Precision Thermal Imaging for Industrial and Embedded Applications: Discover the Power of the MLX90640 FOV 55x35 Thermal Camera

Experience reliable, high-resolution thermal imaging with the MLX90640 FOV 55x35 Thermal Camera—a fully calibrated infrared solution engineered for accuracy, efficiency, and seamless integration. Designed around a 32x24 pixel array delivering 768 FIR (Far Infrared) data points, this thermal camera is ideal for real-time temperature mapping across various fields, including industrial automation, building diagnostics, safety monitoring, and smart home systems.

Equipped with an ambient temperature sensor and a VDD supply monitor, all crucial sensor readings—including infrared, ambient temperature (Ta), and power voltage (VDD)—are stored in internal RAM for fast retrieval via the I2C digital interface. The thermal camera supports a wide target temperature range from -40°C to 300°C and operates reliably within a -40°C to 85°C range, making it highly adaptable for challenging environments. With support for popular programming languages such as Python and C++, and backed by a robust Software Development Kit (SDK), it ensures effortless integration into embedded systems, PC applications, and portable solutions.

Key Features at a Glance:

High-Resolution Thermal Sensor:
32x24 pixel FIR array offering 768 thermal data points for detailed thermal analysis.
Wide Temperature Measurement Range:
Detects temperatures from -40°C to 300°C with exceptional accuracy.
Factory Calibrated Sensor:
Delivers out-of-the-box accuracy without requiring additional setup or recalibration.
Wide Field of View:
55° x 35° FOV ideal for capturing large scenes in a single frame.
Low Power Consumption:
Operates efficiently at less than 23mA, perfect for battery-powered devices.
I2C Digital Interface:
Compatible with 3.3V and 5V systems; simplifies data communication and integration.
Flexible Refresh Rate:
Programmable frame rates ranging from 0.5Hz to 64Hz for dynamic imaging needs.
Advanced Thermal Sensitivity:
Features a Noise Equivalent Temperature Difference (NETD) of just 0.1K RMS at 1Hz.
SDK Support:
Comes with an easy-to-use SDK for Python and C++, accelerating development.
Compact and Portable Design:
Suitable for space-constrained applications and mobile thermal inspection tools.