accelerometer

SCHA63T 6 DOF XYZ AXIS GYROSCOPE XYZ AXIS ACCELEROMETER WITH DIGITAL SPI INTERFACE

SCHA63T 6-DOF XYZ-AXIS GYROSCOPE & XYZ-AXIS ACCELEROMETER WITH DIGITAL SPI INTERFACE

MurataĀ has developed a newĀ MEMSĀ (Micro-Electro-Mechanical Systems) 6DoF (Six Degrees of Freedom) inertial sensor for autonomous Off-Highway vehicles, dynamic inclination sensing and GNSS positioning support. The sensor enables further advancement in technology and novel solutions for advanced driver / operator assistance systems, autonomous vehicles and GNSS based measurement instruments. The product delivers highest performance available on component […]

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MELEXIS ANNOUNCES WORLD FIRST COMBINED SENSOR FOR SMART TIRES

MELEXIS ANNOUNCES WORLD-FIRST COMBINED SENSOR FOR SMART TIRES

Melexis, a global microelectronics engineering company, has unveiled the MLX91805 smart tire sensor to help OEMs prepare for the forthcoming extension of mandatory tire-pressure monitoring to include commercial vehicles and to enable future generations of smart tires. Specially designed to be embedded in the tire, unlike current rim-mounted TPMS sensors, the MLX91805 TMS integrates an 800g XZ-axis

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BHI260AB ULTRA LOW POWER SMART SENSOR HUB

BHI260AB ULTRA-LOW-POWER SMART SENSOR HUB

Bosch Sensortecā€™s BHI260AB ultra-low-power high-performance smart sensor hub with integrated accelerometer and gyroscope Bosch Sensortecā€™s BHI260AB is a family of ultra-low-power smart hubs consisting of Bosch Sensortechā€™s programmable 32-bit microcontroller (Fuser2), a state-of-the-art 6-axis IMU, and a powerful software framework containing pre-installed sensor fusion and other sensor processing software within a small 44-pad LGA package.

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DUAL AXIS GYROSCOPE AND 3 AXIS ACCELEROMETER MEMS SENSOR WITH DIGITAL SPI INTERFACE FOR AUTOMOTIVE APPLICATIONS

DUAL-AXIS GYROSCOPE AND 3-AXIS ACCELEROMETER MEMS SENSOR WITH DIGITAL SPI INTERFACE FOR AUTOMOTIVE APPLICATIONS

Murata has introduced theĀ SCC300 seriesĀ components that combine high-performance angular rate and accelerometer sensor components. TheĀ SCC300Ā is the 3rdĀ generation of MEMS (Micro-Electro-Mechanical Systems) 4DoF (four-degrees-of-freedom) and 5DoF (five-degrees-of-freedom) inertial sensors that realize high-performance for safety-critical automotive applications. The new device consists of versions of an X-axis, Z-axis, and XZ-axis angular rate sensor and a 3-axis accelerometer sensor.

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COMPACT NON INVASIVE SENSOR CHIP DEVELOPED TO RECORD MULTIPLE HEART AND LUNG SIGNALS

COMPACT NON-INVASIVE SENSOR CHIP DEVELOPED TO RECORD MULTIPLE HEART AND LUNG SIGNALS

A team of researchers at the ā€˜Georgia Institute of Technologyā€™ has come up with aĀ non-invasive sensor-in-a-chipĀ that records details of the heartbeat, respiration rates, and lung sounds. It even tracks the wearerā€™s physical activities, such as walking. The signals are recorded in sync, potentially giving healthcare workers a detailed overview of a patientā€™s heart and lungs.

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Sample Model

Raspberry Pi Pico Decision Tree Classifier

This sketch demonstrates an example of accelerometer data processing using a classification tree. The classifier code was generated using the Python script classifier_gen.py using recorded and labeled training data. The underlying classification tree was automatically generated using the Python scikit-learn library. The purpose of the classifier is to categorize a multi-dimensional data point into an integer representing membership within

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