ADXRS453BRGZ Gyroscope Sensor – Angular Rate Sensor, LGA Package

ADXRS453BRGZ Overview

The ADXRS453BRGZ is a high-performance gyroscope designed for precise angular rate measurement in demanding industrial and automotive applications. Featuring a robust analog output and low noise characteristics, this device provides reliable and accurate sensing for motion control, stability systems, and navigation. Its integrated MEMS technology ensures enhanced durability and compact size, making it suitable for integration into complex systems where space and reliability are critical. The device operates across a wide temperature range and offers excellent sensitivity and bias stability, supporting critical applications in harsh environments. For detailed engineering data and procurement, visit IC-Hersteller.

ADXRS453BRGZ Technical Specifications

Parameter	Spezifikation
Bereich der Winkelgeschwindigkeit	??300??/s
Versorgungsspannung	5 V ??5%
Ausgangstyp	Analoger Spannungsausgang
Empfindlichkeit	12.5 mV/??/s
Lärmdichte	0.007??/s/??Hz
Bandbreite	??80 Hz
Betriebstemperaturbereich	-40??C to +105??C
Paket	28-Lead LFCSP (7 mm ?? 7 mm)

ADXRS453BRGZ Key Features

• Hohe Empfindlichkeit: With a sensitivity of 12.5 mV/??/s, it enables precise angular rate detection critical for navigation and motion control systems.
• Wide Operating Temperature: Designed to function reliably from -40??C to +105??C, supporting harsh industrial and automotive environments.
• Low Noise Density: Offers noise performance as low as 0.007??/s/??Hz, improving measurement accuracy and system stability.
• Compact LFCSP Package: The 7 mm ?? 7 mm footprint facilitates integration into space-constrained designs without compromising performance.

ADXRS453BRGZ Advantages vs Typical Alternatives

This gyroscope delivers superior sensitivity and low noise performance compared to typical MEMS gyros, enabling enhanced accuracy in angular rate measurement. Its wide temperature range and robust packaging improve reliability in industrial and automotive applications. The analog output simplifies system integration, reducing design complexity and cost while maintaining high precision and responsiveness.

Typische Anwendungen

• Vehicle stability control systems: Provides accurate angular rate data essential for traction control and rollover prevention in automotive safety systems.
• Industrial automation: Enables precise motion feedback in robotics and machine control applications requiring reliable rotational sensing.
• Navigation systems: Supports inertial navigation by delivering stable and accurate angular velocity data.
• Unmanned aerial vehicles (UAVs): Integrates into flight control systems to maintain stable and responsive maneuvering.

ADXRS453BRGZ Brand Info

The ADXRS453BRGZ is part of a well-established product line known for high-quality MEMS gyroscopes tailored to professional industrial and automotive markets. This model exemplifies the brand??s commitment to precision, durability, and ease of integration. Designed by a leading semiconductor manufacturer specializing in analog and mixed-signal devices, it benefits from advanced MEMS fabrication technology and rigorous quality controls. The product supports engineers and sourcing specialists seeking reliable gyroscopic solutions with proven performance across challenging operational conditions.

FAQ

What type of output signal does the ADXRS453BRGZ provide?

The device provides an analog voltage output proportional to the angular rate, enabling straightforward interfacing with analog-to-digital converters or signal conditioning circuits in embedded systems.

How does the operating temperature range affect performance?

The wide operating temperature range from -40??C to +105??C ensures stable and reliable gyroscope performance in extreme environments, making it suitable for automotive and industrial applications where temperature variations are common.

What are the primary benefits of the device??s low noise density?

Low noise density improves the signal-to-noise ratio, resulting in more accurate angular rate measurements. This leads to better control and stability in motion-sensitive applications such as navigation and vehicle safety