Description
The Multifunctional Environmental Sensor Breakout is a compact and versatile device that combines several sensors into one, providing five different environmental parameters - temperature, humidity, barometric pressure, ambient light, and UV light. It is equipped with professional sensor chips for each type of measurement, and the circuit design has been carefully optimized to ensure the accuracy of the data.
The sensor has an onboard MCU processing chip that converts the raw sensor data into standard units, such as degrees Celsius or Fahrenheit for temperature, percent for humidity, Kpa for barometric pressure, lx for light illuminance, and mw/m² for UV light. It supports two communication methods - UART and I2C - and is available in two versions - Gravity and Fermion (breakout). Complete Arduino and Python libraries are also provided to make it easy to use this sensor in your projects.
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Mini size can be directly soldered onto your PCB
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Switchable I2C and UART two output modes
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The highly integrated module can test a variety of data at the same time (temperature, humidity, barometric pressure, altitude, ultraviolet intensity, ambient light intensity)
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Reasonable layout and high precision
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Barometric Pressure Unit Relationship: 1000pa = 10hpa = 1kpa
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Sensor Chip Model: BMP280
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Barometric Pressure Measurement Range: 3000~1100 hPa
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Relative Accuracy Of barometric Pressure: +-0.12 hPa
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Absolute barometric Pressure Accuracy: +-1 hPaTemperature & Humidity Sensor
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Sensor Chip Model: SHT-C3
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Relative Humidity Accuracy: +-2%RH
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Relative Humidity Resolution: 0.01%RH
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Relative Humidity Measurement Range: 0~100
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Temperature Accuracy: +-0.2C
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Temperature Resolution: 0.01C
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Temperature Measurement Range: -40~125CUV Sensor
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Sensor Chip Model: ML8511
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Ultraviolet Sensitive Wavelength UV-A (320-400nm), UV-B (280-320nm)
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Ultraviolet Output Unit: mW/m2Ambient Light Sensor
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Sensor Chip Model: VEML7700
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Ambient Light Accuracy: 0.0036 lx/ct
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Ambient Light Range: 0~120 klx
Connection for UART and I2C
FAQs:
Q: What sensors are included on the Fermion Temp-H Sensor Breakout?
A: The Fermion Temp-H Sensor Breakout includes four sensors:
- SHTC3 for temperature and humidity
- BMP280 for atmospheric pressure
- VEML7700 for ambient light intensity
- ML8511 for UV light intensity
Q: What kind of data can I collect with the Fermion Temp-H Sensor Breakout?
A: You can collect data on temperature, humidity, atmospheric pressure, ambient light intensity, and UV light intensity. This makes it ideal for environmental monitoring and weather station projects.
Q: How do I connect the Fermion Temp-H Sensor Breakout to a microcontroller?
A: The breakout board uses I2C communication. Connect the SDA and SCL pins to the I2C bus of your microcontroller, and connect VCC to a 3.3V or 5V power source, and GND to ground.
Q: What is the operating voltage for the Fermion Temp-H Sensor Breakout?
A: The Fermion Temp-H Sensor Breakout operates at 3.3V or 5V DC. Ensure you connect the VCC pin to the appropriate voltage source to power the sensors.
Q: What development platforms are compatible with the Fermion Temp-H Sensor Breakout?
A: The sensor breakout is compatible with popular development platforms such as Arduino, Raspberry Pi, and other microcontrollers that support I2C communication. Libraries and example code are available for these platforms.
Q: What is the typical response time for the sensors on the Fermion Temp-H Sensor Breakout?
A: The response times vary by sensor:
- SHTC3: ~0.5 seconds for temperature and humidity
- BMP280: ~0.1 seconds for pressure
- VEML7700: ~100 milliseconds for light intensity
- ML8511: ~100 milliseconds for UV light intensity
Q: Can the Fermion Temp-H Sensor Breakout be used for indoor and outdoor applications?
A: Yes, the sensors are suitable for both indoor and outdoor applications. However, consider environmental conditions and use appropriate enclosures for outdoor projects.
Q: Is there any calibration required for the sensors on the Fermion Temp-H Sensor Breakout?
A: The sensors are factory calibrated. However, for precise measurements, you may need to perform recalibration based on specific application requirements or compare with reference sensors.
Q: What kind of libraries are available for the Fermion Temp-H Sensor Breakout?
A: Libraries and example code for Arduino and other platforms are available for each sensor:
- SHTC3: Adafruit SHTC3 library
- BMP280: Adafruit BMP280 library
- VEML7700: SparkFun VEML7700 library
- ML8511: Generic ML8511 library
Q: What is the range of the sensors on the Fermion Temp-H Sensor Breakout?
A: The sensor ranges are:
- SHTC3: -40°C to 125°C temperature, 0% to 100% humidity
- BMP280: 300 hPa to 1100 hPa atmospheric pressure
- VEML7700: 0 to 16,000 Lux light intensity
- ML8511: 0 to 20 UV index
