ADXL1002
Low Noise, High Frequency +/-50g MEMS Accelerometer
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New Content (1)
Overview
Features and Benefits
- Single in plane axis accelerometer with analog output
- Linear frequency response range from dc to 11 kHz (3 dB point)
- Resonant frequency of 21 kHz
- Ultralow noise density
- 25 μg/√Hz in ±50 g range
- Overrange sensing plus dc coupling allows fast recovery time
- Complete electromechanical self-test
- Sensitivity performance
- Sensitivity stability over temperature 5%
- Linearity to ±0.1% of full-scale range
- Cross axis sensitivity ±1% (ZX), ±1% (YX),
- Single-supply operation
- Output voltage ratiometric to supply
- Low power consumption 1.0 mA
- Power saving standby operation mode with fast recovery
- RoHS compliant
- −40°C to +125°C temperature range
- 5 mm × 5 mm × 1.80 mm LFCSP package
Product Details
The ADXL1001/ADXL1002 deliver ultralow noise density over an extended frequency range with two full-scale range options, and are optimized for industrial condition monitoring. The ADXL1001 (±100 g) and the ADXL1002 (±50 g) have typical noise densities of 30 μg/√Hz and 25 μg/√Hz, respectively. Both accelerometer devices have stable and repeatable sensitivity, which is immune to external shocks up to 10,000 g.
The ADXL1001/ADXL1002 have an integrated full electrostatic self test (ST) function and an overrange (OR) indicator that allow advanced system level features and are useful for embedded applications. With low power and single-supply operation of 3.3 V to 5.25 V, the ADXL1001/ADXL1002 also enable wireless sensing product design. The ADXL1001/ ADXL1002 are available in a 5 mm × 5 mm × 1.80 mm LFCSP package, and are rated for operation over a −40°C to +125°C temperature range.
Applications
- Condition monitoring
- Predictive maintenance
- Asset health
- Test and measurement
- Health usage monitoring system (HUMS)
Product Categories
Markets and Technologies
Product Lifecycle
Recommended for New Designs
This product has been released to the market. The data sheet contains all final specifications and operating conditions. For new designs, ADI recommends utilization of these products.
Evaluation Kits (1)
Documentation & Resources
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Sustainable Motion Control Solutions for High Performance Servo Drives Webinar (EngineerZone)5/4/2023
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Condition Based Monitoring (CbM) using MEMS Accelerometers3/23/2022
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Condition-Based Monitoring Solutions to Accelerate Industry 4.04/18/2019
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Modern Inertial Applications for Aerospace and Defense8/23/2018
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Building the Future of Industrial Robotics6/16/2021PDF2 M
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Condition-Based Monitoring3/26/2019PDF1 M
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Low Noise MEMS Accelerometers For Machine Health Monitoring4/6/2018PDF446 K
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Technologies and Applications for the Internet of Things4/6/2018PDF1 M
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Designing a Deployable 10BASE-T1L Single-Pair Ethernet Condition Monitoring Vibration Sensor5/5/2022
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How to Design a Good Vibration Sensor Enclosure Using Modal Analysis3/1/2022
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How to Get the Best Results Using LTspice for EMC Simulation—Part 111/1/2021
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Driving Higher Levels of Flexibility, Productivity, and Sustainability in Smart Manufacturing10/27/2021 Thought Leadership
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Condition Monitoring System Design Choices and Their Impact on Signal Chain Implementation10/21/2021
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Why MEMS Accelerometers Are Becoming the Designer’s Best Choice for CbM Applications2/1/2021
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Achieving 99% Improvement in EMC Compliance for MEMS Systems12/1/2020
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How to Build a MEMS-Based Solution for Vibration Detection in Condition Monitoring9/1/2020
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Choosing the Best Vibration Sensor for Wind Turbine Condition Monitoring9/1/2020 Analog Dialogue
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Using LTspice to Analyze Vibration Data in Condition-Based Monitoring Systems6/1/2020 Analog Dialogue
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Choosing the Most Suitable Predictive Maintenance Sensor5/1/2020
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Choose the Right Accelerometer for Predictive Maintenance6/1/2019
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How Sensor Performance Enables Condition-Based Monitoring Solutions6/1/2019 Analog Dialogue
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What You Need to Know About MEMS Accelerometers for Condition Monitoring4/6/2018
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MEMS Accelerometer Performance Comes Of Age4/6/2018
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Choosing the Most Suitable Accelerometer for Your Application—Part 211/1/2017 Analog Dialogue
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Choosing the Most Suitable MEMS Accelerometer for Your Application—Part 110/1/2017 Analog Dialogue
Reference Designs (3)
Design Resources
ADI has always placed the highest emphasis on delivering products that meet the maximum levels of quality and reliability. We achieve this by incorporating quality and reliability checks in every scope of product and process design, and in the manufacturing process as well. "Zero defects" for shipped products is always our goal.View our quality and reliability program and certifications for more information.
| Part Number | Material Declaration | Reliability Data | Pin/Package Drawing | CAD Symbols, Footprints & 3D Models |
|---|---|---|---|---|
| ADXL1002BCPZ | Material Declaration | Reliability Data | 32-Lead LFCSP (5mm x 5mm x 1.8mm w/ EP) | |
| ADXL1002BCPZ-RL | Material Declaration | Reliability Data | 32-Lead LFCSP (5mm x 5mm x 1.8mm w/ EP) | |
| ADXL1002BCPZ-RL7 | Material Declaration | Reliability Data | 32-Lead LFCSP (5mm x 5mm x 1.8mm w/ EP) | |
| Wafer Fabrication Data |
Support & Discussions
ADXL1002 Discussions
RE: About CSV file of ADXL1002 frequency characteristic graph
10 week(s) ago in MEMS Inertial Sensors
Sample & Buy
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Pricing displayed is based on 1-piece. The USA list pricing shown is for budgetary use only, shown in United States dollars (FOB USA per unit), and is subject to change. International prices may vary due to local duties, taxes, fees and exchange rates.