This has allowed sensors to be seamlessly integrated into almost every device and system, fueling the growth of the Internet of Things (IoT) and making advanced data collection more accessible across industries.

For example, in healthcare, sensors enhance advanced diagnostic tools, enable continuous patient monitoring, and support cutting-edge wearable devices for personal health management. This same technology is transforming agriculture, as seen in Connected Cow systems, where sensors and AI provide real-time data to optimize herd health. Furthermore, sensors are pushing the boundaries of research, with LiDAR-equipped drones in marine biology accurately assessing whale health. Engineers developing these applications can leverage innovative platforms that combine powerful capabilities with compact designs, simplifying the creation of new applications. By combining advanced hardware with streamlined development tools, the engineering community can rapidly prototype and deploy the next generation of sensor-based applications.

Mouser's sensor content hub offers a comprehensive collection of articles, blogs, ebooks, and product information from Mouser's technical experts and leading manufacturing partners. In a recent ebook with onsemi, *Engineering for the Future: The Sensors and Systems Powering Modern Mobile Robots*, readers can explore a wide range of sensing technologies, such as cameras and time-of-flight sensors, that enable the development of autonomous mobile robots. The ebook helps engineers understand how each sensor works individually and how they integrate to create a cohesive system. The hub is an invaluable resource for engineers looking to stay ahead of the evolving sensor landscape and develop advanced connected systems.

Mouser stocks the industry's broadest selection of sensor products and solutions, including:

● The Infineon Technologies CY8CPROTO-040T-MS Multi-Sensing Prototype Kit demonstrates the capabilities of fifth-generation CAPSENSE™ technology, including touch-sensing performance and low-power operation with always-on sensing. This kit consists of a control board and several sub-boards. It includes a PSOC™ 4000T multi-sensing control board, a 4-key inductive keypad expansion board, a 2-key inductive keypad expansion board, and a liquid level sensor expansion board.
● Azoteq's IQS9150 and IQS9151 ProxSense® sensors are configurable trackpad devices suitable for numerous design variations and requirements. These sensors feature high-performance multi-touch trackpad outputs (linearity, accuracy, and low noise), integrated push-button options, and an on-chip gesture recognition engine. They also offer exceptional sensitivity and signal-to-noise ratio, as well as automatic electrode tuning.
● The ams OSRAM Mira050 Enhanced Global Shutter NIR Image Sensors are compact 0.5 MP image sensors with enhanced global shutter in the near-infrared, developed for 2D and 3D machine vision applications for both consumer and industrial use. The sensors feature a reduced pixel size of 2.79 µm and high sensitivity, thanks to cutting-edge BSI technology. The Mira050 has a MIPI CSI-2 interface, facilitating its interconnection with numerous processors and FPGAs.
● The Murata Electronics SCH16T-K10 6-DOF sensor is a high-performance 3-axis combined gyroscope and accelerometer. The gyroscope's measurement range can be selected in applications from ±2000°/s to ±1000°/s, while the accelerometer's range can be selected from ±160 m/s² to ±15 m/s². The angular velocity and accelerometer sensor elements are based on 3D-MEMS technology, and signal processing is performed by a mixed-signal ASIC.

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