ADXL358CCCZ High-Precision Accelerometer Sensor, 8-Pin LFCSP Package

ADXL358CCCZ Overview

The ADXL358CCCZ is a high-precision, low-noise, low-drift MEMS accelerometer designed for industrial and medical applications requiring ultra-stable vibration sensing. Featuring a wide dynamic range of ??10 g with exceptional bias stability and low noise density, this device delivers reliable and accurate acceleration measurements over a broad temperature range. Its hermetically sealed ceramic package enhances mechanical robustness and environmental resistance, making it ideal for harsh conditions. With a low power consumption profile and high resolution, it supports critical applications such as vibration monitoring, inertial navigation, and structural health diagnostics. For detailed technical insight, visit IC Manufacturer.

ADXL358CCCZ Technical Specifications

ADXL358CCCZ Key Features

• High-precision acceleration sensing: Provides ??10 g measurement range with low noise density for accurate vibration and motion detection.
• Hermetically sealed ceramic package: Ensures enhanced mechanical integrity and environmental protection suitable for harsh industrial environments.
• Low bias drift and high stability: Minimizes measurement errors over temperature and time, critical for long-term monitoring applications.
• Wide operating temperature range: Supports continuous operation from -40??C to +105??C, enabling deployment in extreme conditions.
• Low power consumption: Efficient operation at 1.4 mA typical current helps reduce overall system power requirements.
• Analog voltage output: Simplifies integration with existing signal processing systems and reduces design complexity.
• High sensitivity and resolution: 800 mV/g sensitivity enables detection of subtle accelerations and vibrations.

ADXL358CCCZ Advantages vs Typical Alternatives

This accelerometer offers superior bias stability and lower noise density compared to many general-purpose MEMS accelerometers, delivering higher accuracy in demanding industrial and medical applications. Its hermetic ceramic package ensures enhanced reliability under harsh environmental conditions, outperforming plastic-packaged alternatives in terms of durability and long-term stability. Additionally, the low power consumption and stable analog output facilitate seamless integration into precision measurement systems where sensitivity and signal integrity are paramount.

Typical Applications

• Industrial Vibration Monitoring: Accurate detection of machine vibrations to predict failures and enable preventive maintenance in manufacturing equipment.
• Structural Health Monitoring: Measuring subtle shifts or vibrations in buildings and bridges to assess integrity and safety over time.
• Inertial Navigation Systems: Providing precise acceleration inputs for navigation and positioning in aerospace or autonomous vehicles.
• Medical Monitoring Devices: Used in sensitive motion detection applications such as patient movement analysis and wearable health monitors.

ADXL358CCCZ Brand Info

The ADXL358CCCZ is part of the ADXL358 family of high-performance accelerometers from Analog Devices, a leading brand in precision MEMS sensor technology. Known for their innovation in analog and mixed-signal integrated circuits, Analog Devices offers this model with a focus on ultra-low noise, excellent bias stability, and robust packaging. The product reflects the brand??s commitment to delivering reliable and precise sensing solutions tailored for critical industrial and medical applications where measurement accuracy and device durability are essential.

FAQ

What type of output does the ADXL358CCCZ provide?

This accelerometer provides an analog voltage output proportional to acceleration. The output sensitivity is typically 800 mV/g, enabling straightforward readout and integration with analog signal conditioning circuits and data acquisition