Smart sensors work by capturing data from physical environments & changing their physical properties like speed, temperature, pressure, mass, or presence of humans into calculable electrical signals. These sensors include a Digital Motion Processor (DMP).

In this webinar, we will explore how you can easily implement accurate in-sensor inclinometer and vibration monitoring applications with an IMU featuring an embedded ISPU.

What is a smart sensor? A smart sensor is a device that takes input from the physical environment and uses built-in compute resources to perform predefined functions upon detection of specific input and then process data before passing it on.

The name smart sensor is most commonly used to describe any sensor with local processing power that enables it to react to local conditions without having to refer back to a central controller. Smart sensors are usually at least twice as accurate as nonsmart devices; they have reduced maintenance costs and require less wiring to the site where ...

Smart sensors are built as IoT components that convert the real-world variable that they’re measuring into a digital data stream for transmission to a gateway. Figure 1 shows how they do this. The application algorithms are performed by a built-in microprocessor unit (MPU).

Aug 8, 2017 · The module is a certified design that features a suite of sensors, Bluetooth and a microcontroller. The module is tiny and compact, and can be used directly in end designs. The module's low energy consumption makes it ideal for wearable applications.

Jan 6, 2022 · The components inside a smart sensor depend on the sensor’s functionality and can vary from model to model. Commonly, the components include the sensing element, a microprocessor unit (MPU), and a communication module.

A Smart Sensor Network System was developed to improve reliability, improve performance, and to lower cost of measurement systems requiring large number of transducers and multiple transducer types.

Adding a processor in a sensor design makes it easy to add additional features to improve accuracy and reliability. For example, self calibration and built-in self test (BIST) are common requirements for many smart sensors. Also, run time self checking functions can also be done.

Sep 9, 2017 · Smart sensor enhances the following applications: Self-calibration: Adjust the deviation of the output of the sensor from the desired value. Communication: Broadcast information about its own status.