Accuracy
- ± 0.3° C (± 0.54° F) Typical - Temperature Accuracy at 25° C (77° F)
- ± 3 % Relative Humidity Typical - at 25° C (77° F) (10 to 95 % Relative Humidity) - Relative Humidity Accuracy
Approvals & Certifications
Communication
- I²C Protocol
- PWM Interface, Analog Output
Current
- -10 to 10 mA - Input Current on Any Pin
- 14 µA, Max.
- 40 µA, Max.
- 5 µA Typical - Current Consumption
Dissipation
- 15 µW Typical - Power Dissipation
- 50 µW, Max.
Frequency
- 108 to 132 Hz - PWM Frequency at 40° C (104° F)
- 120 Hz Typical - PWM Frequency at 40° C (104° F)
- 2 Hz - Measurement Frequency
Humidity
- 0 to 100 % Relative Humidity
Hysteresis
- ± 1 % Relative Humidity Typical - Humidity Hysteresis
Operating Temperature
- -40° to 125° C (-40° to 257° F)
Recovery Time
- Relative Humidity: 10 seconds Typical after 150 Hours of Condensation
Resolution
- 0.01° C - 12-bit Resolution
- 0.04 % Relative Humidity - 10-bit Resolution
Response Time
- Relative Humidity: 5 milliseconds Typical, 10 milliseconds, Max.
- Temperature: 10 seconds Typical (At 63 % of Signal) from 15° to 45° C (59° to 113° F) at 1 m/sec Air Flow
Storage Temperature
- -40° to 125° C (-40° to 257° F)
Supply Voltage
- -0.3 to 3.6 Vdc - Vdd to Ground
- -0.3 to Vdd +0.3 Vdc - Digital I/O Pins (DATA/SCK) to Vdd
- 1.5-3.6 Vdc
- 3 Vdc Typical
- 3.8 Vdc - Supply Voltage (Peak)
Temperature Effect
- -0.15 % Relative Humidity/°C - Temperature Coefficient from 0° to 80° C (32° to 176° F)
Thermal Drift
- 0.04° C/Year - Long Term Drift
- -0.07 to -0.12 Hz/°C - Temperature Drift of PWM Frequency
- 0.5 % Relative Humidity/Year - Long Term Drift