Here comes the top - notch humidity and temperature sensor from DFRobot. It's accurate, long - lasting, highly compatible, and super easy to use. This sensor utilizes the SHT1x sensor, which is individually calibrated in a precision humidity chamber. The calibration coefficients are stored in an OTP memory on the chip to internally calibrate sensor signals. With a 2 - wire serial interface and internal voltage regulation, it integrates into systems easily and quickly. Its small size and low power consumption make it ideal for even the most demanding applications. Specifications include a SHT10 chip, digital interface, 0 - 100%RH humidity range, - 40~128.8°C temperature range, ±4.5%RH humidity accuracy, ±0.5°C (25°C) temperature accuracy, 32x27mm (1.26 x 1.1 in) size, 5 - gram weight, and 3.3V - 5V voltage. Documents available are Wiki, data sheet, Arduino Library compatible with Arduino IDE 1.0 or later, and schemetic. The shipping list contains 1 sensor and 2 digital cables. Improvements are a wide 3.3V - 5V voltage range, standard assembling structure, easily recognizable sensor interfaces, function - illustrating icons, high - quality connector, and immersion gold surface.



Using this humidity and temperature sensor is a breeze. First, connect it to your system according to the provided schemetic. Make sure to use the digital cables in the shipping list. The sensor works well with Arduino IDE 1.0 or later if you're using an Arduino. When it comes to voltage, you can use any power supply between 3.3V and 5V. As for placement, try to put it in an area where it can accurately measure the humidity and temperature you want to monitor. When handling the sensor, be gentle because it's small and delicate. Avoid exposing it to extreme conditions outside its specified temperature and humidity ranges, like very high heat or excessive moisture. For maintenance, keep it clean and dry. If there's any dust on it, you can use a soft brush to gently clean it. And that's all you need to know to get the most out of this sensor.