| Japanese Version | | English Version | Experimental Overview Pointing a CCD Camera toward any direction and acquiring image by commands from Ground Station Experimental Objective Uplink Engineering Test         CanSat receives commands transmitted from GS. Teleoperation Engineering Test         CanSat takes a still picture at optional time by receiving a command from GS. SSTV Engineering Test         Convert a still picture into SSTV fome and transmit it by the SSTV fome to the ground station. Exwerimental Signification   Operating this ARLISS experiment, we make a basic study of micro/pico satellite, Communication technology, teleoperation technology, transmitting by SSTV form technology, and this experiment is applicable to CubeSat project. CanSat#005 "SSTV-Sat" System Block Diagram CanSat#005 "SSTV-Sat" Experimental Sequence 1. Before CanSat is inserted into carrier, power of SSTV scan converter and transceiver are ON. 2. After CanSat release, transmit commands to the satellite from GS. 3. Receive a still picture from CanSat, and store in the PC's HD on the GS. 4. Repeat transmitting commands and receiving image to the end of battery life. 5. Recover the CanSat. For More Information    § SRTL Director          Prof. Saburo MATUNAGA< Matunaga.Saburo@horse.mes.titech.ac.jp>    § SRTL ARLISS 2000 CANSAT TEAM Student Director          Koji NAKAYA< koji@horse.mes.titech.ac.jp>    § CANSAT#005 "SSTV-Sat" Project Manager          Hirotaka SAWADA< hiro@horse.mes.titech.ac.jp> | Japanese Version | | English Version |

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Copyright(C) 1999,2000,2001 -CANSAT 5 SSTV-Sat- All rights reserved. Tokyo Institute of Technology    Space Robotics and Teleoperations Laboratory (SRTL) ARLISS 2000 CANSAT TEAM Contact : Hirotaka SAWADA