LTYS13CJ2A
Tri-axis quartz MEMS gyroscope, featuring compact design, fast startup, and robust reliability. Ideal for autopilots, stabilized platforms, guidance systems, and industrial applications.
Power Supply Voltage
V 5 ± 0.2
Operating Current
mA 106 ± 5
Weight
g 75 ± 5
The LTYS13CJ2A is a tri-axis quartz MEMS gyroscope, integrating three orthogonally mounted quartz MEMS gyroscopes. It provides real-time angular velocity measurements for all three axes during motion. Utilizing micromachining technology, it features cost-effectiveness, compact structure, small size, fast startup, full solid-state design, high reliability, and strong resistance to shock and vibration. It is specifically designed for autopilots, stabilized platforms, guidance and control systems, construction machinery, and robotic attitude measurement and stabilization.
Key Features
- Tri-axis quartz MEMS gyroscope
- Cost-effective micromachining technology
- Compact structure and small size
- Fast startup and full solid-state design
- High reliability and strong shock resistance
- Real-time angular velocity output for all axes
- Specifically designed for autopilots and industrial applications
Applications
Technical Specifications
Performance Specifications
Power Supply Voltage
V
5 ± 0.2Operating Current
mA
106 ± 5Weight
g
75 ± 5Startup Time
s
≤2Measurement Range
°/s
±300 / ±400 / ±500 / ±1100 / OthersScale Factor
-
1 ± 0.005Scale Factor Nonlinearity
ppm
≤100Scale Factor Repeatability
ppm
≤100Scale Factor Asymmetry
ppm
≤100Cross-Axis Sensitivity
-
≤0.005Threshold / Resolution
°/s
0.005Bias (Full Temp)
°/s
±0.02Bias Stability (Room Temp, 10s Std Dev)
°/h
≤5Bias Stability (Full Temp, 10s Std Dev)
°/h
≤36Bias Repeatability
°/h
≤10Angular Random Walk
°/√h
≤0.08Bias Instability (Allan Deviation)
°/h
≤1.5Bandwidth (Amplitude)
Hz
300Delay Time
ms
1.6Environmental Adaptability
Vibration-Induced Bias Variation (6.06g RMS, 20Hz~2kHz)
°/h
≤36Half-Sine Shock (200g, 6ms)
°/h
≤36Operating Temperature Range
°C
-45 ~ +85Storage Temperature Range
°C
-55 ~ +85