3 – 66
3.4
3
[Page 1] 4. AUTO STC/FTC
• Detects undesired clutter such as rain/snow clutter and sea clutter and performs suppression processing
automatically.
• Performs suppression processing automatically according to the condition even if the sea condition
or weather condition changes.
• However, this is not fully automated processing and the user must adjust the degree of remaining
undesired clutter.
• Use the [SEA CLUTTER] control for adjustment of the degree of remaining sea clutter.
• Use the [RAIN CLUTTER] control for adjustment of the remaining rain/snow clutter.
• In an area of a low undesired clutter density, undesired clutter may be judged as targets and remain.
Therefore, when using the automatic clutter suppression function, use "PROC1" or "PROC2".
• The operation features of the automatic clutter suppression function are as follows.
OFF
: The automatic clutter suppression function is not used.
Use this mode for a bay with low rain/snow clutter or sea clutter or a calm day.
AUTO STC
: Detects a sea clutter intensity automatically and performs the optimum sea clutter
suppression processing.
The optimum processing effect can be achieved even if the sea clutter intensity
varies according to the wind direction.
Since there is no signal attenuation in the area without sea clutter, a land such as an
island in which the far range sensitivity is enhanced can be displayed naturally.
However, since this mode recognizes rain clouds in areas outside of the sea clutter
range, there is no rain cloud suppression effect.
AUTO FTC
: Automatically detects the rain/snow clutter intensity and performs rain/snow clutter
suppression processing in addition to automatic STC.
When rain clouds exist sparsely, this mode performs rain/snow clutter suppression
processing for the rain cloud area only.
However, since this mode recognizes the land as a rain cloud also, the image of the
land becomes weak.
Page 1
1. MODE
(Select the name to be used)
2. PROCESS
OFF
PROC1
PROC2
PROC3
3. IR
OFF
IR1
IR2
IR3
4. AUTO STC/FTC
OFF
AUTO STC
AUTO FTC
5. TGT EXPANSION
OFF
EXP1
EXP2
EXP3
6. SAVE PRESENT STATE
Summary of Contents for JMA-7710-6
Page 1: ......
Page 2: ......
Page 20: ...XVIII ...
Page 22: ......
Page 30: ...1 7 1 4 Fig 1 2 Outline Drawing of Scanner Unit Type NKE 1056 6M MASS APPROX 41 O UNIT mm ...
Page 31: ...1 1 8 1 4 Fig 1 3 Outline Drawing of Scanner Unit Type NKE 1056 9M MASS APPROX 47 O UNIT mm ...
Page 34: ...1 11 1 5 Fig 1 5 General System Drawing of Radar Type JMA 7710 6 ...
Page 35: ...1 12 1 5 1 Fig 1 6 General System Drawing of Radar Type JMA 7725 6 ...
Page 36: ...1 13 1 5 Fig 1 7 General System Drawing of Radar Type JMA 7725 9 ...
Page 48: ...2 7 2 1 Screen Readouts 3 1 2 3 4 5 7 u i o y 1 0 q 2 t w e r 0 8 4 5 6 7 8 9 0 9 6 ...
Page 50: ...2 9 2 1 Screen Readouts with ATA 3 1 2 3 4 5 7 u i o y 1 0 q 2 t w e r 8 4 5 6 7 8 9 0 9 6 ...
Page 99: ...3 3 38 3 3 ...
Page 164: ......
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Page 217: ...7 7 1 Routine Maintenance 7 1 7 2 Maintenance of Each Unit 7 2 MAINTENANCE ...
Page 222: ......
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Page 277: ...9 AFTER SALES SERVICE ...
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Page 298: ...Appendix 2 Circuit Diagram of Radar Type JMA 7710 6 and JMA 7725 6 9 ...
Page 299: ...Appendix 3 Terminal Board Connection Diagram of Radar Type JMA 7710 6 ...
Page 300: ...Appendix 4 Terminal Board Connection Diagram of Radar Type JMA 7725 6 9 ...
Page 301: ...Appendix 5 Primary Power Supply System Diagram of Radar Type JMA 7710 6 and JMA 7725 6 9 ...
Page 302: ...Appendix 6 Internal Connection Diagram of Scanner Unit Type NKE 1055 ...
Page 303: ...Appendix 7 Internal Connection Diagram of Scanner Unit Type NKE 1056 ...
Page 304: ...Appendix 8 Internal Connection Diagram of Display Unit Type NCD 3901 2 ...
Page 308: ...Appendix 10 NSK Log Selection Switches of Display Unit Type NCD 3901 2 ...
Page 309: ...Appendix 11 Setting Table of the Speed Log Select Switches of Display Unit Type NCD 3901 2 ...
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