New Horizons Linear Etalon Imaging Spectral Array (LEISA) Jupiter Encounter Raw Data, Version 1.0

This collection contains a set of raw images in .FIT format for the
New Horizons Linear Etalon Imaging Spectral Array (LEISA) instrument during
the JUPITER ENCOUNTER mission phase.

LEISA is an infrared imaging spectrometer. The two-dimensional (2-D)
detector is a 256x256-pixel array. Spectral separation is done with a
wedged optical etalon filter, which comprises high (2.1-2.25 micron) and
low (1.25-2.5 micron) spectral resolution segments. The optics and
filter arrangement configure one detector dimension as spatial at
constant wavelength and the other dimension as both spectral and
spatial. Multiple frames (images) may be taken in sequence, while
scanning the Field Of View (FOV) in the spatial+spectral dimension, such
that each pixel-sized piece of the observed target will be observed at
all wavelengths across multiple frames. The resulting data products in
this data set are three-dimensional image cubes, which dimensions are
spatial, spatial+spectral, and spatial+time and which shall be convolved
into spatial, spatial, and spectral image cubes at a later date.

The Ralph (LEISA and MVIC) Jupiter activities included calibration
observations using Callisto and Jupiter as a target, scientific
observations of Jovian targets, opnav test observations of
Callisto, and mapping of solar input aperture. These data were migrated
from the PDS3 dataset: NH-X-LEISA-2-JUPITER-V1.1 (DOI: 10.26007/7veq-2v97).

Labels were redesigned during migration using the .FIT header and PDS3 .LBL
files, but the data files are unchanged from their PDS3 version.