IIS2ICLXTR Overview
The IIS2ICLXTR is a high-performance, low-power 3-axis linear accelerometer designed for precise motion sensing and tilt detection in industrial and consumer applications. Featuring a digital output and advanced embedded functions, this sensor delivers accurate acceleration data with minimal noise, ensuring reliable system performance. Its compact package and robust architecture facilitate seamless integration into a wide range of devices requiring vibration monitoring, motion analysis, or orientation detection. For engineers and sourcing specialists seeking an efficient MEMS sensor solution, the IIS2ICLXTR offers a balance of sensitivity, power efficiency, and ease of interface, making it a versatile choice from a leading 集成电路制造商.
IIS2ICLXTR Technical Specifications
参数 | 规格 |
---|---|
Axes | 3-axis linear acceleration |
测量范围 | ??2g, ??4g, ??8g, ??16g selectable |
输出类型 | Digital I2C/SPI interface |
电源电压 | 1.71 V 至 3.6 V |
耗电量 | Typical 14 ??A in low-power mode |
噪音密度 | 90 ??g/??Hz (typical) |
Output Data Rate (ODR) | 12.5 Hz to 1.6 kHz |
包装 | 3x3x1 mm3 LGA |
工作温度 | -40°C 至 +85°C |
IIS2ICLXTR Key Features
- Multi-range acceleration sensing: Selectable full-scale ranges from ??2g to ??16g provide flexibility for various application needs, enabling precise detection of both subtle and rapid movements.
- 低功耗: Typical current draw of 14 ??A in low-power mode extends battery life in portable and IoT devices, reducing maintenance and operational costs.
- High-resolution digital output: Integrated I2C/SPI interface ensures robust and noise-immune data communication, simplifying system integration and improving signal integrity.
- Compact LGA package: Small 3×3 mm footprint supports space-constrained designs without compromising mechanical robustness or thermal performance.
典型应用
- Industrial machinery monitoring: Enables vibration and tilt analysis to predict maintenance needs, improving uptime and reducing unexpected failures in manufacturing equipment.
- Wearable devices: Provides accurate motion tracking for fitness and health monitoring applications with minimal power consumption.
- Consumer electronics: Used for gesture recognition, screen orientation, and gaming controls in smartphones, tablets, and laptops.
- Automotive systems: Supports driver assistance features through reliable tilt and acceleration detection in vehicle stability control and crash detection.
IIS2ICLXTR Advantages vs Typical Alternatives
This accelerometer stands out with its combination of low noise density and ultra-low power consumption, enabling sensitive motion detection without compromising battery life. Its versatile selectable ranges and high data rate support a broad spectrum of industrial and consumer applications. The compact LGA package facilitates streamlined integration compared to larger or less flexible alternatives. Together, these factors deliver a reliable, accurate, and energy-efficient sensor solution for demanding motion sensing needs.
🔥 畅销产品
IIS2ICLXTR Brand Info
The IIS2ICLXTR is developed by STMicroelectronics, a global leader in semiconductor solutions. STMicroelectronics specializes in MEMS sensors, offering a broad portfolio of accelerometers and inertial sensors that combine high performance with power efficiency. The IIS2ICLXTR extends ST??s reputation for delivering reliable, miniaturized sensing components tailored for industrial, consumer, and automotive markets. With proven manufacturing quality and extensive design support, this product integrates seamlessly into diverse systems requiring precision motion sensing.
常见问题
What are the communication interfaces supported by this accelerometer?
The device supports both I2C and SPI digital communication interfaces, enabling flexible connectivity with a wide range of microcontrollers and processors. This dual interface support ensures ease of integration in various embedded systems and facilitates high-speed data transfers.
🌟 特色产品
How does the IIS2ICLXTR manage power consumption?
Power consumption is optimized through selectable operating modes, including a low-power mode where current draw can be as low as 14 ??A. This enables extended battery life in portable applications without sacrificing measurement accuracy or responsiveness.