This conference poster reviews the Indium hybridization of the large format TES bolometer arrays. We are developing a key technology to enable the next generation of detectors. That is the Hybridization of Large Format Arrays using Indium bonded detector arrays containing 32x40 elements which conforms to the NIST multiplexer readout architecture of 1135 micron pitch. We have fabricated and hybridized mechanical models with the detector chips bonded after being fully back-etched. The mechanical support consists of 30 micron walls between elements Demonstrated electrical continuity for each element. The goal is to hybridize fully functional array of TES detectors to NIST readout
The next generation Advanced ACTPol (AdvACT) experiment is currently underway and will consist of fo...
L’évolution de la microélectronique suit plusieurs axes notamment la miniaturisation des éléments ac...
This paper reports the latest design and the associated fabrication technology of the Mk II prototyp...
The advance of new detector technologies combined with enhanced fabrication methods has resulted in ...
We report progress toward large arrays of sensitive TES bolometers for submillimeter and far-infrare...
We report progress toward large arrays of sensitive TES bolometers for submillimeter and far-infrare...
We have demonstrated the hybridization of large mosaics of far-infrared detectors, joining separatel...
Future space submillimeter telescopes will require large-format (many 1000's of elements) imagi...
Future submillimeter and far-infrared space telescopes will require large-format (many 1000's o...
The light in sub-millimeter and far-Infrared (FIR) wavelengths from deep space can travel in an incr...
For future far-infrared and submillimeter astrophysics missions like SAFAIR (Single Aperture Far Inf...
The far-IR band is uniquely suited to study the physical conditions in the interstellar medium from ...
Silicon: Gallium infrared detector assemblies were designed, fabricated, and tested using techniques...
We review the current status of detector development at NASA's Goddard Space Flight Center and addre...
We are developing lumped-element kinetic inductance detectors (LEKIDs) designed to achieve backgroun...
The next generation Advanced ACTPol (AdvACT) experiment is currently underway and will consist of fo...
L’évolution de la microélectronique suit plusieurs axes notamment la miniaturisation des éléments ac...
This paper reports the latest design and the associated fabrication technology of the Mk II prototyp...
The advance of new detector technologies combined with enhanced fabrication methods has resulted in ...
We report progress toward large arrays of sensitive TES bolometers for submillimeter and far-infrare...
We report progress toward large arrays of sensitive TES bolometers for submillimeter and far-infrare...
We have demonstrated the hybridization of large mosaics of far-infrared detectors, joining separatel...
Future space submillimeter telescopes will require large-format (many 1000's of elements) imagi...
Future submillimeter and far-infrared space telescopes will require large-format (many 1000's o...
The light in sub-millimeter and far-Infrared (FIR) wavelengths from deep space can travel in an incr...
For future far-infrared and submillimeter astrophysics missions like SAFAIR (Single Aperture Far Inf...
The far-IR band is uniquely suited to study the physical conditions in the interstellar medium from ...
Silicon: Gallium infrared detector assemblies were designed, fabricated, and tested using techniques...
We review the current status of detector development at NASA's Goddard Space Flight Center and addre...
We are developing lumped-element kinetic inductance detectors (LEKIDs) designed to achieve backgroun...
The next generation Advanced ACTPol (AdvACT) experiment is currently underway and will consist of fo...
L’évolution de la microélectronique suit plusieurs axes notamment la miniaturisation des éléments ac...
This paper reports the latest design and the associated fabrication technology of the Mk II prototyp...