Temperature Measurement | HVAC systems, industrial monitoring | Industry: ±2°C Our Base: ±1°C (▲) Our Advanced: ±0.5°C (▲▲) (ISO 17025 certified) | Ensures precise thermal control in critical systems. | Advanced versions may require recalibration in extreme environments. |
Humidity Measurement | Weather stations, indoor climate control | Industry: ±5% RH Our Base: ±3% RH (▲) Our Advanced: ±1% RH (▲▲) (ASTM E337 compliant) | Reduces humidity-related errors in sensitive environments like data centers. | Higher cost for advanced sensors limits affordability in low-budget setups. |
Pressure Measurement | Weather stations, altitude sensing | Industry: ±2 hPa Our Base: ±1 hPa (▲) Our Advanced: ±0.5 hPa (▲▲) (Calibrated to ICAO standards) | Enables accurate atmospheric pressure tracking for weather forecasting. | Advanced models may require specialized software for full functionality. |
Power Consumption | Wearables, IoT devices | Industry: 10 µA (low-power mode) Our Base: 5 µA (▲) Our Advanced: 2 µA (▲▲) (Reduces battery drain by 80%) | Extends battery life in portable devices like smartwatches. | Advanced versions may have slower sensor response times. |
Operating Temp. Range | Industrial, automotive systems | Industry: -20°C to 60°C Our Base: -40°C to 85°C (▲) Our Advanced: -55°C to 125°C (▲▲) (Operates in extreme environments) | Functions reliably in harsh conditions like oil rigs or aerospace. | Requires robust housing, increasing overall product cost. |
Connectivity Options | Smart home systems, industrial control | Industry: Basic I2C Our Base: I2C/SPI (▲) Our Advanced: I2C/SPI + digital filtering (▲▲) (Reduces noise interference) | Flexible integration with microcontrollers and PLCs. | Advanced filtering may introduce latency in real-time applications. |