LTTB10CJ01
Single-axis, high-reliability quartz MEMS gyroscope with dual-tine fork structure, digital output, and robust performance.
Power Supply Voltage
V 5 ± 0.2
Operating Current
mA ≤10
Weight
g ≤1.5
The LTTB10CJ01 is a single-axis quartz MEMS gyroscope designed for high-reliability inertial measurement. It features a proprietary dual-tine fork MEMS structure, low power consumption, compact size, and robust digital output. The device is encapsulated using an LCC ceramic package and is fully localized and independently controllable. Precision calibration ensures stable performance under various conditions.
Key Features
- Dual-tine fork quartz MEMS structure
- Full digital output
- Compact and lightweight (13.6 × 8 × 2.8 mm, ≤1.5 g)
- Low power consumption (≤10 mA)
- High reliability and robust performance
- Wide operating temperature range (-45°C to +85°C)
- Precision calibration for stable output
Applications
Technical Specifications
Performance Specifications
Power Supply Voltage
V
5 ± 0.2Operating Current
mA
≤10Weight
g
≤1.5Outline Dimensions
mm
13.6 × 8 × 2.8Initialization Time
s
≤1Measurement Range
°/s
±400Scale Factor Nonlinearity
ppm
≤100Scale Factor Repeatability
ppm
≤100Resolution
°/s
≤0.005Bias (Full Temperature Range)
°/h
≤50Bias Instability (Allan Deviation)
°/h
≤2.5Bias Stability
°/h
≤5Bias Repeatability
°/h
≤10Angular Random Walk
°/√h
≤0.15Bandwidth
Hz
≥150Environmental Adaptability
Vibration Resistance (6.06g RMS @ 20Hz~2000Hz)
°/s
≤0.01Half-Sine Shock (200g @ 6ms)
°/s
≤0.01Operating Temperature Range
℃
-45 ~ +85Storage Temperature Range
℃
-50 ~ +90