SystemPlus publishes a reverse engineering report of Heimann 32 x 32-pixe thermopile LWIR sensor with silicon lens:
"A low-definition, 32 x 32 thermopile sensor, Heimann Sensor’s HTPA32x32d is... cheaper than a microbolometer and easier to integrate, the thermopile offers very good performance for applications that do not require high-resolution images and a high frame rate.
The thermopile array sensor consists only of a 0.5cm³ camera (with lens). The system is made easy for integrators with a digital I²C interface, and includes for the first time a silicon lens for low-cost applications. The 32 x 32 array sensor uses a 90µm pixel based on a thermopile technology for a very compact design."
"A low-definition, 32 x 32 thermopile sensor, Heimann Sensor’s HTPA32x32d is... cheaper than a microbolometer and easier to integrate, the thermopile offers very good performance for applications that do not require high-resolution images and a high frame rate.
The thermopile array sensor consists only of a 0.5cm³ camera (with lens). The system is made easy for integrators with a digital I²C interface, and includes for the first time a silicon lens for low-cost applications. The 32 x 32 array sensor uses a 90µm pixel based on a thermopile technology for a very compact design."
Heinmann Thermopile Sensor Reverse Engineered
Reviewed by MCH
on
April 28, 2018
Rating:
Reviewed by MCH
on
April 28, 2018
Rating:
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