Wedge and Strip Image Readout Systems for Photon Counting Detectors in Space Astronomy

Wedge and Strip Image Readout Systems for Photon Counting Detectors in Space Astronomy
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DOI：
10.1364/josaa.3.002139
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发表时间：
1986-12
期刊：
Topical Meeting on Quantum-Limited Imaging and Image Processing
影响因子：
--
通讯作者：
O. Siegmund;M. Lampton;J. Bixler;S. Chakrabarti;J. Vallerga;S. Bowyer;R. Malina
O. Siegmund;M. Lampton;J. Bixler;S. Chakrabarti;J. Vallerga;S. Bowyer;R. Malina
中科院分区：
其他
文献类型：
--
作者：
O. Siegmund;M. Lampton;J. Bixler;S. Chakrabarti;J. Vallerga;S. Bowyer;R. Malina

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我们讨论了楔形和条形阳极在极、远紫外光和可见光波段微通道板探测器系统中的应用。提供了通过校准极端紫外线探测卫星(EUVE)[1]探测器(开放式)和Faust-Spacelab远紫外线传感器[2](密封管，接近CSI阴极，图1)而获得的性能数据。在空间分辨率、图像线性度和稳定性、计数速率能力以及小尺度差分线性度和稳定性方面，考虑了不同应用和性能的阳极设计结构的灵活性。
We discuss the application of wedge and strip anodes to microchannel plate detector systems for extreme and far ultraviolet, and visible wavelengths. Performance data, obtained as a result of calibration of the Extreme Ultraviolet Explorer Satellite (EUVE) [1] detectors (open face) and the Faust-Spacelab far UV sensors [2] (sealed tube, proximity CsI cathode, Figure 1), is presented. The flexibility of anode design structures for differing applications and performance in terms of spatial resolution, image linearity and stability, counting rate capability, and small scale differential linearity and stability are considered.