All of Labsphere’s detector assemblies are compatible with Labsphere’s modular integrating spheres, and designed to provide greater configuration flexibility. All detectors are contained in a housing that fits on a 0.5-inch diameter integrating sphere port frame or port adaptor. Each detector assembly includes a BNC connector and 10 ft coaxial cable.
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Labsphere offers five different types of non-cooled detector assemblies that are used in a variety of applications.
Silicon Detector Assembly: SDA-050-U-RTA-CX
The silicon detector assembly is a UV-enhanced photovoltaic detector designed to monitor radiation in an integrating sphere. The unfiltered detector assembly has a broad spectral response from 190 to 1100 nm. Low dark current, high sensitivity, and reliability enable it to be used in a wide variety of optical measurements.
Photopic Detector Assembly: SDA-050-P-RTA-CX
The photopic detector assembly is filtered to closely match the CIE photopic observer in the visible region (380 – 780 nm). When integrated with Labsphere’s spheres and systems, it can provide highly accurate photometric measurements due to low dark current, high linearity, and high stability.
Germanium Detector Assembly: GDA-050-U-RTA-CX
The germanium detector assembly monitors radiation in an integrating sphere. The high-quality photodiode is designed for the 800 to 1800 nm wavelength range. The detector has high responsivity, good linearity, fast response times, and excellent long-term stability.
Indium Gallium Aresenide Detector Assembly: IDA-050-U-RTA-CX
The InGaAs detector assembly monitors radiation in an integrating sphere and is spectrally sensitive from 800 to 1700 nm. Due to state-of-the-art sensitivity and high responsivity, the detectors are ideal for optical power measurement applications.
Extended range InGaAs Detector Assembly: IDA-EXT-050-RTA-CX
The extended range InGaAs detector assembly is designed for greater flexibility and wider application range. The high-quality photodiode embedded in the detector assembly is designed for the 800 to 2600 nm wavelength range. The detector provides fast rise time, uniformity of response, excellent sensitivity, and long-term reliability for a wide range of applications.