OBSOLETE PRODUCT — ADXRS150:  ±150°/s Single Chip Yaw Rate Gyro with Signal Conditioning

The ADXRS150 is a 150 deg./sec. angular rate sensor (gyroscope) on a single chip, complete with all of the required electronics. The sensor is built using Analog Devices' proprietary iMEMS® surface micromachining process, the same proven technology that has enabled the company to ship over 100 million inertial sensors. Two polysilicon sensing structures each contain a dither frame which is electrostatically driven to resonance. A rotation about the z axis, normal to the plane of the chip, produces a Coriolis force which displaces the sensing structures perpendicular to the vibratory motion. This Coriolis motion is detected by a series of capacitive pickoff structures on the edges of the sensing structures. The resulting signal is amplified and demodulated to produce the rate signal output.
The device is the only commercially available gyro to integrate a digitally controlled, full self-test feature that can be operated while the sensor is active. It includes a temperature sensor for easy-to-implement temperature coefficient calibration, as well as a precision voltage reference.
It operates from 5V supply over the industrial temperature range of -40°C to +85°C and is available in a space-saving 32-pin Ball Grid Array surface-mount package measuring a mere 7mm x 7mm x 3mm.

Applications
  • GPS navigation systems
  • Vehicle stability control
  • Inertial measurement units
  • Guidance and control
  • Platform stabilization
  • ADXRS150:  ±150°/s Single Chip Yaw Rate Gyro with Signal Conditioning

    Product Description

    The ADXRS150 is a 150 deg./sec. angular rate sensor (gyroscope) on a single chip, complete with all of the required electronics. The sensor is built using Analog Devices' proprietary iMEMS® surface micromachining process, the same proven technology that has enabled the company to ship over 100 million inertial sensors. Two polysilicon sensing structures each contain a dither frame which is electrostatically driven to resonance. A rotation about the z axis, normal to the plane of the chip, produces a Coriolis force which displaces the sensing structures perpendicular to the vibratory motion. This Coriolis motion is detected by a series of capacitive pickoff structures on the edges of the sensing structures. The resulting signal is amplified and demodulated to produce the rate signal output.
    The device is the only commercially available gyro to integrate a digitally controlled, full self-test feature that can be operated while the sensor is active. It includes a temperature sensor for easy-to-implement temperature coefficient calibration, as well as a precision voltage reference.
    It operates from 5V supply over the industrial temperature range of -40°C to +85°C and is available in a space-saving 32-pin Ball Grid Array surface-mount package measuring a mere 7mm x 7mm x 3mm.

    Applications
  • GPS navigation systems
  • Vehicle stability control
  • Inertial measurement units
  • Guidance and control
  • Platform stabilization
  • DATA SHEET

    REPLACEMENT PARTS

    Rochester Electronics is the only authorized source of Analog Devices' products that have previously been discontinued or have become obsolete. Product availability should be checked directly with Rochester Electronics.

    Specifications

    Range +/- 150 °/s
    Sensitivity 12.5mV/°/s
    Sensitivity Accuracy (%) �0.05n/a
    Output Type Analog
    Isupply (max) 6mA
    沪ICP备09046653号
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