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Manafzadeh Microbolometer FEA

Screenshot 2 - PostProcessorScreenshot
Screenshot 2 - PostProcessorScreenshot
PostProcessorScreenshot
2D
Screenshot 1 - PostProcessorScreenshot
PostProcessorScreenshot
2D
Screenshot 2 - PostProcessorScreenshot
PostProcessorScreenshot
2D
Screenshot 1 - PostProcessorScreenshot
PostProcessorScreenshot
2D
Part I - Run 2 - SimulationRun
SimulationRun
3D
Part I - run 1 - SimulationRun
SimulationRun
3D
13um-microbolometer-firstcut - Geometry
Geometry
3D
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geometries 1 Geometry
meshes 3 Meshes
simulations 1 Simulation setup
runs 2 Results

About this project

Each microbolometer captures a "pixel" for the thermal image. The working principle is that a portion of the sensor absorbs focused infrared light from an IR lens system, which causes the sensor to heat up. Resistive thermometry is then used to measure the change in temperature of the pixel, which through thermal modeling can be related to the temperature. We are now going to model part of that process.

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