QB50 System Requirements Document

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FIPEX on QB50 Date: 06.02.2013--- DRAFT---- Issue: 1.0.2ICD Page: 15 / 25OBC_SU_ON (0x0F)This SCRIPT command is ONLY read & interpreted by the OBC to turn the ON SU at timegiven by “@t”.OBC_SU_OFF (0xF0)This SCRIPT command is ONLY read & interpreted by the OBC to turn the OFF SU at timegiven by “@t”.OBC_SU_END (0xFF)This SCRIPT command is ONLY read & interpreted by the OBC to stop running SCRIPT attime given by “@t”.SU_STDBY (0x02)This command is sent to the SU to put the SU into the STANDBY state at time given by “@t”.CMD_IDLEN= 0x02= 0x00 number of BYTES to followThe sensors are turned OFF when going to STDBY stateSU_RSP (0x03)This command is sent to the SU to request the science response packet (after runningSU_FULL or SU_BURST command), when the RDY signal is asserted at time given by “@t”.CMD_IDLEN= 0x03= 0x00 number of BYTES to followResponse packet format is:RSP_IDLEN:= 0x03= one BYTE value representing the number of 16-bit WORDS tofollow the LEN parameterBn= packet data in BYTESName:ILR-RFS_FPXQB50_ICD_1000
FIPEX on QB50 Date: 06.02.2013--- DRAFT---- Issue: 1.0.2ICD Page: 16 / 25SU_SP (0x04)Set Parameter to value at time given by “@tCMD_ID= 0x04LEN= 0x06 number of BYTES to followPARAMID: = 2-BYTE parameter identifier (default TBD)VALUE:= 4-BYTE parameter value. LS BYTE sent first (LITTLE ENDIAN)(default TBD)SU_GP (0x05)This command returns the set of parameters “@t”.Command format is:CMD_IDLEN= 0x05= 0x02 number of BYTES to followPARAMID = 2-BYTE parameter identifier (default 0)Response packet format is:RSP_IDLEN:Bn= 0x05= one BYTE value representing the number of 16-bit WORDS tofollow the LEN parameter= packet data in BYTESSU_HC (0x07)NOTE: The HEALTH_CHECK command “SU_HC” can ONLY be run from Standby state.“SU_HC” command format is:CMD_IDLEN= 0x07= 0x00Name:ILR-RFS_FPXQB50_ICD_1000
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QB50System Requirementsand Recommen
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Science Payload Interface Control D
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1. CubeSat System Requirements1.1 S
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Figure 3: 3U CubeSat extended volum
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possibility of using other team’s
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QB50-SYS-1.5.11. Every science pack
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3. Display which ground station is
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2.3 Spacecraft ContaminationQB50-SY
Page 22: 4.1 MechanicalAs shown in Figure 5,
Page 25 and 26: Attachment A: INMS Interface Contro
Page 27 and 28: CHANGE RECORDIssue Date Sections ch
Page 29 and 30: 5.9.4 OBC_SU_ON (0xFB) ............
Page 31 and 32: 2 Normative and Informative documen
Page 33 and 34: CUBESAT side connector to attach to
Page 35 and 36: 4.1.1 SWITCHED Power PinsThe +5, +3
Page 37 and 38: 4.4 Power BudgetThe power budget is
Page 39 and 40: 5.3 Command & Response Handling5.3.
Page 41 and 42: 5.4 Command Packet Structure to Sci
Page 43 and 44: 5.7 SU State Transition DiagramThe
Page 45 and 46: 5.9.2 Script TIME Field - @tTime-ta
Page 47 and 48: 5.9.9 SU_STIM (0x04)This command wi
Page 49 and 50: 5.9.12 SU_CALM (0x07)This command r
Page 51 and 52: 5.9.14 SU_HK (0x09)The HOUSE_KEEPIN
Page 53 and 54: 5.10 Example SU Command Sequence Sc
Page 55 and 56: 7 Attitude ControlThe CubeSat shall
Page 57 and 58: Attachment B: FIPEX Interface Contr
Page 59 and 60: FIPEX on QB50 Date: 06.02.2013--- D
Page 71: FIPEX on QB50 Date: 06.02.2013--- D
Page 83 and 84: Attachment C: m-NLP Interface Contr
Page 85 and 86: TITLE: QB50 m-NLP Science Unit Inte
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