches has the following three advantages: through software technology can achieve high-precision information collection, and low cost; with a certain degree of programming automation; functional diversification.
Stainless Steel LED Switches manufacturing is based on micro-machining technology. And then use a different packaging technology to package, the silicon for mechanical, chemical, welding processing. In recent years has developed a LIGA process (deep X-ray lithography electroplating film) for the manufacture of sensors. Stainless Steel LED Switches generally has a very real-time function, especially dynamic measurement often requires a few microseconds to complete the data acquisition, calculation, processing and output. Stainless Steel LED Switches a series of functions are supported by the program. Such as the number of functions, the basic performance, easy to use, reliable, mostly to a certain extent, depends on the software design and quality, these software has five major categories. Including scale conversion, digital zero, non-linear compensation, temperature compensation, digital filtering technology.
Stainless Steel LED Switches research focused on professional research institutes and universities. At the end of the eighties, the research results were reported. In the early nineties, began in the mid-eighties. Several domestic research institutions using hybrid integrated technology successfully developed a practical Stainless Steel LED Switches, marking China's Stainless Steel LED Switches into the international ranks, but compared with foreign advanced technology, there is a big gap. According Honeywel industrial measurement and control, product manager TomGriffith defined: a stainless steel good LED switch 'by a microprocessor-driven sensor and instrument package, and the like having a communication function with the on-board diagnostics, provide for the monitoring system and / or operator Information to improve work efficiency and reduce maintenance costs. The Stainless Steel LED Switches integrates all the functions of the sensor and intelligent instrument, with high linearity and low temperature drift, which reduces the complexity of the system and simplifies the system structure.
Stainless Steel LED Switches has been widely used in aerospace, aviation, defense, science and technology and industrial and agricultural production in various fields. E.g. Stainless Steel LED Switches to the robot has a humanoid features and brain function, the field of robot has a broad application prospects. Can perceive a variety of phenomena, to complete a variety of actions. However, compared with foreign countries, the country sensor and instrument components of the product variety and quality level, still can not meet the needs of the domestic market, the overall level is still in the early 90s of last century level. The main problems are: poor technological innovation, core manufacturing technology seriously lagging behind abroad, with independent intellectual property rights of small products, incomplete varieties, product technology and foreign differences of about 15 years. Investment intensity is low, scientific research equipment and production technology and equipment backward, low level of results, poor product quality. Technology and production out of line, affecting the transformation of scientific research, comprehensive strength is low, lack of industry development potential.