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TIMTER QSX-V Series
Quasonix TIMTER QSX-V Series Manuals
Manuals and User Guides for Quasonix TIMTER QSX-V Series. We have
1
Quasonix TIMTER QSX-V Series manual available for free PDF download: Installation And Operation Manual
Quasonix TIMTER QSX-V Series Installation And Operation Manual (112 pages)
Multi-mode Digital Telemetry Transmitter
Brand:
Quasonix
| Category:
Transmitter
| Size: 5 MB
Table of Contents
Table of Contents
2
Introduction
9
Description
9
Nomenclature
9
Figure 1: Quasonix Part Number Construction Description
9
Table 1: Model Configuration Example
11
Part Number Field Codes
12
Frequency Bands
12
Table 2: Frequency Band Codes
12
Clock and Data Interface
14
Table 3: Clock and Data Interface Codes
14
Serial Control Interface
15
Table 4: Serial Control Interface Codes
15
ARTM Tier 0 (PCM/FM)
16
ARTM Tier I (SOQPSK-TG)
16
ARTM Tier II (Multi-H CPM)
16
Legacy
16
Table 5: ARTM Tier 0 Codes
16
Table 6: ARTM Tier I Codes
16
Table 7: ARTM Tier II Codes
16
Table 8: Legacy Codes
16
RF Output Power
17
Packages
17
Table 9: RF Output Power Codes
17
Table 10: Package Codes
17
Automatic Carrier Wave Output Option - AC
18
Auto Carrier Save Option - ACS
18
Auxiliary Input Option - AI
18
Figure 2: FPCM Signal on Oscilloscope
18
Adapter Plate - AP
19
Baud Rate Option - Brx
19
CP07 Control Protocol Option - C7
19
Convolutional Encoder Option - CE
19
Clock-Free Baseband Interface Option - CF
20
Figure 3: CCSDS 131.0-B-1 Rendering of Basic Convolutional Encoder Diagram
20
Clock Generator Output Option - CG
21
Dual Power Option - DP
21
Digital Switch Box Option - DSWBX
21
Ethernet Payload Capability - en
21
Table 11: Standard Data Bit Rates and Rate Adaptation Compared to Clock Free Data Bit Rates
21
Analog Frequency Modulation - FM
22
Table 12: Standard Bit Rates Compared to Low/High Rate Options
23
Wide Input Voltage Range Option - WV
26
External Device Control - XD
26
Accessories
27
Fan-Cooled Heat Sink
27
Figure 4: Fan-Cooled Heat Sink and Power Supply
27
Figure 5: Fan-Cooled Heat Sink with 6 Cubic Inch TIMTER
27
Transmitter-Powered Heat Sink (for Airborne Applications)
28
Figure 6: Transmitter-Powered Heat Sink, Pigtail Cable, SMA Extender, and Adapter Plate
28
Figure 7: Transmitter-Powered Heat Sink Mounted on an 04AB Package
29
Figure 8: Transmitter-Powered Heat Sink Mounted on a 07AE Package
29
Adapter Plate
30
Pre-Wired MDM-15 for RS-422 Units
30
Figure 9: Close-Up Using Female MDM-15 Connector
30
Figure 10: Close-Up Using Male MDM-15 Connector
30
Figure 11: Adapter Plate
30
Pre-Wired MDM-15 for TTL Units
31
Wiring Harness for RS-422 Units
31
Figure 12: Pre-Wired MDM-15 with 36" Pigtails for RS-422
31
Figure 13: Pre-Wired MDM-15 with 36" Pigtails for TTL
31
Wiring Harness for TTL Units
32
Ruggedized Handheld Programmer
32
Figure 14: MDM-15 Cable Harness for RS-422
32
Figure 15: MDM-15 Cable Harness for TTL
32
USB to Serial Converter Cable
33
Figure 16: Ruggedized Handheld Programmer
33
Figure 17: USB to Serial Converter Cable
33
Nd Generation Digital Switch Box
34
Figure 18: Digital Switch Box with 18" MDM-9 to MDM-9 Cable Harness
34
Installation Instructions
35
Mechanical
35
Figure 19: 4.2 In3 TIMTER
35
Figure 20: Outline Drawing, TIMTER™ 04AB Telemetry Transmitter
36
Thermal
37
Electrical
37
Figure 21: Example Quasonix Pinout Drawing
38
Figure 22: Baseband Signal Timing
39
Operating Instructions
40
Power-On Operation
40
Dual Power Via Hardware Control
40
2Nd Generation Switch Box Notes
40
TIMTER™ Serial Control Protocol
40
Command Set: Standard and Optional Commands
41
Figure 23: TIMTER™ Welcome Message
41
Table 13: Standard and Optional User Commands
42
Additional Command Set Details
67
Automatic Carrier Output - AC
67
Baseband Clock - BBCK
67
Clock Free Bit Rate - BR
68
Baseband Interface Type - BT
70
Convolutional Encoder - CC
70
Clock Generator Source Select Command - CG
70
Frequency Offset - FO
70
Frequency - FR
71
Internal Clock Rate - IC
71
Input Source Selection Command - IS
71
Low Density Parity Check (LDPC) Command - LD
74
Overtemperature Control - OC
75
RF Output - RF
75
RF Output State - RFS
76
Set Configuration Priority - SC
76
Frequency Sweep - SW
77
System Status Command - SY
77
External Device Control Command - XDC
79
External Device Channel Command - XDCH
80
External Device Frequency Switching Threshold Command - XDF
80
External Device Polarity Invert Command - XDP
81
RF Output Notes
82
Troubleshooting the RF on a Quasonix Transmitter
82
Performance Specifications
85
RF Output
85
Electrical Current
85
Table 14: DC Input Current at Standard Input Voltage
85
Environmental Specifications
86
EMI Performance
86
Table 15: TIMTER™ Environmental Specifications
86
Table 16: TIMTER™ EMI Compliance
86
Carrier Frequency Tuning
87
Table 17: Carrier Frequencies (Mhz)
87
Carrier Frequency Error
89
Bit Error Rate
89
Table 18: Transmitter BER Specifications with Quasonix Demodulator
89
Modulated RF Power Spectrum
90
Table 19: K and M Values Per Waveform
90
Figure 24: PCM/FM (Tier 0) Power Spectral Density with Mask
91
Figure 25: SOQPSK-TG (Tier I) Power Spectral Density with Mask
91
Phase Noise Power Spectrum
92
Figure 26: MULTI-H CPM (Tier II) Power Spectral Density with Mask
92
Baseplate Temperature
93
Vibration and Shock
93
Figure 27: Phase Noise Limit Curve
93
Figure 28: Vibration / Shock Testing System
94
Figure 29: TIMTER™ Mounted for Z-Axis Testing
94
Vibration Testing
95
Figure 30: TIMTER™ Mounted for X-Axis Testing
95
Figure 31: TIMTER™ Mounted for Y-Axis Testing
95
Figure 32: TIMTER™ Vibration Profile
95
Figure 33: Z-Axis Vibration Spectrum
96
Table 20: Random Vibration Spectrum
96
Figure 34: Y-Axis Vibration Spectrum
97
Figure 35: X-Axis Vibration Spectrum
97
Shock Testing
98
Figure 36: Shock Pulse, Z-Axis Positive
98
Figure 37: Shock Pulse, Z-Axis Negative
99
Figure 38: Shock Pulse, Y-Axis Positive
99
Figure 39: Shock Pulse, Y-Axis Negative
100
Figure 40: Shock Pulse, X-Axis Positive
100
Figure 41: Shock Pulse, X-Axis Negative
101
Maintenance Instructions
102
Product Warranty
103
Quasonix Limited Warranty Statement
103
Extended Warranties
104
Technical Support and RMA Requests
105
Appendix A - Preset Option
106
Appendix B - Legacy Binary Protocol Notes
107
Known Limitations of Binary Protocol < V1.005
107
Items Not Supported by the Legacy Transmitter
107
Appendix C - Understanding Clock/Data, AC, and BR
108
Table 21: Transmitter Priority of CS, CF, BR, and AC When RF Is on
108
Figure 42: Transmitter Clock and Data Logic
109
Appendix D - Acronym List
110
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