ADXRS450BEYZ-RL Overview
The ADXRS450BEYZ-RL is a high-performance, precision MEMS gyroscope designed for angular rate sensing in industrial and automotive applications. It features a robust analog output and wide dynamic range, making it suitable for accurate motion detection and stabilization tasks. With integrated temperature compensation and low noise characteristics, this device ensures reliable and consistent performance across varying operational conditions. Its compact package and low power consumption support seamless integration into embedded systems. Discover more at IC Manufacturer.
ADXRS450BEYZ-RL Technical Specifications
| Parameter | Specification |
|---|---|
| Angular Rate Range | ??300??/s |
| Supply Voltage | +5 V ??5% |
| Output Type | Analog voltage output |
| Bias Stability | 0.5??/s typical |
| Noise Density | 0.015??/s/??Hz |
| Bandwidth | Bandwidth selectable up to 130 Hz |
| Operating Temperature Range | -40??C to +85??C |
| Package Type | 28-lead SOIC |
| Power Consumption | 12 mA typical |
ADXRS450BEYZ-RL Key Features
- Wide angular rate range: Supports ??300 degrees per second enabling precise motion detection in dynamic environments.
- High sensitivity and low noise: Enables accurate measurement of small angular velocities, critical for stabilization and navigation systems.
- Integrated temperature compensation: Ensures consistent output across a broad temperature span, reducing the need for external calibration.
- Low power operation: Consumes only 12 mA, making it well-suited for power-sensitive industrial and automotive applications.
- Robust analog output: Simplifies interfacing with existing analog signal processing chains without requiring complex digital conversion.
- Compact SOIC package: Enables easy PCB integration and compatibility with automated assembly processes.
- Wide operating temperature range: Reliable performance from -40??C to +85??C supports harsh industrial environments.
ADXRS450BEYZ-RL Advantages vs Typical Alternatives
This MEMS gyroscope offers superior sensitivity and low noise performance compared to many standard analog angular rate sensors, enabling enhanced accuracy in motion sensing applications. Its integrated temperature compensation and wide operating temperature range provide greater reliability in industrial settings. Additionally, the low power consumption and compact SOIC packaging allow for efficient system integration and reduced overall device footprint, making it a preferred choice over bulkier or less precise alternatives.
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Typical Applications
- Industrial motion control systems requiring precise angular rate measurement for stabilization and feedback loops, benefiting from the sensor??s low noise and temperature stability.
- Automotive stability control modules where accurate yaw rate detection improves vehicle handling and safety.
- Unmanned aerial vehicles (UAVs) and drones for attitude stabilization and navigation assistance in variable environmental conditions.
- Robotics applications demanding reliable angular velocity feedback for precise motion and orientation control.
ADXRS450BEYZ-RL Brand Info
The ADXRS450BEYZ-RL is part of the Analog Devices family of MEMS gyroscopes, recognized for their high precision and reliability in angular rate sensing. This product embodies Analog Devices?? commitment to innovative sensor technology with advanced integration techniques and stringent quality standards. Designed to meet the demanding requirements of industrial and automotive markets, it supports engineers with consistent performance, robust design, and straightforward implementation.
FAQ
What is the primary output type of the ADXRS450BEYZ-RL sensor?
The device provides an analog voltage output proportional to the angular rate, which simplifies integration into systems using analog signal processing without requiring digital interfaces or converters.
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What is the typical operating temperature range for this device?
The sensor operates reliably across an extended temperature range from -40??C to +85??C, making it suitable for harsh industrial and automotive environments where temperature variations are common.
How does the device ensure accuracy over temperature variations?
It incorporates integrated temperature compensation circuitry that minimizes output drift and bias changes caused by temperature fluctuations, enhancing measurement stability and reducing calibration efforts
