| LionSAT Hybrid Plasma Probe | ||
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LionProbe Design 1.0 Introduction 2.0 Background 2.1 Langmuir Theory 2.2 PFP Theory 2.3 Plasma Sheath 3.0 Implementation 3.1 Microprocessor 3.2 A/D & D/A Convert 3.3 Electrometer 3.4 DDS & Comparator 3.5 Phase Detection 3.6 Signal Combination 3.7 Sensor Heads 3.8 Boom Selection 3.9 Other Schematics 4.0 Results 5.0 Project Value 6.0 Cost Analysis 7.0 Conclusion 8.0 Future Work 9.0 References |
Conclusion From the examination of the simulation results, we are confident that our hybrid plasma probe design will accomplish its mission goals as the main scientific payload of LionSat. We understand that since LionSat is a two-year endeavor, the design will continue to be refined into a final state, but we were able to create a preliminary board layout this semester that will help with the evolution of the HPP. Not only has this project resulted in a workable hybrid plasma probe design, it has succeeded in giving the members of LionProbe valuable design experience that will be carried with them through their engineering careers. Topics introduced to us but not limited to include: basic plasma physics, plasma measurement techniques, advanced circuit design and circuit board layout, satellite boom structures, systems integration and team communication, technical writing, basic satellite design with respect to structure, power, materials, communication, stability and dynamics…etc. It is the experience of working on a project of such an immense magnitude that makes the members of LionProbe and all of LionSat useful for completing future engineering ventures.
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