The Mini-RF
project will fly two instruments to the Moon to use
radar to search for water ice and to demonstrate
the future NASA communications technologies. The
first instrument will map both polar regions. The
second instrument will fly on NASA's Lunar
Reconnaissance Orbiter and will perform targeted
radar observations and communications
demonstrations. A goal of both instruments is to
search inside permanently shadowed regions for
possible ice deposits. These ice deposits would be
a valuable resource to a future human
outpost.
Well, we're
not physically going to the moon, but we are going
in spirit.
Advanced Design Solutions provided PCB Design and Fabrication Services to Sandia National Labs for two of the boards that make up the Single Aperture Radar (SAR) system for the LRO Spacecraft.
Working from schematics, we performed the PCB Layout and provided assembled prototype PCB's. Requiring only minor tweaking after the prototype review, we finalized the PCB Design and provided bare fabricated boards which required specialized assembly.
Advanced Design Solutions provided PCB Design and Fabrication Services to Sandia National Labs for two of the boards that make up the Single Aperture Radar (SAR) system for the LRO Spacecraft.
Working from schematics, we performed the PCB Layout and provided assembled prototype PCB's. Requiring only minor tweaking after the prototype review, we finalized the PCB Design and provided bare fabricated boards which required specialized assembly.
Our Official Sticker
Mini-RF Project
Check it
out at NASA