Humidity Sensor | 3.3V Breakout Board | Temp & Pressure Module

The BME280 module is a versatile environmental sensor for your electronics projects. This single board combines a temperature sensor, a barometric pressure sensor, and a humidity sensor, making it good for building a compact weather station or monitoring indoor conditions with an Arduino or Raspberry Pi. Features and Benefits - 3-in-1 Sensing - Measures temperature, humidity, and atmospheric pressure from one small component, simplifying wiring and saving space on your project. - Accurate Measurements - Delivers data with an accuracy of ±1°C for temperature, ±3% for relative humidity, and ±1 hPa for pressure. - I2C and SPI Interfaces - The breakout board supports both common protocols, offering flexible connection options for different microcontrollers. - Low Power Use - Draws very little current, which works well for battery-powered IoT devices or remote sensor nodes that need to run for a long time. Applications - Building a personal weather station to log local temperature, humidity, and barometric pressure changes. - Creating an automated climate control system for a greenhouse or indoor garden. - Using it as an altimeter in a model rocket or drone to estimate altitude based on air pressure readings. What It Is This is a humidity sensor breakout board, designed for integration into electronic projects. It operates at 3.3 V and uses an IIC, I2C interface for communication. The module incorporates a sensor capable of detecting temperature, humidity, and barometric pressure. The underlying theory for its operation is based on a Hall Sensor. This compact PCB material board provides a convenient way to add environmental sensing capabilities to various systems. Key Uses & Applications This humidity sensor module is suitable for a range of applications requiring environmental monitoring. It can be integrated into micro-controller projects for data logging of temperature, humidity, and barometric pressure. Typical uses include environmental control systems, weather stations, and smart home automation. Its multi-sensing capability makes it a versatile component for projects where multiple environmental parameters need to be measured simultaneously. How to Choose When selecting a humidity sensor, consider the voltage compatibility, which for this product is 3.3 V. The interface type, IIC or I2C, is also crucial for integration with your chosen micro-controller. Ensure the sensor type, in this case temperature, humidity, and barometric pressure, meets your project's requirements. If you have concerns about how to calibrate humidity sensor readings, consult your micro-controller's documentation for specific programming instructions. A faulty sensor may provide inconsistent readings or no data at all. Grit / Spec Guide This humidity sensor operates at 3.3 V and communicates via an IIC, I2C interface. It is constructed from PCB material. The module integrates a Hall Sensor for its sensing theory, providing data for temperature, humidity, and barometric pressure. When connecting, ensure correct polarity to prevent damage to the working sensor. Check your micro-controller's data sheet for compatible I2C pull-up resistor values if you encounter communication issues. Care & Safety Handle the humidity sensor breakout board with care to avoid damage to the PCB material and sensitive components. Always ensure the power supply is 3.3 V to prevent overvoltage. When connecting, double-check the interface pins for IIC or I2C to avoid short circuits. Keep the sensor free from dust and moisture, as these can affect the accuracy of the temperature, humidity, and barometric pressure readings. Do not attempt to physically calibrate humidity sensor components; all calibration should be done via software.