Transcript
Page 1: Advisors:  Dr. Katz and Dr. Chang

Advisors: Dr. Katz and Dr. Chang

Page 2: Advisors:  Dr. Katz and Dr. Chang

SATCOM on the MOVE (SOTM)Satellite Communication

Mobile Vehicle ConnectionPrimarily used in military applications

Generally Bulky Design

Page 3: Advisors:  Dr. Katz and Dr. Chang

SATCOM on the MOVE (SOTM)Our Design

Low Profile

FrequencyKa-Band Satellite Uplink/Downlink

30/20 GHz

SpeedRotational/Elevation SpeedGPS Tracking Adjust

Page 4: Advisors:  Dr. Katz and Dr. Chang

SATCOM on the MOVESpecifications

Spec. Requirement

Goal

Frequency 30 GHz 20 GHzBeam width 2.5o 20

Size 1.5 – 4 ft -AZ Positioning

N/A 40 RPM

Tracking N/A 90%

Page 5: Advisors:  Dr. Katz and Dr. Chang

Project BreakdownAndrew Iepson (E.E. Major)

Project ManagerAntenna DesignOverall Electrical Design

Kevin Christman (C.E. Major)Software Design/Interface

Page 6: Advisors:  Dr. Katz and Dr. Chang

Project BreakdownJames Murduca (M.E. Major)

Mechanical Assembly DesignInterface with software

Liz LiSoony (M.E. Major)ManufacturingBudget

Page 7: Advisors:  Dr. Katz and Dr. Chang

SATCOM Antenna DesignKraus’ “Big Ear” designHigh GainLow-Profile

Width of flat reflector @ 20 GHz w/ 2o beam-width: 0.45m = 1.5ft

Page 8: Advisors:  Dr. Katz and Dr. Chang

Tracking SystemUSB GPS Receiver

Determine azimuth angle

Continuously compare azimuth to set satellite position

Adjust device position as needed with motors

Page 9: Advisors:  Dr. Katz and Dr. Chang

Interface/SoftwareGPS Receiver Data - USB connection

Motor Control – Serial Port connection

C++ application to compare GPS data and adjust motors as needed

Page 10: Advisors:  Dr. Katz and Dr. Chang

Mechanical DesignRotational Mounting Device

Size: < 4ft (mountable atop an SUV)Speed: rotate the speed or the vehicle

Goal: Add Tilt Control

Manufacture:Parabolic Reflector

Page 11: Advisors:  Dr. Katz and Dr. Chang

Gantt Chart

Page 12: Advisors:  Dr. Katz and Dr. Chang

Question


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