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High Performance Mems Gyro Sensor Single Axis MEMS Inertial Measurement Unit For Navigation

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Wuhan Liocrebif Technology Co., Ltd

City: wuhan

Province/State:hubei

Country/Region:china

Tel:86--159-1069-1166

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High Performance Mems Gyro Sensor Single Axis MEMS Inertial Measurement Unit For Navigation

Brand Name Liocrebif
Model Number LKF-MEMS GYRO CHIP
Certification GJB 9001C-2017
Place of Origin China
Minimum Order Quantity 1
Price 5000-25000CHY
Payment Terms T/T
Supply Ability 10000
Delivery Time 2-4 weeks
Packaging Details Wooden box/Cardboard box/Container
Color&Classification LKF-MEMS GYRO CHIP
Brand LIOCREBIF
Module Type Gyroscope
Application Inertial Measurement Unit (IMU), Avionics, Attitude Control, Platform Stabilization System, GPS-Aided Navigation, UAV Navigation System, Robotics, North Finding, Sonar Positioning Marine, Navigation and Control
Original Place China
Output Format RS422
Electricity RS422
Detailed Product Description

Essential details
MOQ:1
Specification Number:LKF-MEMS GYRO CHIP
Product Introduction

The MEMS single-axis gyroscope chip is an inertial sensor manufactured using micro-nano fabrication technology, designed to measure the angular velocity of an object around a single axis (such as the X, Y, or Z axis). This product was developed and designed by Likof Technology Co., Ltd., with the entire manufacturing process—from sensor production to packaging and testing—fully localized in China, ensuring robust self-reliance and stable supply chain security. The product employs high-speed sampling technology, combined with static error compensation (such as full-temperature compensation for zero-point drift, scale factor error, and installation error) and dynamic error correction algorithms, ensuring outstanding measurement accuracy and long-term stability even in complex environments. Its compact structure facilitates integration and is suitable for systems with limited space. It can be widely applied in fields such as aerial surveying and mapping, inertial navigation systems, drones, robots, intelligent vehicles, and bridge structural health monitoring.


Technical Characteristics

This product boasts the advantage of a fully domestically developed design, with full control over the entire process from core technology to packaging and testing, ensuring supply stability and product traceability. By integrating static and dynamic error compensation algorithms, it effectively reduces zero bias and temperature drift effects, enhancing measurement accuracy and environmental adaptability. The product design strictly adheres to ISO 9001 and GJB quality system standards, ensuring consistent performance and high reliability over the long term. Additionally, the company possesses system-level integration and application optimization capabilities, enabling it to provide highly adaptable solutions tailored to different platform requirements, thereby assisting customers in achieving precise and efficient inertial navigation.  
In an Inertial Navigation System (INS), the MEMS single-axis gyroscope chip serves as one of the core sensors, responsible for measuring the angular velocity of the carrier. When combined with an accelerometer, it enables attitude determination and position estimation.


Table 1 MEMS single-axis gyroscope chip performance parameters

Model

MC3200P1

MC1800A1

MB06800I6

MB2100A4

MB2100L1

MC3000A1

MC3200V8

Range (deg/s)

400

500

500

500

10800

100

4000

Output accuracy (bits)

24

Data output rate (Hz)

12K

12K

12K

12K

12K

2K

12K

Delay (ms)

<3

<1.5

<1.5

<1.5

<1.5

<6

<1.5

Bandwidth (Hz)

90

200

200

200

200

50

200

Scale factor (lsb/deg/s)

20000

16000

16000

16000

720

80000

2000

Scale factor repeatability (ppm)

<20

<20

<20

<20

<10

<100

<10

Scale factor temperature drift (ppm)

100

<100

<100

<100

<100

<300

<100

Scale factor nonlinearity (ppm)

100

<150

<150

<150

<100

<300

<150

Zero offset instability (deg/hr)

0.05

<0.1

<0.2

<0.5

<5

<0.02

<2

Zero offset stability (10s) (deg/hr)

<0.5

<1

<2

<5

<20

<0.1

<10

Angular random walk(°/h)

<0.025

<3

<6

<15

<60

<0.3

<30

Zero offset temperature drift (1σ) (deg/Hr)

<5

<0.05

<0.1

<0.25

<1

<0.005

<0.5

Zero offset temperature drift (1σ) (deg/Hr)

<0.5

<10

<20

<30

100

5

<100

Zero offset repeatability (1σ) (deg/Hr)

<0.5

<1

<5

<10

30

<0.5

<30

Broadband noise (deg/s)

<0.15

<0.5

<2

<3

5

<0.1

<5

G-value sensitivity(°/hr/g)

<1

<0.35

<0.5

<0.4

<1.5

<0.015

<1

Vibration rectification error(°/hr/g (rms))

<1

<1

<1

<3

<4

<1

<3

Shock (powered)(g, 1ms)

500

Shock resistance (unpowered) (g, 10ms)

10000

Vibration (powered) (grms, filtered spectrum)

18

Operating temperature (°C)

-40~+85

Storage temperature (°C)

-55~+125

Power supply voltage (V)

5±0.25

Current (mA)

45



Main Features

100% domestically produced components
Small package size
High accuracy, wide measurement range, and high shock resistance
Wide operating temperature range
Fully digital output


Applications 

Inertial Measurement Unit (IMU)
Avionics
Attitude Control
Platform Stabilization System
GPS-Aided Navigation
UAV Navigation System
Robotics
North Finding, Sonar Positioning
Marine Navigation and Control


Figure 1 Apply Images




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Product Tags: High Performance MEMS Inertial Measurement Unit   Single Axis Mems Gyro Sensor   High Performance Mems Gyro Sensor  
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