TE Connectivity, a global technology company in the field of connectivity and sensing, is presenting innovative solutions in the industrial, medical and energy sectors at the 2023 Shenzhen International Sensor and Application Technology Exhibition. During the exhibition, the theme will be shared on "2023 International Industrial Internet Ecological Conference" and "Energy Industry Sensor and Application Technology Summit Forum".

 

                                        

 

 

As a "bridge" connecting the physical world and the digital world, sensor is the starting point of realizing digitalization and intelligence in all walks of life. The Shenzhen International Sensor and Application Technology Exhibition hosted by China Sensor and Internet of Things Industry Alliance (SIA), gathered sensing and intelligent technology industry chain related enterprises and innovation and entrepreneurship resources, aimed at promoting the global competitiveness of the industry, to explore the key path of sensor technology to help digital development.

 

Connection and sensor solutions designed and manufactured by TE have been widely used in industrial Internet, intelligent manufacturing, energy infrastructure, medical equipment and other industries, covering 9 key applications such as industrial condition detection, robotics and collaborative robotics, minimally invasive medical treatment. At the exhibition, TE highlighted its innovative products and key technologies in the industrial Internet of Things, medical devices and energy sectors. Key exhibits include:

• SMI micropressure sensor product line: Support low pressure sensing and adaptive output signals up to 125pa, using highly reliable compact packaging to meet the high precision and long-term stability needs of industrial and medical industries, suitable for HVAC and refrigeration, gas flow metering, ventilation equipment, ventilators, patient monitors and other equipment.
• First Sensor Microchannel heat transfer differential pressure sensor series: The microchannel heat transfer differential pressure sensor technology is used to integrate microchannel microchannel into silicon sensor chip, which can achieve up to 200,000 Pa/(ml/s) aerodynamic impedance, better resistance to high humidity and dust environment; With high precision, high resolution, fast response and other characteristics, it is suitable for ventilator, anesthesia machine, sleep apnea treatment device in the medical field, and volume flow controller, pipeline pressure monitoring, filter monitoring and other equipment in the intelligent building/HVAC field.
• IntraSense Microinvasive pressure sensor: a microscale pressure sensor that can be fitted into small lines and needles currently on the market; Support point pressure measurement for flexible integration into the tip or side of the catheter and needle; Optional optical shielding layer, its photosensitive performance can be improved by four times, even in a small space can maintain high precision. Designed for minimally invasive medical devices, the product helps physicians achieve more controlled surgery and better patient outcomes.

 

Industry is an important pillar of the economy and the key to upgrading and transformation. It is one of the propositions that TE focuses on at present to continuously help industrial Internet ecological construction and boost manufacturing optimization and upgrading through high-quality sensing technology. TE Connectivity sensor division Asia Pacific business development leader Zheng Tingting said, "high-end manufacturing, intelligent, green" and other development goals can not be achieved without the wide application of sensor technology, but also put forward higher requirements for the development of sensors: "The development of sensor technology will focus on trends such as digitalization, integration, miniaturization and low power consumption, and the accuracy and long-term stability of sensors will be increasingly required."

 

In addition to industry, the application of sensors in the energy industry is also key to promoting high-quality economic development and helping to achieve the two-carbon goal. For example, in the field of power supply, sensors can be used to monitor the real-time condition of the power generation end, the pipe network end and the power end. In the field of urban gas supply, the sensor technology of TE has participated in the "coal to gas" action initiated by the government, helping to improve the measurement accuracy of intelligent instruments and accurately obtain the gas consumption data of each household, providing support for the follow-up optimization of the "coal to gas" action plan. In addition, the sensor can also be applied to wind power generation and other new energy fields, such as all-round real-time monitoring of wind power tower operation status, for the wind power tower operation and maintenance escort.

 

In the future, there will be sensors in the vast digital scene. TE hopes to integrate into this sweeping digital trend through a wide range of sensor product portfolio, help customers from all walks of life accelerate the realization of digital and intelligent transformation, promote the realization of digital development and high-quality development goals, and jointly create a more secure, sustainable, efficient and interconnected future.