Watch TE Sensors videos in the TE Webinar Learning Center

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Watch TE Sensors videos in the TE Webinar Learning Center [Copy link]

The sensor channel of TE Webinar Learning Center summarizes the selection and latest application cases of temperature, pressure, humidity, composite, wireless, and medical sensors in the fields of Internet of Things, remote patient monitoring, underwater robots, etc., to open up new ideas in your design. Full of applications and practical information!

Event time:

From now until March 31

How to participate:

Click here to fill out the form and watch the video you are interested in.

The TE Learning Center Sensor Channel contains the following exciting content:

William Wu, senior regional sales manager of TE's sensor business unit, will introduce you to the latest application cases of sensors in the Internet of Things, including the application of sensors in IIoT, IoMT and personal IoT, and introduce related composite sensors and wireless sensors.

Most sensing measurements start in the analog world where the information required is a continuous variable value or parameter. Sensors and transmitters move from purely analog operation to digital protocols, signal processing, and interfaces. How do you choose the best sensor for your application?

There are very few open source projects for underwater robots. If you want to start a business in underwater robots, many designs need to start from scratch. When designing underwater robots, since the product is in contact with water, there will be special requirements for pressure sensors.

Electronic systems in medical devices, instruments and probes rely on sensor signals for controlled operations, accurate diagnosis and treatment. As one of the world's largest sensor companies, TE provides innovative medical sensor solutions.

The glass bonding process avoids the effects of temperature, humidity, mechanical fatigue and media on glue and materials, thereby improving the long-term stability of the sensor in an industrial environment, while also avoiding the PN junction effect that occurs in the sensor during traditional micromachining manufacturing processes.

Click here to go to the TE Learning Center and watch the technical lectures!