2007Unpublished venueRequires access

Auxiliary resistive components for millimeter to sub-mm astronomical observatories

Ari-David Brown, James A. Chervenak, David T. Chuss, Ross Henry, Edward J. Wollack, Vilem Mikula

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Abstract

The authors fabricate and test two types of auxiliary resistive components that are essential for the optimization of ACT's transition edge sensor bolometers. The authors found that implanted silicon absorbers are adequate for effectively coupling radiation to the bolometers. Furthermore, development of methodology for fabrication of shunt resistors that will allow for tight optimization of bolometer time constant and sensitivity.

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What this paper is about

The authors fabricate and test two types of auxiliary resistive components that are essential for the optimization of ACT's transition edge sensor bolometers. The authors found that implanted silicon absorbers are adequate for effectively coupling radiation to the bolometers. Furthermore, development of methodology for fabrication of shunt resistors that will allow for tight optimization of bolometer time constant and sensitivity.

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Available abstract

The authors fabricate and test two types of auxiliary resistive components that are essential for the optimization of ACT's transition edge sensor bolometers. The authors found that implanted silicon absorbers are adequate for effectively coupling radiation to the bolometers. Furthermore, development of methodology for fabrication of shunt resistors that will allow for tight optimization of bolometer time constant and sensitivity.

Key concepts: Bolometer, Resistive touchscreen, Resistor, Millimeter, Fabrication, Optoelectronics, Transition edge sensor, Materials science

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