LTYS12CJ2B
Dual-axis quartz MEMS gyroscope, high precision, high reliability, suitable for navigation, attitude measurement, and stabilization.
Power Supply Voltage
V 5 ± 0.2
Operating Current
mA 75 ± 5
Weight (excluding leads)
g 21 ± 2
Product Gallery
The LTYS12CJ2A is a dual-axis quartz MEMS gyroscope with high cost-effectiveness, precision, and reliability. It consists of circuits, housing, vibration isolation components, and quartz tuning fork sensing cores. It features built-in compensation algorithms and is capable of measuring angular velocity along two orthogonal axes. Applications include attitude measurement, optical image stabilization, and aerospace.
Key Features
- Dual-axis quartz MEMS gyroscope
- High precision and reliability
- Built-in compensation algorithms
- Wide measurement range
- Compact and robust
- Suitable for navigation and stabilization
Applications
Technical Specifications
Performance Specifications
Power Supply Voltage
V
5 ± 0.2Operating Current
mA
75 ± 5Weight (excluding leads)
g
21 ± 2Startup Time
s
≤1Measurement Range
°/s
±400Scale Factor
-
1 ± 0.005Scale Factor Nonlinearity
ppm
≤100Scale Factor Repeatability
ppm
≤200Scale Factor Asymmetry
ppm
≤100Cross-Axis Sensitivity
-
≤0.005Threshold / Resolution
°/s
≤0.01Bias (Full Temperature)
°/s
±0.03Bias Stability (Room Temp, 10s Std Dev)
°/h
≤10Bias Stability (Full Temp, 10s Std Dev)
°/h
≤30Bias Repeatability
°/h
≤10Angular Random Walk
°/√h
≤0.08Bias Instability (Allan Deviation)
°/h
≤3Bandwidth (Amplitude)
Hz
≥150Delay Time (within bandwidth)
ms
√2.0Performance Specifications
Power Supply Voltage
V
5 ± 0.2Operating Current
mA
80 ± 5Weight (excluding leads)
g
30 ± 5Startup Time
s
≤3Measurement Range
°/s
±200Scale Factor
-
1 ± 0.005Scale Factor Nonlinearity
ppm
≤200Scale Factor Repeatability
ppm
≤300Scale Factor Asymmetry
ppm
≤300Cross-Axis Sensitivity
-
≤0.005Threshold / Resolution
°/s
≤0.005Bias (Full Temperature)
°/s
±0.03Bias Stability (Room Temp, 10s Std Dev)
°/h
≤10Bias Stability (Full Temp, 10s Std Dev)
°/h
≤20Bias Repeatability
°/h
≤20Angular Random Walk
°/√h
≤0.08Bias Instability (Allan Deviation)
°/h
≤5Bandwidth (Amplitude)
Hz
≥120Delay Time (within bandwidth)
ms
√2.0Package Information
Technical Drawings

