company blog about Mingjiada Supply/Recycle ADI ADXL1001 Low Noise High Frequency MEMS Accelerometer

Mingjiada Supply/Recycle ADI ADXL1001 Low Noise High Frequency MEMS Accelerometer

Mingjiada Electronics | Supply/Recycling of ADI ADXL1001 Low-Noise, High-Frequency MEMS Accelerometer | Drone Chips
Shenzhen Mingjiada Electronics Co., Ltd. — Long-term, stable supply and buy-back of ADI (Analog Devices) ADXL1001 low-noise, high-frequency MEMS accelerometers. Ample stock of genuine, original products is available, catering to high-dynamic applications such as industrial sensing, equipment vibration monitoring, drones and impact testing. We accommodate both BOM-based bulk orders and small-batch sample procurement requirements.

Product Overview
The ADXL1001 is a single-plane, analogue-output MEMS accelerometer launched by ADI. It is specifically designed for applications requiring the precise capture of high-frequency, low-amplitude vibration signals, with its core advantage lying in the perfect combination of ultra-low noise density and high bandwidth. The ADXL1001 has a typical noise density of just 30 μg/√Hz across a ±100g measurement range.
The ADXL1001 features integrated electrostatic self-test (ST) functionality and an out-of-range (OR) indicator, providing advanced system-level capabilities suitable for embedded applications. Its low power consumption and single-supply operation from 3.3 V to 5.25 V also enable the design of wireless sensing products.

Model Overview
Model: ADXL1001BCPZ
Device Category: iMEMS single-axis analogue output accelerometer
Measurement Range: ±100 g
Sensitivity: 20 mV/g
Noise Density: 30 μg/√Hz (typical)
Frequency Response: DC to 11 kHz (3 dB point)
Resonant Frequency: 21 kHz
Supply Voltage: 3.3 V to 5.25 V
Operating current: 1.0 mA (typical)
Standby current: 225 μA
Output type: Analogue voltage (proportional to supply voltage)
Package: 32-pin LFCSP (5 mm × 5 mm × 1.80 mm)
Operating temperature: –40 °C to +125 °C

ADXL1001 Key Technical Features
Ultra-low noise: 30 μg/√Hz (±100 g range), enabling the effective extraction of faint vibration signals masked by noise.
High-frequency bandwidth: Linear frequency response ranging from DC to 11 kHz (3 dB point), with a resonance frequency of up to 21 kHz. This ensures complete coverage of the 5–20 kHz frequency band, where the impact spectrum associated with early-stage bearing damage predominantly occurs.
High shock resistance: Withstands external shocks of up to 10,000 g, making it suitable for harsh environments such as high-speed rotating machinery, heavy-duty equipment and the aerospace industry.
Extremely fast recovery time: Transition time from standby mode to measurement mode is less than 50 µs, making it suitable for event-triggered sampling and low-power applications.
Integrated self-test and out-of-range indication: Features a comprehensive built-in electromechanical self-test (ST) function and an out-of-range (OR) indicator, providing advanced system-level functionality.
Wide voltage range and low power consumption: Supports a single power supply of 3.3 V to 5.25 V, with an operating current of just 1.0 mA, and features a power-saving standby mode.
High linearity and stability: Full-scale linearity of up to ±0.1 per cent, with temperature sensitivity stability of 5 per cent.

Typical Applications of the ADXL1001
Drones and Aerospace: Vibration data acquisition for drones, structural health monitoring of airframes, recording of in-flight impact events, and airborne HUMS (Health and Usage Monitoring System); used as a drone chip for vibration sensing and fault early warning.
Industrial Predictive Maintenance: High-frequency vibration spectrum analysis of motors, fans, pumps, gearboxes and bearings; early warning of equipment failures; condition monitoring of rotating machinery.
Test and Measurement Equipment: Impact and collision testing; blast vibration acquisition; materials mechanics testing; laboratory high-frequency vibration detection instruments.
Structural Health Monitoring: Vibration monitoring of construction machinery, wind power equipment and rail transport equipment.
High-Bandwidth Inertial Measurement Units (IMUs): Construction of high-performance inertial sensing front-ends for dynamic attitude and impact acceleration acquisition.

Mingjiada Electronics Business Overview
Supply: Genuine ADI ADXL1001 in stock; support for sample trials and bulk supply; compatible with ADXL1002 and other MEMS accelerometers in the same series; one-stop BOM ordering service.
Recycling: We offer high prices for the recycling of brand-new, genuine ADI ADXL1001 idle stock. Factory offcuts, distributor surplus stock and idle sensor components are all eligible for evaluation, with rapid disposal and cash settlement.

For further information regarding the ADI ADXL1001 low-noise, high-frequency MEMS accelerometer, to purchase samples or enquire about buy-back prices, please visit the Mingjiada Electronics website (https://www.integrated-ic.com/) for full details on supply and demand.
Tags: ADXL1001BCPZ, ADXL1001BCP, ADXL1001BC, ADXL1001B, ADXL1001