Safran CORTEX CRT Quantum User Manual page 13

F 22: 2 O PLL T
IGURE ND RDER
F 23: 3 O PLL T
IGURE RD RDER
F 24: P
IGURE OST DETECTION
F 25: P
IGURE RE DETECTION
F 26 : P
IGURE OST DETECTION
F 27: P
IGURE RE DETECTION
F 28: P
IGURE ROBABILITY OF
F 29: P
IGURE ROBABILITY OF
F 30: CRT P
IGURE ERFORMANCE VERSUS
F 31: P
IGURE ROBABILITY OF
F 32: P
IGURE ROBABILITY OF
F 33: CRT LDPC BER
IGURE
F 34: CCSDS BER
IGURE PERFORMANCE FOR ALL RATES
F 35: TM C : I/O P
IGURE HAIN
F 36: TM C : I/O P
IGURE HAIN
F 37: M C : I/O P
IGURE HAIN
F 38: TM C : I/O P
IGURE HAIN
F 39: TM C : I/O P
IGURE HAIN
F 40: TM C : I/O P
IGURE HAIN
F 41: TM C : I/O P
IGURE HAIN
F 42: TM C : I/O P
IGURE HAIN
F 43: F S
IGURE RAME YNCHRONIZATION
F 44: S
IGURE PECTRUM OF THE TEST SIGNAL
F 45: C
IGURE ONSTELLATION OF THE RECEIVED SIGNAL WITHOUT
F 46: C
IGURE ONSTELLATION OF THE RECEIVED SIGNAL WITH
F 47: CCSDS
IGURE DESCRAMBLING
F 48: L B
IGURE OW ANDWIDTH
F 49: H B
IGURE IGH ANDWIDTH
F 50: H B
IGURE IGH ANDWIDTH
F 51: H B
IGURE IGH ANDWIDTH
F 52: H B
IGURE IGH ANDWIDTH
F 53: H B
IGURE IGH ANDWIDTH
F 54: H B
IGURE IGH ANDWIDTH
F 55: H B
IGURE IGH ANDWIDTH
F 56: H B
IGURE IGH ANDWIDTH
F 57: H B
IGURE IGH ANDWIDTH
F 58: IFM O S
IGURE UTPUT TAGE
F 59: TMS F
IGURE ILE STRUCTURE FOR
F 60: TMS F
IGURE ILE STRUCTURE FOR
F 61: TMS F
IGURE ILE STRUCTURE FOR
F 62: "125 H "
IGURE K Z FILTER
F 63: "250 H "
IGURE K Z FILTER
F 64: "500 H "
IGURE K Z FILTER
F 65: "1 MH "
IGURE Z FILTER
F 66: "2 MH "
IGURE Z FILTER
F 67: "4 MH "
IGURE Z FILTER
F 68: T
IGURE ELECOMMAND
F 69: S
IGURE WEEPING WAVEFORM
F 70: P
IGURE ROCESSING OF THE
F 71: S T
IGURE ATELLITE ELECOMMANDING
F 72: C
IGURE ONFIGURING THE
F 73: R S
IGURE ANGING EQUENCE
F 74: D R
IGURE OPPLER ATE
F 75: D A A
IGURE OPPLER ID
F 76: R S
IGURE ANGING EQUENCE
F 77: R S
IGURE ANGING EQUENCE
F 78: R S
IGURE ANGING EQUENCE
F 79: R S
IGURE ANGING EQUENCE
F 80: R S
IGURE ANGING EQUENCE
© Safran Data Systems
COMMAND RANGING & TELEMETRY UNIT CORTEX
CRT QUANTUM USER'S MANUAL
............................................................................................................ 46
RACKING CAPACITY
............................................................................................................. 47
RACKING CAPACITY
D C :
IVERSITY OMBINING
D C :
IVERSITY OMBINING FUNCTIONAL BLOCK DIAGRAM
D C
IVERSITY OMBINING OUTPUTS
D C
IVERSITY OMBINING OUTPUTS
B E E /N
IT RROR VERSUS B O
B E E /N
IT RROR VERSUS B O
CCSDS S
IMULATIONS
B E E /N
IT RROR VERSUS B O
B E E /N
IT RROR VERSUS B O
PERFORMANCE COMPARED TO
(LBW) ........................................................................................................................ 76
ORTS
(HBW -
ORTS WITH SUB CARRIER
(HBW PCM) .................................................................................................... 81
ORTS DIRECT
(HBW PCM
ORTS DIRECT
(HBW PCM
ORTS DIRECT
(HBW PCM, D
ORTS DIRECT
(HBW PCM
ORTS DIRECT
(HBW PCM AQPSK D
ORTS DIRECT
P .............................................................................................................. 96
ROCESS
.................................................................................................................. 104
................................................................................................................................. 107
U S ............................................................................................................ 112
PLINK CENARIO
U S
PLINK CENARIO WITH
U S
PLINK CENARIO WITH
U S (BPSK) ............................................................................................. 115
PLINK CENARIO
U S ( QPSK, OQPSK
PLINK CENARIO
U S (QPSK, OQPSK
PLINK CENARIO
U S (QPSK, OQPSK
PLINK CENARIO
U S (QPSK, OQPSK
PLINK CENARIO
U S (QPSK, OQPSK
PLINK CENARIO
U S (AQPSK) .......................................................................................... 119
PLINK CENARIO
A ............................................................................................................ 120
RCHITECTURE
R -S
EED OLOMON ENCODING
T
URBO ENCODING
LDPC
ENCODING
, -3 B : 1.36 MH
D BANDWIDTH
, -3 B : 2.06 MH
D BANDWIDTH
, -3 B : 2.4 MH
D BANDWIDTH
, -3 B : 3.66 MH
D BANDWIDTH
, -3 B : 5.5 MH
D BANDWIDTH
, -3 B : 8.46 MH
D BANDWIDTH
T ................................................................................................................................. 136
IMING
................................................................................................................................... 138
IFM C
ONFIGURATION
P
ROTOCOL WITH
S M
WEEPING ODE ON THE
F C ............................................................................................................... 151
LOW HART
A A ............................................................................................................. 161
ID RCHITECTURE
....................................................................................................................... 163
RCHITECTURE
(ESA S ) ......................................................................................................... 174
TANDARD
(USB S ) ........................................................................................................ 176
TANDARD
(INMARSAT/LMCO S
(ESA C S
ODE TANDARD WITH
(PN C S
ODES TANDARD
This document is the property of
It cannot be duplicated or distributed without expressed written consent.
FUNCTIONAL BLOCK DIAGRAM
....................................................... 54
.................................................................................... 55
.......................................................................................... 56
. .................................................................................................. 62
. R : CCSDS 413.0-G-2 (§ B2.3), O
EF
....................................................................................... 64
. .................................................................................................. 71
................................................................................................... 72
CCSDS ( =1/2, =4096) ..................................................... 74
R K
.................................................................................................. 75
) ........................................................................................ 78
S V ) ............................................................. 83
WITH INGLE ITERBI
V ) ................................................................ 86
WITH DUAL ITERBI
C ) ......................................................... 89
IFFERENTIAL ODING
V & D
WITH DUAL ITERBI IFFERENTIAL
) ................................................................. 94
ECODING
DEAF ................................................................... 105
DEAF ...................................................... 106
ACTIVATED
PCM I S (PM, FM) .............................................. 113
NPUT IGNAL
PCM V I S
AND IDEO NPUT IGNALS
C
WITHOUT ONVOLUTIONAL
S C
WITH INGLE ONVOLUTIONAL
D E
WITH UAL NCODING
D
WITH IFFERENTIAL
D
WITH UAL AND
........................................................................... 124
........................................................................................... 125
............................................................................................ 127
..................................................................................... 128
Z
..................................................................................... 129
Z
....................................................................................... 129
Z
........................................................................................ 130
Z
.......................................................................................... 130
Z
........................................................................................ 131
Z
C ........................................................................... 139
OMMANDS
CLCW C & C
HECK ARRIER
IFM ....................................................................................... 141
) ............................................................................. 180
TANDARDS
N = 7) ............................................................................ 183
) ............................................................................................... 188
Safran Data Systems
.
Ref. DTU 100042
Is.Rev. 5.17
Date: Dec. 03, 2021Sept.
30, 2021
................................................ 53
2009 .................. 63
CTOBER
D ) .................. 92
ECODING
(PM, FM) .......................... 114
E ) .............. 116
NCODING
E ) .......... 117
NCODING
) ......................................... 117
E ) ......................... 117
NCODING
D E ) ........ 118
IFFERENTIAL NCODING
S ............................. 140
WEEPING
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