Digital camera PI 640i LT 10°x 8° MO2X

industrialthermal imaginginfrared

The PI 640i infrared microscope kit with 2X magnification offers a solution tailored for engineers requiring precise temperature data for small electronic devices or Micro-Electro-Mechanical Systems (MEMS). This kit enables users to visualize thermal variations and conduct measurements on minute targets, a capability reliant on detector resolution. The system’s optics focus infrared heat energy from the device onto the IR camera’s detector elements, ensuring accurate and detailed thermal analysis of small components. Engineers often encounter discrepancies between temperature measurements obtained using contact thermocouples and those from a properly equipped infrared camera, particularly when dealing with small targets. This disparity commonly arises due to the thermal bridge effect of the thermocouple connection, which conducts heat and affects measurement accuracy. In such cases, non-contact infrared cameras tend to yield more accurate results, as they avoid the heat conduction issues associated with contact methods. Like microscopes functioning within the visible spectrum, selecting the appropriate optic involves a trade-off between the total observable field of view and the smallest target requiring observation and measurement. The highest-performing PI 640i microscope objective can detect temperature changes on targets as small as 8 µm within a field of view of 5.4 mm x 4.0 mm. Integrating a high-resolution IR camera with German-designed infrared microscope objectives and a precision mounting stage facilitates precise working distance adjustment, ensuring accurate and detailed thermal analysis of tiny components.