Development Board, APKLVSR CJMCU-680 Pressure Sensor for Temperature, Humidity Sensor 1.7 ~ 3.6 V I2C Interface, for Detection of Air Quality
Development Board, APKLVSR CJMCU-680 Pressure Sensor for Temperature, Humidity Sensor 1.7 ~ 3.6 V I2C Interface, for Detection of Air Quality
Sensor module, temperature humidity sensor pressure height development board. Parameters: Operating voltage: 1.7 V ~ 3.6 V. Operating temperature: -40°C ~ +85°C. Communication interfaces: 12C (up to 3.4 MHz) and SPI (3 and 4 conductors, up to 10 MHz) Humidity, pressure and gas sensors can be individually activated/deactivated Power consumption 2.1 μA at 1 Hz humidity and temperature, 1 Hz pressure and temperature. 3.1 μA at 1 Hz humidity and temperature, 3.7 μ A at 1 Hz pressure and temperature. Gas sensor parameters: response time (33-63%) <1s (for new sensors) power consumption in ultra-low power mode <0.1mA outputs Power consumption <0.1 mA in ultra-low power mode Output data processing Direct output of indoor air quality index (1AQ) Humidity sensor parameters: response time (0-63%) ~ 8s. Accuracy tolerance earth 3% r.h. Hysteresis Earth 1.5% r.h. Pin definition. VCC: Power supply positive. GND: mass SCL: 12C/SPI clock line SDA: 12C/SPI data line SDO: SP | Data line CS: SPI Slave Release Product includes: 1 x module
Product Features
- 4-in-one sensor: the sensor module is a 4-in-1 sensor that can measure changes in temperature, humidity, pressure and VOC gas. It is very suitable for detecting air quality.
- Versatile: the sensor supports multiple interfaces, including I2C, SPI and UART, compatible with Arduino, ESP8266, Raspberry Pi etc.
- Highest precision: Experience unparalleled accuracy with the temperature measurement accuracy of the sensor of 0.5C, humidity precision of 3%RH, pressure precision of 1 hPa and indoor air quality measurement accuracy of IAQ index 1.
- Low power consumption: The sensor is ideal for power-sensitive applications such as mobile devices and is characterised by low power consumption, which ensures optimal performance without shortening the life of the battery.
- Stable and reliable: the sensor module is a sensitive, ultra-small pressure height development board. The integrated voltage regulator chip and the level signal conversion chip are well compatible and directly compatible with 3.3 V and 5 V systems.