ADIS16488 IMU10DOF MEMS Inertial Measurement Unit with Bulit-in 3-Axis Gyro, Accel, Mag & Pressure Sensor

Price	2000$
MOQ	1
Delivery Time	1 Week for sample
Brand	Firepower
Place of Origin	China
Model Number	16488HA
Packaging Details	BOX+Sponge
Payment Terms	L/C,D/A,D/P,T/T,Western Union
Supply Ability	500/month

Product Details

Product Specification

Place of Origin	China	Accelerometer bias stability	0.07mg
Random walk	0.15º/√h	Packaging Details	BOX+Sponge
Measuring range	±450°/s	Model Number	16488HA
Supply Ability	500/month	Accelerometer Range	±20g
Bandwidth (-3dB)	250Hz	Brand Name	Firepower
Payment Terms	L/C,D/A,D/P,T/T,Western Union	Price	2000$
Delivery Time	1 Week for sample	Minimum Order Quantity	1
Scale factor repeatability	100ppm	Voltage	3.3V
Bias instability	0.3°/h

Product Description

ADIS16488 IMU10DOF MEMS Inertial Measurement Unit with Built-in 3-Axis Gyro, Accel, Mag & Pressure Sensor

Key Specifications

Attribute	Value
Measuring range	±450°/s
Bias instability	0.3°/h
Random walk	0.15º/√h
Scale factor repeatability	100ppm
Bandwidth (-3dB)	250Hz
Accelerometer Range	±20g
Accelerometer bias stability	0.07mg
Voltage	3.3V

Product Overview

The ADIS16488HA Inertial Measurement Unit (IMU) represents a cutting-edge inertial sensing solution, integrating tri-axis gyroscope and accelerometer functionality into a unified, high-performance system. Engineered for precise measurement of three-dimensional angular velocities, linear accelerations, and derived dynamic parameters, this IMU delivers mission-critical accuracy through advanced error mitigation algorithms.

Key Features

Holistic Sensing Architecture: Simultaneous capture of 3D angular rate (via MEMS gyroscopes) and acceleration (via MEMS accelerometers) for comprehensive motion tracking in both static and dynamic environments.
Advanced Error Calibration: Implements intelligent compensation for temperature drift, mounting misalignment, nonlinearity, and cross-axis errors to eliminate systematic inaccuracies.
Standardized Digital Interface: SPI protocol ensures seamless integration with host controllers while maintaining real-time response (<50ms) and low-latency data exchange.
Robust Environmental Performance: Operational range of -40°C to +85°C with IP67 protection for harsh environment deployments.
Precision Engineering: 0.5°/h bias stability minimizes cumulative errors during prolonged operational cycles.

Technical Parameters

Parameter	Test Conditions	Min	Typical	Max	Unit
Gyroscope Dynamic Range				±450	º/s
Zero-bias Instability	Allan variance		0.3		º/h
Zero Bias Stability	10s smooth, RMS		3		º/h
Random Walk	1σ		0.15		º/√h
Scale Factor Repeatability	1σ		100		ppm
Bandwidth (-3dB)			250		Hz
Accelerometer Dynamic Range				±20	g
Accelerometer Zero Bias Stability	Allan variance		0.07		mg
Voltage	Direct current		3.3		V
Operating Temperature		-45		85	℃