ADXL343BCCZ-RL 3-Axis Digital Accelerometer Sensor – LGA Package

ADXL343BCCZ-RL Overview

The ADXL343BCCZ-RL is a high-performance, low-power, three-axis accelerometer designed for precise motion and tilt sensing in industrial and consumer electronics. This device features a digital output with a 13-bit resolution, enabling accurate acceleration measurements across a ??2 g to ??16 g selectable range. Its compact LGA package allows easy integration into space-constrained applications, while the device’s low current consumption supports battery-operated systems. With its robust noise performance and flexible I2C/SPI digital interfaces, this accelerometer is ideal for vibration monitoring, motion detection, and orientation sensing. For detailed technical data and sourcing, visit IC-fabrikant.

ADXL343BCCZ-RL Technical Specifications

Parameter	Specificatie
Meetbereik	??2 g, ??4 g, ??8 g, ??16 g selectable
Resolutie	13-bit
Output Interface	I2C / SPI (3- or 4-wire)
Voedingsspanning	2.0 V to 3.6 V
Operationele stroom	140 ??A (typical)
Geluidsdichtheid	150 ??g/??Hz (typical)
Bandbreedte	0.1 Hz to 3200 Hz
Pakket	10-lead LGA (3 mm ?? 5 mm ?? 1 mm)
Bedrijfstemperatuurbereik	-40 °C tot +85 °C

ADXL343BCCZ-RL Key Features

• Wide selectable measurement ranges (??2 g to ??16 g) provide versatility across diverse applications requiring precise acceleration data.
• Laag energieverbruik of 140 ??A enables extended battery life in portable and wearable devices.
• High-resolution 13-bit output ensures accurate and reliable acceleration measurements, critical for vibration analysis and motion detection.
• Flexible digital interfaces support both I2C and SPI communication protocols, simplifying integration with various microcontrollers and processors.
• Compact LGA package facilitates easy PCB layout and reduces overall device footprint for space-constrained systems.
• Robust noise performance with low noise density improves signal integrity, enhancing sensitivity in low-amplitude motion sensing.
• Programmable bandwidth filter options allow tuning sensor response to application-specific dynamics, optimizing performance.

ADXL343BCCZ-RL Advantages vs Typical Alternatives

This accelerometer offers a balanced combination of high sensitivity, low power consumption, and flexible interface options, making it advantageous compared to typical alternatives. Its selectable measurement ranges support diverse industrial and consumer needs, while the compact LGA package ensures easy integration without compromising reliability. The device??s high resolution and low noise provide superior accuracy and data quality, essential for precise motion and vibration sensing in demanding environments.

Typische toepassingen

• Industrial vibration monitoring systems requiring precise and reliable three-axis acceleration measurements for machinery condition analysis and predictive maintenance.
• Portable consumer electronics such as fitness trackers and smartphones, where low power consumption and compact size are critical.
• Motion detection and gesture recognition in wearable devices and gaming controllers.
• Orientation sensing and tilt detection in automotive and robotics applications for enhanced control and safety systems.

ADXL343BCCZ-RL Brand Info

The ADXL343BCCZ-RL is part of a renowned family of MEMS accelerometers known for their precision and reliability. Designed by industry-leading semiconductor manufacturers, this model exemplifies robust engineering tailored for industrial and consumer applications. The product benefits from rigorous quality standards and extensive application support, ensuring dependable performance in a wide range of operating conditions. Its integration-friendly design and scalable features make it a preferred choice for engineers seeking cost-effective yet high-quality acceleration sensing solutions.

FAQ

What are the communication interfaces supported by this accelerometer?

This device supports both I2C and SPI digital interfaces. The SPI interface can operate in either 3-wire or 4-wire mode, providing flexibility in communication protocols to suit different microcontroller architectures and system designs.

How does the device manage power consumption for battery-operated systems?

With a