This product is no longer manufactured. Remaining stock may still be available. Please refer to the alternatives listed below under "Similar products" or contact us directly.
Alternative Products for this discontinued product:
LDM-C50
Spectral radiance optic for BTS2048 series with integrated camera. Focus-able achromatic objective, for the usage with BTS2048 series. Different apertures and measurement distances including calibration are possible.
- Spectral radiance optic based on Zeiss objective (f1.4)
- Traceable spectral radiance calibration
- Compatible with BTS2048 series
- Integrated camera for easy alignment
Precision Spectral Radiance Optic
For the measurement of spectral radiance, Gigahertz Optik GmbH offers the LDM-C50 entrance optics that can be combined with the BTS2048 series. It offers a camera for alignment purposes. This all is implemented in the small and very easy to use LDM-C50 system.
Adjustable Measurement Distance, Aperture, etc.
The integrated camera makes the alignment to the device under test easy for the operator. Each setup can be calibrated and the corresponding calibration is saved in the BTS2048 device. With the help of the e.g. S-BTS2048 software, the operability is also very intuitive. We currently support the spectral range from 360 nm up to 1000 nm.
(In general different F-Mount objectives with different focal length, spectral ranges, etc. are available. Please contact us for further information.)
High-Quality Focus-able Objective
The LDM-C50 is based on a high a high-quality Zeiss objective (f1.4), chromatically corrected lens. The measurement distance ranges from 0.45m to infinity. The camera image is taken by a high quality beam splitter.
Traceable Calibration
Calibration of the spectral radiance is performed by Gigahertz-Optik‘s calibration laboratory for optical measurands. The details provided in the calibration certificate are as stipulated by the ISO 17025 specifications.
LDM-C50 with BTS2048-VL-2-TEC
The integrated camera allows easy adjustment of the spectral measurement field (FOV) to the measurement location. In the example, the field of view was positioned to a small aperture. The field of view is displayed in the S-BTS2048 user software.
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