Case sharing: How to use ultra-low power accelerometers to improve the power consumption management level of IoT devices?

Latest update time：2022-08-03

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With the rapid development of Internet applications and wireless communication technology, more and more wireless IoT devices are deployed and put into use. However, massive wireless IoT devices will inevitably consume a huge amount of battery energy. If this energy consumption cannot be efficiently managed and controlled, the resulting energy waste will be considerable.

Therefore, how to strengthen the power consumption management of IoT devices, extend battery life, and implement green environmental protection initiatives through technical means has become a common concern among players in the IoT field.

In this NXP Air Class video lecture, we will share with you the features and advantages of NXP’s ultra-low power motion sensor FXLS89 series, and demonstrate in detail how to use this sensor in wireless IoT devices through several practical cases. Effectively improve power consumption management and extend battery life, thereby reducing overall system power consumption and cost.

For those who want to improve the power consumption management of IoT devices, they will definitely get new gains from it!

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NXP Air Classroom

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Basic information about NXP sensor products
Introduction to automotive ultra-low power consumption FXLS8964/67AF acceleration sensor
Introduction to the ultra-low power FXLS8974CF accelerometer for industrial, medical and IoT applications
FXLS8964/67/74 product features and ultra-low power consumption
FXLS8964CF Accelerometer Power Management in Remote Key Applications
Other examples of IoT devices using ultra-low power accelerometers for power management