MLX90640 55° FOV Thermal Camera IR Array Breakout Qwiic Compatible - 7Semi

MLX90640 55° FOV Thermal Camera IR Array Breakout Qwiic Compatible - 7Semi Discover precise, real-time thermal imaging with the 7SEMI MLX90640 55° FOV Thermal Camera IR Array Breakout, Qwiic Compatible. Built around a powerful 32×24-pixel FIR sensor array, this breakout captures 768 temperature points simultaneously, delivering detailed infrared maps for industrial, diagnostic, and safety applications. Designed for seamless integration, the MLX90640 features a digital I2C interface, onboard ambient temperature sensor, and VDD supply monitoring. All critical data is stored in internal RAM for fast retrieval, enabling quick, efficient processing. With a broad target measurement range from -40°C to 300°C and reliable operation from -40°C to +85°C, this thermal camera thrives even in harsh conditions. Supporting popular programming environments like Python and C++, and bundled with a robust SDK, it’s ideal for embedded systems, PC applications, and portable solutions. Whether for smart homes, industrial automation, or security monitoring, the 7SEMI MLX90640 brings powerful thermal imaging to your fingertips. Connection with Raspberry Pi Features: High-Resolution Thermal Sensor: 32×24-pixel FIR array providing 768 thermal data points. Wide Temperature Measurement Range: Accurately measures from -40°C to 300°C. Factory Calibrated Sensor: Ready for immediate use without recalibration. Wide Field of View: 55° × 35° FOV captures large areas in a single frame. Low Power Consumption: Operates at less than 23mA, ideal for battery-powered devices. I2C Digital Interface: Compatible with both 3.3V and 5V systems; simplifies integration. Flexible Refresh Rate: Programmable frame rates from 0.5Hz to 64Hz for dynamic imaging. Advanced Thermal Sensitivity: NETD of just 0.1K RMS at 1Hz for fine thermal resolution. SDK Support: Comes with easy-to-use SDKs for Python and C++ to accelerate development. Compact and Portable Design: Suitable for space-constrained and mobile applications.