In addition, the use and value of general-purpose electronic devices in passenger vehicles have not only shown signs of slowing down, but also more body and internal systems, light-emitting diode (LED) lighting, and the most compelling advanced driver assistance systems (ADAS). Driven by this, we will certainly achieve the fourth level of the American Society of Automotive Engineers (SAE) in the next ten years. With the continuous development of semiconductor technology, many market segments are poised for development, which will be very high in 2018 and beyond. growth of. We believe these markets are supported by exciting global megatrends. For example, as the degree of electronic powertrains in automobiles, the number of electric and hybrid vehicles, and consumer acceptance continue to increase, the automotive industry's demand for innovative semiconductors and general-purpose electronics solutions is strong. In addition, the use and value of general-purpose electronic devices in passenger vehicles have not only shown signs of slowing down, but also more body and internal systems, light-emitting diode (LED) lighting, and the most compelling advanced driver assistance systems (ADAS). Driven by this, we will certainly achieve the American Society of Automotive Engineers (SAE) Level 4 L4 autopilot in the next ten years. Another market that is expected to show explosive growth is the Internet of Things (IoT) and the Industrial Internet of Things (IIoT, Industry 4.0). The combination of activities and technologies of companies like ON Semiconductor is increasingly providing practical, integrated IoT end-to-end solutions for engineers from a variety of industries. These solutions cover sensing, signal processing, power management and secure wireless connectivity. Devices including ON Semiconductor's energy harvesting, battery-free smart passive sensors are supported by tools such as the Analog Networking Development Kit (IDK), which reduces barriers to use and makes the transition from concept to practical solution easier. More intuitive, faster, and less expensive. Other markets driven by continued innovation in semiconductor technology include smart cities and smart homes, machine vision and robotics, mobile health care and wearables, and all areas of ON Semiconductor's high level of focus and active participation. ON Semiconductor continues to invest in the automotive and industrial end markets Through years of investment in high-growth segments and highly differentiated products in the automotive, industrial and communications terminal markets, ON Semiconductor has completely transformed its business. Our current business is driven by the sustainable long-term growth of the fastest growing semiconductor end market, rather than being driven by macroeconomics and industry cyclicality as in previous years. Our business traction in high growth areas such as ADAS, electric vehicles, silicon carbide, machine vision and industrial power management continues to accelerate, and we are very optimistic about the prospects for 2018. We believe that we are still in the early stages of realizing investment income in the automotive and industrial terminal markets. The increasing popularity of applications such as ADAS, electric vehicle (EV)/hybrid (HEV), machine vision, and robotics will further accelerate our revenue. increase. We continue to invest in the automotive and industrial end markets as we believe these markets will be the fastest growing semiconductor end market. As mentioned earlier, we have a broad and diverse product lineup to support automotive electronics applications, and we are a global leader in image sensor technology. Cameras have become extremely important and relevant because they are used not only for cars to support ADAS and autonomous driving, but also for consumer electronics applications such as drones and motion cameras, as well as security and surveillance and machine vision. In addition, ON Semiconductor is able to offer semiconductor solutions for the entire power spectrum. We benefit from the demand for our power modules and power management semiconductor solutions. Leveraging our expertise in consumer electronics power modules enables us to address many application areas and provide integrated system solutions. ON Semiconductor's sensing, power management, interconnected devices and system solutions cover many markets and provide innovative, robust solutions to application challenges, providing our customers with high-performance, differentiated end products. ON Semiconductor is now a $5 billion company and will grow further in 2018. With its size, expertise and technical diversity, the company has become a leading supplier of many strategic end-market enabling technologies. Our strategy focuses on fast-growing markets with high growth potential; these factors put us in a good position for growth and market penetration. The semiconductor industry is paying more attention to whether the integration, systematization, and energy-efficient Moore's Law has ended. We will not say this because the focus now is not on geometric reduction, but on the integration of technology and design modules into system solutions. More efficient and energy efficient, and the solution is more reliable and strong. This method itself can reduce the size of the final design. Integration and systematization are very important. The industry has shifted from focusing on Moore's Law to paying more attention to integration and systematization, as is the case with ON Semiconductor. From a program perspective, this is a positive development for the markets we serve, and we are likely to play a key role in helping to achieve exciting new product launches. Geometry may continue to shrink, but throughout the semiconductor industry, this rate of change is slowing, as other aspects of technology can benefit users. Energy efficiency remains a key trend. The low loss and energy savings of all types of devices at the semiconductor level translates into a need to reduce overall energy consumption at the system and product levels. From a global perspective, products with higher energy efficiency and lower power consumption mean lower global demand for electricity. Despite the increasing use of renewable energy, fossil fuels and their associated environmental impacts remain the backbone of energy production. In addition, as more and more products in various markets are powered by batteries, they often provide more functionality, which requires low power and energy efficiency optimization to maintain or extend battery life during each charge interval. It's as big as an electric car, as small as a wearable device. Energy-efficient innovation is the cornerstone of ON Semiconductor's operations, and our power management knows the leading industry. End-use applications in strategic markets such as automotive, industrial and communications require energy-efficient innovation. As a company, we are able to leverage our expertise in power spectrum, develop products and solutions, and constantly set new standards for low energy consumption and energy efficiency. ON Semiconductor helps China's semiconductor industry technology innovation China will continue to be an extremely important market for innovative semiconductor technology. We expect China to continue to be an early adopter in the areas of autonomous driving, electric vehicles, the Internet of Things and smart home/smart cities. Semiconductor-based integrated system solutions will play a key role in these areas. With semiconductor technologies such as those provided by ON Semiconductor, China will benefit from adoption and advancement. After the acquisition of Fairchild, ON Semiconductor expanded its product lineup and expertise, significantly increasing the targeted solutions for many markets and applications. Backed by local capabilities and resources (such as the Solution Engineering Center) through a comprehensive support infrastructure and supply chain, ON Semiconductor strives to support global engineers including China to help them adopt highly integrated, cutting-edge semiconductor system solutions. Help shorten the time to market for your product. (Author: Advanced Semiconductor director of marketing Phil DeMarie)
JXHS series Junction Box advanced technology during production, stresses the details during design, implements design standard during processing, and has high consistence of product quality. It has various features such as strong damp proof, anti-corrosion and anti-electromagnetic capacities and high adjustment accuracy, and is suitable for various adverse environments. Its main advantages include:
The product uses own mold to make technologic design, the housing uses aluminum and silicon alloy and upper protrusion and lower sinking structure is used so as to ensure good sealing performance; protective grade reaches IP 68.
Main parts are imported, wiring bar is welded with precise anti-surge electronic components, which can prevent Load Cell damage caused by lightning and power grid surge voltage.
Whole device uses stainless steel grounding bolts to ensure reliable grounding during operation.
Assembly of junction box uses not-loose screws so as to avoid loss during load cell wring.
Wiring board uses combined screws for assembly, which are convenient for removal.
In order to ensure protective effect, force and diameter of tightening parts have introduction.
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SHANDONG JINZHONG SCIENCE & TECHNOLOGY GROUP COMPANY LIMITED , https://www.chinagoldbell.com