TE Connectivity (TE), one of the world's largest connectivity and sensor companies, offers unparalleled intelligent, efficient, and high-performance sensor solutions to its customers. TE's solutions are widely applied in industries such as smart transportation, industrial Internet, and medical devices, covering key applications like electronic braking, electric powertrains, industrial condition monitoring, and minimally invasive medical procedures.
TE Connectivity's RAST standard defines multiple connection features, including shell geometry dimensions, function-based device coding, and shell color coding. Additionally, the RAST standard also defines connector shell polarity and keying features to prevent misconnection, while external and internal latching mechanisms are used to reinforce interconnection stability.
The company has a strong presence in the Chinese market, with its China Automotive Business Unit Engineering Technology Center inaugurated and put into use in Suzhou, accommodating over 800 engineers. This demonstrates TE's commitment to local research and development.
Furthermore, TE Connectivity is actively committed to sustainable development, driving innovation and reducing carbon emissions through measures such as greenhouse gas emission reduction. TE's CEO, Terrence Curtin, stated that TE's "One Connected World" strategy guides the company's path to sustainability.
In conclusion, TE Connectivity is a leading company in connectivity and sensor technology, dedicated to providing innovative solutions across various industries.
TE Connectivity (TE) offers a wide range of sensor solutions for various industries worldwide. Here's an overview of TE's sensor products:
TE is one of the largest sensor companies globally, and its sensors and connectivity technologies are crucial in today's increasingly interconnected world. TE's sensor products are widely used in automotive, industrial, medical, household appliances, aerospace, defense, and commercial transportation sectors.
In sensor technology, TE supports various measurement functions such as pressure, temperature, position, vibration, humidity, and liquid characteristics. For instance, TE's pressure sensor products cover board-mounted pressure elements to fully amplified and packaged sensors, making it a leader in standard and custom pressure sensors. Additionally, TE's automotive sensor product portfolio is specifically designed for the automotive industry, including position, speed, pressure, rotation, current, humidity, and oil characteristic sensors, meeting strict safety and quality standards required by advanced vehicle systems.
TE's sensor products also utilize advanced technologies such as MEMS technology to provide accurate data in compact form factors. Moreover, TE collaborates with global industry leaders to continuously push the boundaries of system efficiency and technical problem-solving.
For specific application scenarios, TE offers corresponding sensor solutions. For example, in intelligent braking systems, TE has introduced the HPS Brake High-Pressure Sensor, suitable for ABS (anti-lock braking system), ESC (electronic stability control system), and intelligent integrated braking systems. This sensor product, utilizing glass micro-fused strain gauge technology, offers high-pressure resistance, high burst pressure performance, as well as high range and overload capacity, ensuring reliable measurement under harsh conditions.
In summary, TE Connectivity's sensor products have extensive application areas, diverse measurement functions, advanced technical support, and solutions tailored to specific application scenarios, making it one of the leaders in the global sensor market.
Yes, TE Connectivity (TE) offers a variety of industrial sensors suitable for use in industrial environments. Here are some specific examples:
1. M5600 Wireless Pressure Sensor: This product from the TE Microfused series is encapsulated in stainless steel and polycarbonate housing, capable of withstanding harsh industrial environments.
2. M3200 Pressure Sensor: This sensor features analog or digital output and can monitor hydraulics, suitable for measuring liquid or gas pressure, even special media such as sewage, steam, mildly corrosive liquids, etc., in industrial machinery applications.
3. AMR Displacement Sensor: TE's AMR displacement sensor technology can be used for sensing elements in harsh industrial environments where accuracy is highly critical.
4. Cable-Drawn Displacement Sensor (also known as "string-pull displacement sensor"): This sensor can be used in industrial machinery applications that require linear position measurement within a range from as small as 1.5 inches to as large as 1,700 inches.
5. First Sensor Microflow-based Differential Pressure Sensor: This product utilizes microflow-based differential pressure sensing technology, integrating micrometer-scale microchannels into silicon sensor chips, featuring high aerodynamic impedance, high accuracy, high resolution, and fast response characteristics. It is suitable for medical devices such as ventilators, anesthesia machines, sleep apnea therapy devices, as well as building automation/HVAC applications such as volume flow controllers, pipeline pressure monitoring, filter monitoring, etc. While this product is primarily designed for medical and building automation fields, its excellent performance in high humidity and dusty environments also indicates its suitability for some industrial applications.
These are just some of the industrial sensor products offered by TE Connectivity, all of which boast high performance and reliability to meet the needs of various industrial applications.
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