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Mouser to Stock ADI's ADcmXL1021-1 Vibration Sensor
Development of smart sensor nodes in CBM systems
Simplifying the Z-axis vibration monitoring subsystem
Mouser Electronics announced today that it is now stocking the ADcmXL1021-1 vibration sensor from Analog Devices (ADI).

The ADcmXL1021-1 is a detection system that helps reduce repair costs and maintain productivity by monitoring potential overloads or failures in industrial and transportation equipment in the early stages.
The ADI ADcmXL1021-1, available from Mouser Electronics, is a single-axis (Z-axis) vibration monitoring subsystem designed to simplify the development of smart sensor nodes in condition-based monitoring (CBM) systems.
The device combines a wideband, low-noise MEMS accelerometer with an analog-to-digital converter (ADC), high-performance signal processing, data buffers, record storage, and a user interface that operates on most embedded processors.
The signal processing of the ADcmXL1021-1 includes high-speed data sampling (220 kSPS), 4096 time sample record length, windowing, fast Fourier transform (FFT), user-configurable spectral or time statistics alarms, and error flags.Includes.
Additionally, the ADcmXL1021-1 utilizes the ADXL1002 MEMS accelerometer, which features ultra-low noise density (26µg/√Hz), to deliver exceptional resolution. With a wide DC-to-maximum bandwidth of 10kHz, it can track key vibration signatures across multiple machine platforms.
It provides a high operating input range of ±50g, making it suitable for vibration measurement in high-bandwidth IIoT and Industry 4.0 applications, such as vibration analysis systems that monitor and diagnose machine or system status, as well as for safety shutdown detection.
Mouser also offers the EVAL-ADCM-1 evaluation kit, which includes the ADcmXL1021-1 module, breakout board, ADcmXL interface board, Cypress Semiconductor EZ-USB® FX3™ board, and required cables.
Users can connect this kit to a PC to access evaluation software that allows them to configure modules, register settings, data display, and data logging.
Development of smart sensor nodes in CBM systems
Simplifying the Z-axis vibration monitoring subsystem
Mouser Electronics announced today that it is now stocking the ADcmXL1021-1 vibration sensor from Analog Devices (ADI).

▲ ADI ADcmXL1021-1 vibration sensor [Photo = Mouser]
The ADcmXL1021-1 is a detection system that helps reduce repair costs and maintain productivity by monitoring potential overloads or failures in industrial and transportation equipment in the early stages.
The ADI ADcmXL1021-1, available from Mouser Electronics, is a single-axis (Z-axis) vibration monitoring subsystem designed to simplify the development of smart sensor nodes in condition-based monitoring (CBM) systems.
The device combines a wideband, low-noise MEMS accelerometer with an analog-to-digital converter (ADC), high-performance signal processing, data buffers, record storage, and a user interface that operates on most embedded processors.
The signal processing of the ADcmXL1021-1 includes high-speed data sampling (220 kSPS), 4096 time sample record length, windowing, fast Fourier transform (FFT), user-configurable spectral or time statistics alarms, and error flags.Includes.
Additionally, the ADcmXL1021-1 utilizes the ADXL1002 MEMS accelerometer, which features ultra-low noise density (26µg/√Hz), to deliver exceptional resolution. With a wide DC-to-maximum bandwidth of 10kHz, it can track key vibration signatures across multiple machine platforms.
It provides a high operating input range of ±50g, making it suitable for vibration measurement in high-bandwidth IIoT and Industry 4.0 applications, such as vibration analysis systems that monitor and diagnose machine or system status, as well as for safety shutdown detection.
Mouser also offers the EVAL-ADCM-1 evaluation kit, which includes the ADcmXL1021-1 module, breakout board, ADcmXL interface board, Cypress Semiconductor EZ-USB® FX3™ board, and required cables.
Users can connect this kit to a PC to access evaluation software that allows them to configure modules, register settings, data display, and data logging.
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