Performance and Calibration of H2RG Detectors and SIDECAR ASICs for the RATIR Camera
The Reionization And Transient Infra-Red (RATIR) camera has been built for rapid Gamma-Ray Burst (GRE) followup and will provide simultaneous optical and infrared photometric capabilities. The infrared portion of this camera incorporates two Teledyne HgCdTe HAWAII-2RG detectors, controlled by Teledy...
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| creator | Fox, Ori D. Kutyrev, Alexander S. Rapchun, David A. Klein, Christopher R. Butler, Nathaniel R. Bloom, Josh de Diego, Jos A. Simn Farah, Alejandro D. Gehrels, Neil A. Georgiev, Leonid Gonzlez-Hernandez, J. Jess Lee, William H. Loose, Markus Lotkin, Gennadiy Moseley, Samuel H. Prochaska, J. Xavier Ramirez-Ruiz, Enrico Richer, Michael G. Robinson, Frederick D. Romn-Zuniga, Carols Samuel, Mathew V. Sparr, Leroy M. Watson, Alan M. |
| description | The Reionization And Transient Infra-Red (RATIR) camera has been built for rapid Gamma-Ray Burst (GRE) followup and will provide simultaneous optical and infrared photometric capabilities. The infrared portion of this camera incorporates two Teledyne HgCdTe HAWAII-2RG detectors, controlled by Teledyne's SIDECAR ASICs. While other ground-based systems have used the SIDECAR before, this system also utilizes Teledyne's JADE2 interface card and IDE development environment. Together, this setup comprises Teledyne's Development Kit, which is a bundled solution that can be efficiently integrated into future ground-based systems. In this presentation, we characterize the system's read noise, dark current, and conversion gain. |
| format | Conference Proceeding |
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| subjects | Instrumentation And Photography |
| title | Performance and Calibration of H2RG Detectors and SIDECAR ASICs for the RATIR Camera |
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