High Resolution Thermography for Electronics Research
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Thermography for Electronics Research
Precisely find hotspots on PCBs
Non contact infrared measurement solutions for high precision temperature profiling for electronics research. Circuit boards form the backbone of the electronics industry. As they continually shrink in size, their power must correspondingly increase to meet quality standards. Enhancing product quality, reducing manufacturing time, and cutting production costs are simultaneous goals. This is achieved through the implementation of cutting-edge control and measurement processes spanning from development to manufacturing, including rigorous quality monitoring. A pivotal component of this process is non-contact temperature measurement, facilitated by stationary thermal imagers and pyrometers
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Electronics Design and Validation
Infrared cameras play a crucial role in the development, testing, and manufacturing of electronic assemblies. Offering high resolutions, they enable the precise measurement of temperatures and temperature distributions, even in miniaturized components. This capability aids in error detection during the design phase and ensures the reliable identification of faulty components. Ultimately, the use of infrared cameras leads to expedited and more secure electronics development processes.
Component Inspection
Infrared cameras equipped with microscope optics, coupled with high-performance infrared thermometers, enable the detection of minute measurement areas or spots as small as 28 µm. This capability facilitates the precise examination of individual components and junctions, allowing for the identification of heating spots or heat interactions between them.
Design Validation
As electronic assemblies strive to become smaller, more powerful, and cost-effective, design, encompassing both element arrangement and application, becomes pivotal. Efficient heat management is essential in this pursuit, and infrared measurement technology plays a crucial role. The VGA thermal imager, is ideally suited for these tasks, offering precise thermal monitoring capabilities to optimize performance and reliability
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