Blog de la compañía In Stock | ADI ADXL354 Low-Noise, Low-Drift, Low-Power Three-Axis MEMS Accelerometer (Analog Output)

Mingjiada Electronics | ADI ADXL354 Low-Noise, Low-Drift, Low-Power Three-Axis MEMS Accelerometer (Analog Output)—Brand-New, Genuine, In Stock

Mingjiada Electronics has brand-new, genuine ADI (Analog Devices) ADXL354 units in stock. This is a low-noise, low-zero-drift, low-power, three-axis MEMS accelerometer with analog output. Housed in a hermetically sealed 14-pin LCC package, it delivers industry-leading low-noise performance and excellent long-term stability across the entire temperature range from −40°C to +125°C. It is specifically designed for precision applications that require minimal calibration effort and extremely high accuracy in measuring minute vibrations and tilt angles.

ADXL354 Key Specifications

Manufacturer: Analog Devices (ADI)

Product Type: Three-axis MEMS accelerometer (analog output)

Measurement Axes: X, Y, Z

Measurement Range (optional): ADXL354B: ±2 g / ±4 g; ADXL354C: ±2 g / ±8 g

Noise Density (All Axes): Approximately 20–22.5 µg/√Hz (typical, depending on data sheet version)

0 g Offset Temperature Drift (All Axes): 0.15 mg/°C (maximum)

Output Type: Analog voltage output (XOUT / YOUT / ZOUT)

Output Bandwidth: Adjustable via external capacitance

Supply Voltage (V_SUPPLY, internal LDO enabled): 2.25 V to 3.6 V

Supply Voltage (bypassing internal LDO, V1P8ANA/V1P8DIG): 1.8 V (typical, ±10%)

Measurement Mode Current: 150 µA (typical)

Standby Mode Current: 21 µA (typical)

Operating Temperature Range: −40°C to +125°C

Package: 14-pin LCC (approximately 6 mm × 5.6 mm × 2.2 mm), hermetically sealed

Additional Features: Integrated temperature sensor, electromechanical self-test

ADXL354 Key Features

Ultra-low noise for capturing minute vibrations: The ADXL354 features a noise density as low as approximately 20–22.5 µg/√Hz, representing a roughly 5-fold improvement in noise performance compared to the previous-generation ADXL203. This capability enables precise resolution of extremely low-level vibration and acceleration signals, making it an ideal choice for applications such as Structural Health Monitoring (SHM) and seismic imaging.

Low zero-offset drift simplifies calibration: Temperature drift at 0 g offset is as low as 0.15 mg/°C. Combined with the excellent long-term stability provided by the hermetically sealed package, this allows the system to maintain measurement accuracy over a wide temperature range and during long-term operation without frequent calibration, significantly reducing lifecycle maintenance costs.

Analog Output for Flexible Design: Unlike models with digital output, the ADXL354 directly provides three analog voltage signals (XOUT, YOUT, ZOUT), which can be connected directly to the analog inputs of external ADCs, microcontrollers, or dedicated acquisition circuits. Users can also flexibly adjust the analog output bandwidth via an external capacitor to balance response speed and noise suppression as needed.

Ultra-low power consumption, ideal for continuous monitoring: The current consumption is only 150 µA in measurement mode and 21 µA in standby mode. For wireless sensor networks or battery-powered monitoring nodes that require long-term, continuous vibration data acquisition, this power consumption level helps significantly extend device battery life or reduce the burden on power supply design.

Integrated Temperature Sensor and Electromechanical Self-Test: The on-chip temperature sensor assists the system with temperature compensation; the electromechanical self-test function allows verification of the sensor’s mechanical integrity during system startup or operation, enhancing system reliability.

Typical Application Scenarios

The ADXL354’s low-noise, low-drift, and analog output characteristics give it distinct advantages in the following areas:

Structural Health Monitoring (SHM): Low-level vibration monitoring of large structures such as bridges and buildings to detect structural defects early.

Seismic Imaging and Monitoring: Capturing faint ground motion signals for seismic wave analysis and imaging.

Inertial Measurement Units (IMUs)/Attitude and Heading Reference Systems (AHRS): Providing highly stable acceleration inputs for attitude calculation and navigation in drones and unmanned systems.

Platform Stabilization Systems: Enables high-precision tilt feedback in precision optical platforms and antenna stabilization platforms.

Tilt Detection and Robotics: Utilizes low-drift characteristics to enable tilt angle measurement without frequent calibration, serving industrial robots and automated equipment.

Industrial Condition Monitoring: Extracts early-failure vibration signatures from rotating machinery and industrial equipment.

Mingjiada Supply Information

Mingjiada Electronics has specialized in ADI precision sensors and analog devices for many years. We currently have ample inventory of the ADXL354 series and support small-batch sample requests as well as bulk delivery from stock. Available models include various order suffixes for both the B-range (±2 g/±4 g) and C-range (±2 g/±8 g) versions. All products are brand-new, genuine, and we offer one-stop order fulfillment tailored to customer needs.

Tags: ADXL354CEZ, ADXL354CE, ADXL354C, ADXL354