Product Overview

The SHT40 Breakout, equipped with a Qwiic connector, serves as a dedicated sensor module designed for temperature and humidity measurements. This digital sensor, crafted by Sensirion, a reputable Swiss company renowned for its top-tier sensor production, boasts exceptional accuracy and reliability. The breakout board is meticulously engineered for seamless project integration, featuring a Qwiic connector that facilitates swift and straightforward connections with other Qwiic-enabled devices.

Employing Sensirion's CMOSens Technology, the SHT40 sensor amalgamates the sensing element and signal processing on a singular chip, enabling precise measurements with a remarkably low power consumption of merely 1.2uW in ultra-low power mode. The sensor exhibits a temperature span from -40C to 125C with an accuracy level of +-0.2C. Additionally, it covers a humidity range of 0% to 100% RH with an accuracy of +-1.5% RH.

The breakout board comes fully equipped with all essential components for interfacing with the SHT40 sensor, accompanied by the convenience of a Qwiic connector to facilitate hassle-free integration with other Qwiic-enabled devices. The Qwiic system, designed as a plug-and-play interface, eliminates the necessity for soldering or intricate wiring. The Qwiic connector streamlines the process by enabling automatic device detection, simplifying the addition of new sensors or components to projects without requiring additional configuration.

Compatible with a diverse array of microcontrollers, such as Arduino, Raspberry Pi, and other popular development boards, the SHT40 Breakout with Qwiic connector provides libraries for numerous programming languages. This makes interfacing with the sensor and attaining precise temperature and humidity readings a straightforward task.

The SHT40 Breakout with Qwiic connector emerges as an immensely reliable and precise sensor module, ensuring easy project integration through its user-friendly Qwiic connector. Its commendable attributes, including low power consumption, broad temperature and humidity coverage, and high accuracy, position it as a preferred choice across various applications, including environmental monitoring, HVAC systems, and weather stations.

Features