The Bme680 Is A Digital 4-In-1 Sensor With Gas, Humidity, Pressure And Temperature Measurement Based On Proven Sensing Principles. The Bme680 Is A Low-Power Sensor That Detects With High Linearity And Accuracy Temperature, Humidity, Barometric Pressure, And Voc Gas. It Includes Both Spi And I2C Interfaces For Reading The Measured Values Using Our Preferred Micro Controllers (E.G., Compatible With Esp8266) And Single-Board Computers. Bme680 High-Precision Sensor Can Measure Humidity With 3% Accuracy, Barometric Pressure With 1 Hpa Absolute Accuracy, And Temperature With 1.0C Accuracy. Because Of The Accuracy In Pressure, The Sensor Can Be Used To Estimate Altitude Within 1 Meter! The Gas Sensor Works Is By Changes In Its Internal Resistance, Which Is Designed To Be Sensitive To Changes In Concentration Of Volatile Organic Compound (Voc) Gases. It Can Detect 4 Environmental Parameters At The Same Time. Its An Ideal Choice For Scenarios Such As Weather Stations, Smart Homes, And The Internet. Specifications: Model: Cjmcu-680 Bme680 Sensor Working Voltage: 1.7V-3.6V Working Temperature: -40?~+85? Communication Interface: I2C (Up To 3.4 Mhz) And Spi (3 And 4 Wires, Up To 10 Mhz), Humidity, Pressure And Gas Sensors Can Be Individually Enabled/Disabled. Current Consumption: Current Consumption At 1 Hz Humidity And Temperature Is 2.1Ua, Current Consumption At 1 Hz Pressure And Temperature Is 3.1Ua, Current Consumption At 1 Hz Humidity, Pressure And Temperature Is 3.7Ua. Gas Sensor Parameters: Response Time (33-63%)
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the working voltage range for the BME680 sensor?A: The working voltage range for the BME680 sensor is one point seven volts to three point six volts. This allows it to be compatible with various microcontrollers and systems.
Q: How accurate is the temperature measurement of the BME680 sensor?A: The BME680 sensor measures temperature with an accuracy of plus or minus one degree Celsius. This high precision makes it suitable for various applications requiring accurate temperature readings.
Q: What are the dimensions of the BME680 sensor module?A: The specific dimensions of the BME680 sensor module are not provided. However, it is designed to be compact and suitable for integration into various projects.
Q: How do I connect the BME680 sensor to my microcontroller?A: You can connect the BME680 sensor using either I2C or SPI communication interfaces. Simply supply power and connect the digital communication pins to your microcontroller.
Q: Can this sensor be used for indoor air quality monitoring?A: Yes, the BME680 sensor is ideal for indoor air quality monitoring. It can simultaneously measure temperature, humidity, pressure, and VOC gases.
Q: Is the BME680 sensor easy to use for beginners?A: Yes, the BME680 sensor is designed to be easy to use. It requires no complicated procedures; just power it and connect the communication pins.
Q: What is the current consumption of the BME680 sensor?A: The current consumption varies; at one hertz humidity and temperature, it is two point one microamperes, while at one hertz pressure and temperature, it is three point one microamperes.
Q: How do I ensure the BME680 sensor lasts long?A: To ensure longevity, avoid exposing the BME680 sensor to extreme temperatures outside the range of negative forty degrees Celsius to positive eighty-five degrees Celsius.
Q: Can the BME680 sensor be used in weather stations?A: Yes, the BME680 sensor is suitable for use in weather stations. Its ability to measure multiple environmental parameters makes it an excellent choice.
Q: What is the response time of the gas sensor in the BME680?A: The gas sensor has a response time of less than one second for new sensors. This quick response is crucial for real-time air quality monitoring.
Q: Is the BME680 sensor compatible with both three point three volt and five volt systems?A: Yes, the BME680 sensor is compatible with both three point three volt and five volt systems. Its onboard power supply regulator ensures strong compatibility.
Q: What materials is the BME680 sensor made of?A: The BME680 sensor is made with high-quality components, primarily ceramic. This ensures durability and reliability for long-term usage.
Q: How do I store the BME680 sensor when not in use?A: When not in use, store the BME680 sensor in a cool, dry place away from direct sunlight to protect its delicate components.
Q: What should I do if my BME680 sensor arrives damaged?A: If your BME680 sensor arrives damaged, please contact the seller immediately for a return or replacement. Most sellers provide a warranty for such issues.
Q: How does the BME680 sensor measure humidity accurately?A: The BME680 sensor measures humidity with an accuracy of plus or minus three percent. This precision is vital for applications requiring accurate environmental monitoring.