MLX90640 far thermal sensor array, 32x24 pixel Key benefits sensitivity and clear temperature detail: NETD 0.1 K RMS at 1 Hz provides precise thermal contrast for easy hotspot identification. Low noise performance: enables reliable readings in varying environments without excessive image noise. Flexible data transfer: fast communication mode configurable up to 1 MHz to support higher data throughput when needed. Versatile frame rates: programmable frame rate from 0.5 to 64 Hz (0.25 to 32 FPS) to suit realtime viewing or powerefficient scanning. What it offers 32 by 24 pixel infrared sensor array for efficient thermal mapping and visualization. Realtime thermal data with adjustable frame rates to balance speed and power use. Robust performance characteristics suitable for integration into thermal imaging workflows. Use scenarios Electrical and mechanical equipment monitoring: quickly identify overheating components, bearing wear, or abnormal heat patterns to support maintenance planning. Building diagnostics and energy auditing: detect heat loss, insulation gaps, or thermal bridges to improve energy efficiency. Robotics and automation: integrate thermal sensing to monitor temperature distributions on machinery, aiding control decisions and safety monitoring. Specifications at a glance Sensor: MLX90640 far thermal sensor array, 32x24 pixels NETD: 0.1 K RMS at 1 Hz Noise performance: low noise Data communication: fast mode up to 1 MHz Programmable frame rate: 0.564 Hz (0.2532 FPS) Note: This description preserves the original product model, function, and specifications without adding details.