Thermal Imaging Microscope For Research and Development
Description
As electro-mechanical (MEMS), electro-optical, and medical devices continue to decrease in size, heat generation and thermal dissipation become increasingly important. Most failures in small devices are either caused by excessive heat or they generate excessive heat. Localized heating induces temperature stresses that can affect device reliability and performance. The Micro radiometric thermal imaging microscope measures and displays the temperature distribution over the surface of small devices. This enables quick detection of hot spots and thermal gradients which may indicate a defect site and frequently lead to decreased efficiency and early failure.
Thermal Imaging Microscope For Research and Development
Specifications |
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|---|---|
| Video Output Format: | Not Specified |
| Frame Rate: | 60 Hz |
| Array Size (Horizontal): | 640 Pixels |
| Array Size (Vertical): | 480 Pixels |
| Min Working Distance: | 100 mm |
| Pixel Resolution (@ Min Working Dist.): | 140 um |
| Focal Length: | 12 mm |
| Working F/#: | 1.02 |
Features
True temperature mapping using Emissivity Tables
Analyze thermal images using region statistics
Record thermal movies with sequence analysis
Temperature graphing and charting
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United States
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Frequently Asked Questions
The Micro radiometric thermal imaging microscope can detect hot spots and thermal gradients which may indicate a defect site and frequently lead to decreased efficiency and early failure, allowing for quick detection and prevention of such issues.
The Micro radiometric thermal imaging microscope has features such as true temperature mapping using Emissivity Tables, the ability to analyze thermal images using region statistics, the ability to record thermal movies with sequence analysis, and temperature graphing and charting.
The Micro radiometric thermal imaging microscope measures and displays the temperature distribution over the surface of small devices. This enables quick detection of hot spots and thermal gradients which may indicate a defect site and frequently lead to decreased efficiency and early failure.
The Micro radiometric thermal imaging microscope has different lens options with spatial resolutions of 80µm/pixel, 20µm/pixel, and 5µm/pixel.
The Micro radiometric thermal imaging microscope can be used to analyze electro-mechanical (MEMS), electro-optical, and medical devices.