Dr. Hannes Duncker Profile

Dr. Hannes Duncker

at TRIOPTICS GmbH

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Proceedings Article | 6 October 2017 Paper

MTF measurement of IR optics in different temperature ranges

Alexander Bai, Hannes Duncker, Eugen Dumitrescu

Proceedings Volume 10433, 104331D (2017) https://doi.org/10.1117/12.2275308

KEYWORDS: Modulation transfer functions, Temperature metrology, Thermography, Infrared imaging, Infrared sensors, Distortion, Optics manufacturing, Optical testing, Staring arrays, Mid-IR

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Infrared (IR) optical systems are at the core of many military, civilian and manufacturing applications and perform mission critical functions. To reliably fulfill the demanding requirements imposed on today’s high performance IR optics, highly accurate, reproducible and fast lens testing is of crucial importance. Testing the optical performance within different temperature ranges becomes key in many military applications.

Due to highly complex IR-Applications in the fields of aerospace, military and automotive industries, MTF Measurement under realistic environmental conditions become more and more relevant. A Modulation Transfer Function (MTF) test bench with an integrated thermal chamber allows measuring several sample sizes in a temperature range from -40 °C to +120°C. To reach reliable measurement results under these difficult conditions, a specially developed temperature stable design including an insulating vacuum are used.

The main function of this instrument is the measurement of the MTF both on- and off-axis at up to +/-70° field angle, as well as measurement of effective focal length, flange focal length and distortion.

The vertical configuration of the system guarantees a small overall footprint. By integrating a high-resolution IR camera with focal plane array (FPA) in the detection unit, time consuming measurement procedures such as scanning slit with liquid nitrogen cooled detectors can be avoided.

The specified absolute accuracy of +/- 3% MTF is validated using internationally traceable reference optics. Together with a complete and intuitive software solution, this makes the instrument a turn-key device for today’s state-of- the-art optical testing.

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