ADXRS642BBGZ-RL Overview
The ADXRS642BBGZ-RL is a high-performance, dual-axis gyroscope designed for precise angular rate sensing in industrial and automotive applications. Featuring a wide bandwidth and low noise density, it delivers reliable motion detection and vibration compensation. The device integrates a temperature sensor and built-in self-test functions, enhancing system reliability and simplifying diagnostics. Its robust design supports operation over a wide temperature range and ensures stable output signals, making it ideal for inertial navigation, vehicle stability control, and robotics. For detailed product data and sourcing, visit IC Manufacturer.
ADXRS642BBGZ-RL Technical Specifications
| Parameter | Value |
|---|---|
| Supply Voltage | 5 V ?? 5% |
| Angular Rate Range | ??300??/s |
| Bias Stability | 0.5??/s RMS |
| Noise Density | 0.01??/s/??Hz |
| Bandwidth | 50 Hz (typical) |
| Output Type | Analog voltage |
| Operating Temperature Range | -40??C to +105??C |
| Self-Test Function | Integrated |
| Package | 14-lead LFCSP |
ADXRS642BBGZ-RL Key Features
- Dual-axis sensing: Enables simultaneous measurement of two perpendicular angular rates, reducing system complexity and improving spatial awareness.
- Low noise density: Provides high sensitivity for detecting subtle movements, critical for precision motion control and navigation.
- Wide operating temperature: Ensures consistent performance in harsh environments, supporting industrial and automotive reliability standards.
- Built-in self-test: Simplifies system diagnostics by allowing users to verify sensor functionality without external equipment.
- Analog voltage outputs: Compatible with standard ADCs and microcontrollers, facilitating straightforward integration in existing systems.
- Compact LFCSP package: Minimizes PCB footprint, enabling space-efficient design in compact devices.
- Stable bias and low drift: Enhances accuracy over time and temperature, reducing the need for frequent recalibration.
ADXRS642BBGZ-RL Advantages vs Typical Alternatives
This gyroscope offers superior sensitivity and lower noise compared to typical MEMS alternatives, ensuring enhanced angular rate accuracy. Its integrated self-test and temperature sensor provide added reliability and ease of maintenance. The device??s analog output and compact package support seamless integration and reduce system design complexity. Overall, it delivers a balanced combination of precision, robustness, and ease of use for demanding industrial and automotive applications.
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Typical Applications
- Inertial navigation systems: Provides precise angular velocity data to improve positioning accuracy in drones, robots, and autonomous vehicles.
- Vehicle stability control: Enhances safety by detecting rotational movements and assisting in dynamic control of automotive systems.
- Robotic motion control: Enables accurate feedback for robotic arms and platforms, improving precision and responsiveness.
- Vibration compensation: Used in industrial machinery to monitor and correct for unwanted vibrations, enhancing system reliability.
ADXRS642BBGZ-RL Brand Info
The ADXRS642BBGZ-RL is part of a trusted line of high-performance MEMS gyroscopes designed by a leading semiconductor manufacturer. Known for precision and durability, this device exemplifies the brand??s commitment to delivering reliable motion sensing solutions tailored for industrial and automotive markets. The product benefits from advanced MEMS fabrication technology and rigorous quality control, ensuring consistent performance in challenging operating conditions.
FAQ
What is the main sensing range of this gyroscope?
The device measures angular rates up to ??300?? per second, making it suitable for applications requiring moderate to high rotation speed detection with precision.
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How does the built-in self-test function work?
The self-test feature internally stimulates the sensor to verify its operational integrity without external tools, allowing users to confirm proper functionality during system startup or maintenance.
What are the typical output signals from this sensor?
The gyroscope provides analog voltage outputs proportional to angular velocity for each axis, simplifying interface with analog-to-digital converters and microcontroller inputs.