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• Overview
• Specification
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• Company Profile
• imensions & Definitions
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Overview

Basic Info.

Model NO.	I3300
Trademark	micro magic
Origin	China
HS Code	9031809090
Production Capacity	1000/Month

Product Description

Specification

Parameter	Technical Indicators
Gyroscope
Range(°/s)	±500
Full-temperature zero bias(°/h,3σ)	≤360 (X, Y), ≤60 (Z)
Zero bias stability(°/h,10s )	≤10(XY),≤5(Z)
Zero bias instability(°/h,allan,typ)	≤2(XY),≤0.5(Z)
Zero bias repeatability(°/h)	≤10(XY),≤5(Z)
Angle random walk(°/√h)	≤0.25
Scale factor nonlinearity(ppm)	≤100
Axis cross-coupling(rad)	≤0.001
Bandwidth(Hz)	≥100
Accelerometer
Range(g)	±16
Full-temperature zero bias(mg,3σ)	≤5
Zero bias stability(μg,10s)	≤100
Zero bias instability(μg,allan,typ)	≤50
Zero bias repeatability(ug)	≤100
Velocity Random Walk(mm/s/√h)	≤40
Scale factor nonlinearity(ppm,±1g)	≤300
Axis cross-coupling(rad)	0.001
Bandwidth(Hz)	≥100
Integrated Navigation Accuracy
Combined horizontal position (m, 1σ)	3m (single point), 0.02+1ppm (RTK)
Combined sky position (m, 1σ)	5m (single point), 0.03+1ppm (RTK)
Combined horizontal speed (m/s, 1σ)	0.1
Combined zenith velocity (m/s, 1σ)	0.15
Combined heading (°, 1σ, real-time)	0.15 (1m baseline dual-antenna), 0.5 (single antenna, dynamic)
Combined horizontal attitude (°, 1σ, real-time)	0.05° (dual antenna), 0.1° (single antenna)
Pure Inertial Navigation Accuracy
Horizontal attitude (°, 1σ, real-time)	0.05° (static), 0.5° (dynamic)
Heading (°, 1σ, real-time)	0.5° (dynamic)
Depth measurement accuracy (cm)	5
Inertial/odometer integrated accuracy	≤0.001D(60s)
Electrical/mechanical interface
Power supply (V)	9~36
Steady-state power (W)	≤3
Startup time (s)	≤2
Communication interface	1 channel RS-422, 1 channel RS-232, 1 channel CAN
Update rate (Hz)	200 (customizable)
Size (mm×mm×mm)	83×66×24
Weight (g)	160±20 (main body)
Operating Environment
Operating temperature(℃)	-40~+80
Storage temperature(℃)	-55~+85
Vibration(g,RMS)	20~2000HZ,4.08
Shock(g)	1000g/1ms

More similar products

Company Profile

Micro MagicOur inertial sensors are known for their high precision, long life and reliability, and are widely used in a variety of industries such as aerospace, automobiles, robotics, and consumer electronics. Strict production and factory inspection processes ensure that each sensor can meet the high requirements of the industry. We provide customized solutions to meet customer-specific needs and help technological innovation in various industries.

imensions & Definitions

Product IntroductionThe I3300 MEMS integrated navigation system is a highly reliable and cost-effective MEMS inertial integrated navigation system, which can be widely used in navigation, control, and measurement fields represented by vehicles, ships, and drones. The product offers different configuration modes, and specifically incorporates a high-precision gyroscope in the Z-axis to ensure the measurement accuracy of heading for extended periods.Product Featuresv High performance, small size, low weightv Supporting GNSS full-frequency points, it achieves high positioning and orientation accuracy in complex environmentsv Rich interfaces and isolation measuresv High-precision yaw axis gyroscopev Steady-state operation with ultra-low power consumption of 3Wv Full temperature calibration compensation from -45℃ to +80℃v It features software online upgrade capability and rod arm error compensationv Self-correction algorithm without GNSS, maintaining horizontal attitude accuracyv Capable of integrating with RTK differential technologyv Zero-velocity correction and vehicle constraint algorithms enhance autonomous precisionFAQQ1. What is the I3300?The I3300 is a high-performance MEMS integrated inertial navigation system designed for navigation, control, and measurement applications in vehicles, ships, drones, and other platforms. It is highly reliable and cost-effective. Q2. What are the main features of the I3300?The I3300 offers high performance, small size, low weight, GNSS full-frequency support, rich interfaces, a high-precision yaw-axis gyroscope, ultra-low power consumption, full-temperature calibration compensation, online software upgrade, lever arm compensation, GNSS-denied self-correction, RTK integration, and zero-velocity/vehicle constraint algorithms. Q3. What applications is the I3300 suitable for?The I3300 is suitable for drones, vehicles, ships, boats, surveying and mapping, stable platforms, underwater vehicles, communication on the move, intelligent driving, and missile-borne control.