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Payload
Flight Number:
2007-03
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Institution:
University of Louisiana
- Lafayette
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Payload
Title:
Super Capacitor Driven
CubeSat Power System
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Student Leader:
Chris Cole
Department of Electrical Engineering
P.O. Box 44525
University of Louisiana
Lafayette, LA
70504
Cell: 337-255-7895
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Faculty
Advisor:
Paul Darby
Department of Electrical Engineering
P.O. Box 43890
University of Louisiana
Lafayette, LA 70504-3890
Office: 337-482-5741
Ipd4586@louisiana.edu
Fax: 337-482-6687
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Payload class:
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Small
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Payload ID
Number:
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05
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Mass Limit:
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0.4 kg
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Current Limit:
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0.1 A
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Serial Downlink:
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Yes
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Analog Downlink:
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No
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Serial Commands:
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No
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Discrete
Commands:
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No
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Payload
Specification & Integration Plan
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Due: 6/1/2007
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Delivered:
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Payload
Integration Certification
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Scheduled:
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Actual:
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Flight Operation
Plan
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Due:
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Delivered:
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Final Flight /
Science Report
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Due: 12/15/2007
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Delivered:
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Abstract:
The
project is part of the overall Cajun Advanced Picosatellite
Experiment (CAPE) effort at University of Louisiana
– Lafayette
and is designed to test a solar cell / supercapacitor power system
for a future cubesat space payload.
The charging and discharging of the supercapacitor will be
studied for high (1 A) and low (100 mA) currents at high altitude to
determine the overall efficiency and general performance of the
system.
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Application:
Super
Capacitor Driven CubeSat Power System
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Payload
Specification and Integration Plan:
Super Capacitor
Driven Cubesat Power System Integration Plan |
Mission Operations Plan:
SuperCAP
Mission Operations Plan |
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Summary
Status:
Original
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Summary
Date:
January 15, 2007
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