“Minimally invasive + in vitro diagnosis” device sensors help digital precision diagnosis and treatment

“Digital intelligence medicine” is also inseparable from the help of sensors. As the digital “eyes and ears” of medical personnel, sensors provide important guarantees for diagnosis and treatment and monitoring by “perceiving” accurate data. The two high-precision sensors for minimally invasive surgery and in vitro diagnostics on display at TE are very representative.

DS200SDCCG5AHD The TE IntraSense Microinvasive pressure sensor is designed for minimally invasive surgery and offers the advantages of miniaturization, high precision, biocompatibility and strong photosensitivity. It can be fitted into commercially available small catheters and needles, as small as 1FR catheters. IntraSense uses resistive MEMS technology and packaged wire/gasket connectors for flexible integration into the tip or side of catheters and needles; It can also be equipped with optical shielding to increase its photosensitivity by four times and maintain high accuracy even in the body cavity light environment. IntraSense can not only add pressure monitoring capabilities to medical devices (such as catheters) without changing the size of existing devices, but also perform real-time patient monitoring, providing clinicians with clinical data information to support accurate clinical treatment decisions. It can also support precision diagnosis and remote monitoring through integration with digital technologies such as 3D visualization and the Internet of Things.

In the field of in vitro diagnostics (IVD), TE introduces the 85F stainless steel isolated flush membrane pressure sensor that meets high hygiene standards and precise monitoring needs. The product adopts 316L stainless steel shell package; Its small embedded and flush diaphragm design can eliminate the gap in contact with the medium and prevent the residue of foreign matter. The sensor also has the characteristics TE products can withstand the test of harsh environments: high temperature resistance, shock resistance, fear of high vibration, long-term stability; In particular, it supports the output of advanced signals such as compensated analog mV signals and high-precision digital I2C signals, ensuring that accuracy can be maintained in changeable and demanding test environments, and can be widely used in clinical diagnosis, chemical processing and food monitoring.

DS200SDCCG5AHD

(Note: Sensor products themselves are not medical devices.)

Join hands with Avnet to accelerate the application of industrial Internet of things

DS200SDCCG5AHD With favorable policies and the acceleration of 5G commercial use, the industrial Internet of Things is achieving large-scale landing in various industries. As the “eyes, ears, nose and tongue” of industrial equipment, sensors are considered to be the foundation and core of the industrial Internet of Things – sensors collect all kinds of data information in the external environment and equipment, and then the data is analyzed and processed by the Internet of Things, cloud computing, AI and machine learning, so as to promote the use of data in a wider range, wider fields and deeper levels.

“Sensors are at the perception layer of iot, and they need to evolve alongside the network layer, the application layer and other related technologies to enable industries.” BW Tan pointed out that only hardware, software, cloud, algorithms, etc. can work together to promote industrial iot applications more comprehensively and deeply, thereby speeding up the digitization process. At this exhibition, TE and Avnet, the world’s leading electronic component distribution and technology solution provider, jointly bring industrial control solutions covering the Internet of Things, edge computing and visual AI and other fields.

For example, to meet the needs of Wi-Fi wireless connection, TE and Avnet launched an antenna solution suitable for Wi-Fi advanced technology applications, which has significantly improved the connection experience such as data rate, network coverage, transmission channel, etc. The advanced bandwidth and powerful radio frequency (RF) performance provided by TE can also optimize the transmission volume. Further enhance network performance.