ANALOG Manuals

The ADMP404 is a high quality, high performance, low power, analog output bottom-ported omnidirectional MEMS microphone. It features high SNR, high sensitivity, flat frequency response, low current consumption and high PSRR. It is suitable for applications such as smartphones and feature phones, video conferencing systems, digital cameras, Bluetooth headsets, video phones and tablets.

The ADIS16362 is a high-precision digital inertial sensor that provides three-axis digital gyroscopes and three-axis digital accelerometers. The sensor has tight orthogonal alignment, a wide sensor bandwidth, and automatic data collection. It is suitable for applications that require a fast start-up time and a short sleep recovery time.

The Six Degrees of Freedom Inertial Sensor ADIS16367 Rev. A provides a tri-axis digital gyroscope and a tri-axis digital accelerometer that can perform autonomous operation and data collection. This sensor has a digital range scaling feature that can be set to ±300°/sec, ±600°/sec, and ±1200°/sec. Tight orthogonal alignment provides a 0.05° accuracy.

This document describes the features and characteristics of the Precision Four Degrees of Freedom Sensor ADIS16305 Rev. 0, including digital gyroscope, triaxis digital accelerometer, wide sensor bandwidth, autonomous operation and data collection, factory-calibrated sensitivity, bias, and alignment, etc.

ADIS16375 is a low profile, low noise six degrees of freedom inertial sensor. It has three axis digital gyroscope, three axis digital accelerometer, high sampling rate, autonomous operation and data collection.

This document describes the features and characteristics of the low profile six degree of freedom inertial sensor ADIS16334 Rev. A, including triaxis digital gyroscope, triaxis digital accelerometer, wide sensor bandwidth, autonomous operation and data collection, etc.

The ADIS16407 is an inertial sensor with 10 degrees of freedom from Analog Devices. It includes a triaxial digital gyroscope, a triaxial digital accelerometer, a triaxial digital magnetometer, and a digital barometer. It can run autonomously and collect data without external configuration commands.

ADIS16488 is a 10-DoF inertial sensor that provides high-performance measurement data in harsh environments.

This data sheet introduces the features and characteristics of ADXRS800 high-performance, SPI digital output, angular rate sensor. The sensor is suitable for automotive electronic stability control, vehicle rollover detection and other high-performance platform stabilization applications.

This document describes the Yaw Rate Gyro ADXRS652 Rev. A, which is a complete rate gyroscope on a single chip. It features high vibration rejection, 2000 g powered shock survivability, 5 V single-supply operation, etc.

ADXRS649 is a high-precision, high-reliability, small, light and low-power single-axis angular rate sensor (gyroscope). It uses Analog Devices, Inc.'s patented high-volume BiMOS surface-micromachining process to make a complete gyro on a single chip. An advanced, differential, quad sensor design rejects the influence of linear acceleration and tangential acceleration, giving it a high vibration rejection capability.

The ADXRS646 is a high-performance angular rate sensor (gyroscope) that provides excellent vibration immunity. Bias stability is a widely recognized figure of merit for high performance. The ADXRS646 features 12°/hr bias stability, 0.01°/√sec angle random walk, wide bandwidth, expandable measurement range (up to ±450°/sec), 10,000 g powered shock survivability, 6 V single-supply operation, -40°C to +105°C operation, digital command self-test, ultra-small and light (<0.15 cc, <0.5 gram), single-chip temperature sensor output, RoHS compliance, and other features.