Paper 13093-155
Designing a compact, self-contained control and power system for a DMD-based spectrograph suitable for the space environment
17 June 2024 • 17:30 - 19:00 Japan Standard Time | Room G5, North - 1F
Abstract
A NASA-funded technology maturation effort to develop multi-object spectroscopy in space will be performed with a digital micromirror device (DMD) on the Spectroscopic Ultraviolet Multi-object Observatory (SUMO) Prototype. It will be the first DMD-based instrument to operate in space as a secondary payload on the CU Boulder sounding rocket INFUSE. The SUMO Prototype consists of: a DMD manufactured by Texas Instruments, an off-the-shelf camera for the imaging channel, a custom NUV CCD camera developed in-house at the Laboratory for Atmospheric and Space Physics (LASP) for the spectral channel, a Raspberry Pi for the flight computer, a controller for the DMD, and an electrical power system (EPS) with a rechargeable battery. The SUMO Prototype is nominally scheduled for flight in the Spring of 2025.
Presenter
William Snyder
Lab. for Atmospheric and Space Physics (United States)
William Snyder is a Graduate Research Assistant at the Laboratory for Atmospheric and Space Physics working on electronics for the Colorado Ultraviolet Spectroscopy Program. He is currently studying for a MS in Electrical Engineering at the University of Colorado Boulder with a focus in Power Electronics.