Distribution for Medical Engineering
Mouser Expands Its Medical Resource Center
From connected diagnostic wearables to smart everyday products: Mouser Electronics has expanded its dedicated online resource center for medical technology developers - featuring design aids, trend analyses, and selected components for connected health and decentralized patient care.
Mouser Electronics continues to expand its presence in the medical technology market. The global distributor has expanded its medical resource center at resources.mouser.com/medical, which is designed to provide developers and buyers with a structured introduction to the latest healthcare designs. This is no coincidence: Mouser has long identified medical technology as a strategic growth area—and the market is proving the distributor right. Demand for connected, miniaturized, and AI-enabled healthcare devices is rising—as is the pressure on development teams to quickly find qualified components.
Expertise in Medical Engineering
The center is specifically aimed at engineers working on IoMT devices, medical or medical-related wearables, ambulatory monitoring systems, or surgical technology. It covers a wide range of topics, including articles, blogs, e-books, and infographics—such as an overview of digital therapeutics—as well as a weekly technology series on AI, hardware security, and biometrics. The resource center reflects the reality of current medical technology designs: wearables must accurately record vital signs, transmit data efficiently, communicate securely—and become smaller and smaller in the process. Four exemplary components illustrate where development currently stands:
The ST1VAFE6AX from STMicroelectronics is a biosensor IC that combines on a single chip what previously required multiple components: a vertical analog front-end (vAFE) for single-ended and differential biopotential inputs, an IMU for motion detection, and an integrated ML core. Developers can use it to directly correlate ECG, heart rate, and pulse with position and motion data—enabling context-aware analysis without an external processor.
The BL54L module from Ezurio is based on Nordic’s nRF54L platform and delivers Bluetooth LE with integrated security features in a fully qualified form factor. For those who do not want to or cannot develop their own RF layout, this offers a ready-to-use module with a well-balanced compromise between power consumption, transmission range, and certification effort—particularly relevant for battery-powered wearables and implantable systems.
The AR0145CS Hyperlux SG from Onsemi is a 1-MP global shutter image sensor with 1280 × 800 active pixels. The global shutter is crucial: Unlike rolling-shutter sensors, it captures all pixels simultaneously, thereby avoiding motion artifacts—a must for iris recognition, gesture recognition, and surgical AR/VR applications where image distortion during motion is unacceptable. At the same time, the sensor is optimized for low-light conditions, making it attractive for endoscopic and clinical imaging applications.
The FXLS8971CF from NXP Semiconductors is a 3-axis MEMS accelerometer with configurable high-performance and power-saving modes. Integrated digital functions—interrupt logic, FIFO buffers, and orientation detection—reduce the load on the host controller and lower overall power consumption. For battery-powered IoT medical devices where every milliamp counts.
From hospital equipment to everyday diagnostics
The Resource Center’s scope is deliberately broad, ranging from clinical wearables, PFA therapy systems, and surgical smart glasses to everyday smart products such as toothbrushes or toilets with embedded sensors and local ML processing. This reflects the current state of the market: the line between consumer electronics and regulated medical devices is becoming increasingly blurred. Developers need guidance—Mouser aims to bridge this gap, at least from a technical standpoint, while also providing support with regulatory preparation. (uh)
