Yekaterina Opachich
(Nevada National Security Site)
Lawrence MacNeil
(Nevada National Security Site)
John Porter
(Sandia National Laboratory)
James Heinmiller
(Nevada National Security Site)
Alarie Alicia
(Nevada National Security Site)
Mark Kimmel
(Sandia National Laboratory)
Joel Long
(Sandia National Laboratory)
Looker Quinn
(Sandia National Laboratory)
Don Max
(Nevada National Security Site)
John Stahoviak
(Sandia National Laboratory)
Thomas Waltman
(Nevada National Security Site)
Streak Cameras are an essential diagnostic tool used in shock physics and high energy density physics experiments. Such experiments require well calibrated temporally resolving diagnostics for studying events that occur on the nanosecond to microsecond time scales. The Nevada National Security Site (NNSS) and Sandia National Laboratories (SNL) have built a 42-channel solid state streak camera (SSSC) prototype as a proof of concept for use as a streak camera replacement. This work is part of an ongoing project to develop the technology to a level competitive with analog streak cameras. The device concept, results from electronic testing and recent improvements to increase the device’s dynamic range will be discussed in this poster. DOE/NV/03624--0023
Yekaterina Opachich
(Nevada National Security Site)
Lawrence MacNeil
(Nevada National Security Site)
John Porter
(Sandia National Laboratory)
James Heinmiller
(Nevada National Security Site)
Alarie Alicia
(Nevada National Security Site)
Mark Kimmel
(Sandia National Laboratory)
Joel Long
(Sandia National Laboratory)
Looker Quinn
(Sandia National Laboratory)
Don Max
(Nevada National Security Site)
John Stahoviak
(Sandia National Laboratory)
Thomas Waltman
(Nevada National Security Site)
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