ADXL103CE High-Precision Accelerometer Sensor – 8-Pin SOIC Package

ADXL103CE Overview

The ADXL103CE is a high-performance, single-axis accelerometer designed for precise vibration and acceleration measurement. It provides a wide bandwidth and low noise density, making it ideal for industrial and instrumentation applications requiring accurate dynamic response. This device features a ratiometric output voltage proportional to acceleration with minimal drift over temperature. Its low power consumption and compact size facilitate easy integration into embedded systems and portable equipment. For engineers and sourcing specialists seeking reliable acceleration sensing, the ADXL103CE delivers optimized sensitivity and linearity combined with robust analog output characteristics. More details are available at IC Manufacturer.

ADXL103CE Technical Specifications

ADXL103CE Key Features

• Wide Bandwidth: Extends from 0.5 Hz to 23 kHz, enabling accurate measurement of both low-frequency and high-frequency vibrations critical for industrial monitoring.
• High Sensitivity: At 66 mV/g, the device offers precise detection of small acceleration changes, improving system responsiveness and diagnostic capabilities.
• Low Noise Density: With 25 ??g/??Hz noise performance, it ensures clean signal output, enhancing measurement accuracy in noisy environments.
• Ratiometric Output: The analog voltage output scales linearly with supply voltage, simplifying system calibration and reducing errors caused by voltage fluctuations.

ADXL103CE Advantages vs Typical Alternatives

The ADXL103CE stands out due to its exceptional sensitivity combined with a wide frequency bandwidth, which many alternatives lack. Its low noise and ratiometric output provide superior signal integrity and ease of integration. Additionally, its low power consumption and stable temperature performance make it more reliable for continuous industrial applications where precision and durability are paramount.

Typical Applications

• Industrial vibration monitoring: Suitable for predictive maintenance and fault detection in rotating machinery, providing real-time vibration data to prevent downtime.
• Structural health monitoring: Measures acceleration in bridges and buildings to detect stress or damage over time.
• Instrumentation and data acquisition: Enables accurate dynamic acceleration measurement in lab and field testing equipment.
• Portable vibration analyzers: Ideal for battery-powered devices requiring low power and high accuracy in harsh environments.

ADXL103CE Brand Info

The ADXL103CE is part of a well-established product family renowned for precision MEMS accelerometers. Engineered for demanding industrial and instrumentation environments, it reflects the manufacturer??s commitment to quality and innovation in sensor technology. This device is designed to provide engineers and system integrators with a reliable, high-performance acceleration sensing solution backed by extensive support and documentation.

FAQ

What is the typical output signal type of the ADXL103CE?

The device provides a ratiometric analog voltage output that varies linearly with acceleration. This output scales proportionally with the supply voltage, simplifying calibration and ensuring stable performance over voltage variations.

What is the operating temperature range for reliable use?

The accelerometer is specified to operate reliably within the temperature range of -40??C to +85??C, making it suitable for most industrial environments and outdoor applications.

How does the bandwidth affect measurement capabilities?

With a bandwidth from 0.5 Hz to 23 kHz, the sensor can accurately capture both slow-moving and high-frequency vibrations, enabling comprehensive dynamic acceleration analysis.

What is the significance of the noise density rating?

A noise density of 25 ??g/??Hz indicates the accelerometer??s output signal has low inherent noise, which enhances the ability to detect small acceleration changes even in electrically noisy environments