Rigol RSA3030 Manuals

Manuals and User Guides for Rigol RSA3030. We have 6 Rigol RSA3030 manuals available for free PDF download: Programming Manual, User Manual, Performance Verification Manual, Quick Manual

Rigol RSA3030 Programming Manual (264 pages)

Real-time Spectrum Analyzer

Brand: Rigol | Category: Measuring Instruments | Size: 2 MB

Guaranty and Declaration
3
Document Overview
4
Table of Contents
5
Chapter 1 Programming Overview
13
Build Remote Communication
14
Remote Control Method
15
SCPI Command Overview
16
Syntax
16
Symbol Description
16
Parameter Type
17
Command Abbreviation
17
Chapter 2 Command System
19
Calculate Commands
20
Calculate:bandwidth| BWI Dth: NDB
22
Calculate:bandwidth| BWI Dth:result
22
Calculate:bandwidth| BWI Dth:rleft
23
Calculate:bandwidth| BWI Dth:rri Ght
23
Calculate:bandwidth| BWI Dth [ : State]
23
Calculate:lli Ne:all:delete
24
Calculate:lli Ne:test
24
Calculate:lli Ne< N> :Amplitude:cmode:relative
25
Calculate:lli Ne< N> :BUI Ld
25
Calculate:lli Ne< N> :COPY
26
Calculate:lli Ne< N> :DATA
26
Calculate:lli Ne< N> :Delete
27
Calculate:lli Ne< N> :DI Splay
27
Calculate:lli Ne< N> :FAI L
28
Calculate:lli Ne< N> :Frequency:cmode:relative
28
Calculate:lli Ne< N> :Margin
29
Calculate:lli Ne< N> :Margin:state
29
Calculate:lli Ne< N> :Trace
30
Calculate:lli Ne< N> :TYPE
30
Calculate:marker:aoff
31
Calculate:marker:couple[ :State]
31
Calculate:marker:peak:excursion
31
Calculate:marker:peak:excursion:state
32
Calculate:marker:peak:search:mode
32
Calculate:marker:peak:sort
33
Trace:math:peak:sort
33
Calculate:marker:peak:table:readout
34
Trace:math:peak:threshold
34
Calculate:marker:peak:table[ :State]
34
Trace:math:peak:table:state
34
Calculate:marker:peak:threshold
35
Calculate:marker:peak:threshold:state
35
Calculate:marker:table[ :State]
36
Calculate:marker:trcking[ :State]
36
Calculate:marker< N> :Cpsearch[ :State]
37
Calculate:marker< N> :Fcount:gatetime
38
Calculate:marker< N> :Fcount:gatetime:auto
38
Calculate:marker< N> :Fcount[ :State]
39
Calculate:marker< N> :Fcount:X
39
Calculate:marker< N> :Function
40
Calculate:marker< N> :Function:band:left
40
Calculate:marker< N> :Function:band:ri Ght
41
Calculate:marker< N> :Function:band:span
42
Calculate:marker< N> :Function:band:span:auto
42
Calculate:marker< N> :LI Nes[ :State]
43
Calculate:marker< N> :Maximum:left
43
Calculate:marker< N> :Maximum[ :MAX]
44
Calculate:marker< N> :Maximum:next
44
Calculate:marker< N> :Maximum:ri Ght
45
Calculate:marker< N> :MI Nimum
45
Calculate:marker< N> :MODE
46
Calculate:marker< N> :Ptpeak
46
Calculate:marker< N> :Reference
47
Calculate:marker< N> [ :SET] :Center
47
Calculate:marker< N> [ :SET] :Delta:center
48
Calculate:marker< N> [ :SET] :Delta:span
48
Calculate:marker< N> [ :SET] :Rlevel
49
Calculate:marker< N> [ :SET] :Start
49
Calculate:marker< N> [ :SET] :STEP
50
Calculate:marker< N> [ :SET] :STOP
50
Calculate:marker< N> :State
51
Calculate:marker< N> :Trace
51
Calculate:marker< N> :Trace:auto
52
Calculate:marker< N> :X
53
Calculate:marker< N> :X:readout
53
Calculate:marker< N> :X:readout:auto
54
Calculate:marker< N> :Y
55
Calculate:marker< N> :Z:position
55
Calculate:math
56
Calculate:ntdata[ :State]
57
Calibration Commands
58
Calibration:[ ALL]
58
Calibration:auto
58
Configure Commands
59
Configure
59
Configure:acpower
60
Configure:cnratio
60
Configure:density
60
Configure:dspectrogram
61
Configure:ebwidth
61
Configure:hdi St
61
Configure:lpstep
61
Configure:mchpower
62
Configure:normal
62
Configure:obwidth
62
Configure:psgram
63
Configure:pspectrum
63
Configure:pvt
63
Configure:sanalyzer
63
Configure:spectrogram
64
Configure:toi
64
Configure:tpower
64
Couple Commands
65
Couple
65
DI Splay Commands
66
DI Splay:backlight
67
DI Splay:enable
67
DI Splay:graticule[ :State]
68
DI Splay:hdmi [ :State]
68
DI Splay:pvtime:wi Ndow :Trace:X[ :Scale] :Couple
69
DI Splay:pvtime:wi Ndow :Trace:X[ :Scale] :PDI Vision
69
DI Splay:pvtime:wi Ndow :Trace:X[ :Scale] :Rlevel
70
DI Splay:pvtime:wi Ndow :Trace:X[ :Scale] :Rposition
70
DI Splay:pvtime:wi Ndow :Trace:y[ :Scale] :PDI Vision
71
DI Splay:pvtime:wi Ndow :Trace:y[ :Scale] :Rlevel < Real
71
DI Splay:VI Ew:density:aadjust
72
DI Splay:VI Ew:density:cnonlinear
72
DI Splay:VI Ew:density:cpalettes
73
DI Splay:VI Ew:density:hdhue
73
DI Splay:VI Ew:density:ldhue
74
DI Splay:VI Ew:density:persistence
74
DI Splay:VI Ew:density:persistence:I Nfinite
75
DI Splay:VI EW[ :Select]
75
DI Splay:VI Ew:spectrogram:aadjust
76
DI Splay:VI Ew:spectrogram:bottom
76
DI Splay:VI Ew:spectrogram:hue
77
DI Splay:VI Ew:spectrogram:position
77
DI Splay:VI Ew:spectrogram:reference
78
DI Splay:VI Ew:spectrogram:trace:couple
78
DI Splay:VI Ew:spectrogram:trace:selection
79
DI Splay:wi Ndow:select
80
DI Splay:wi Ndow:trace: Y:DLI Ne
80
DI Splay:wi Ndow :Trace:y:dli Ne:state
81
DI Splay:wi Ndow:trace:y[ :Scale] :Nrlevel
81
DI Splay:wi Ndow:trace:y[ :Scale] :Nrposition
82
DI Splay:wi Ndow:trace:y[ :Scale] :PDI Vision
82
DI Splay:wi Ndow:trace:y[ :Scale] :Rlevel
83
DI Splay:wi Ndow:trace:y[ :Scale] :Rlevel:offset
83
DI Splay:wi Ndow:trace:y[ :Scale] :Spacing
84
Fetch Commands
85
Fetch:acpower
86
Fetch:acpower: Lower
86
Fetch:acpower:mai N
87
Fetch:acpower: Upper
87
Fetch:cnratio
88
Fetch:cnratio:carrier
88
Fetch:cnratio:cnratio
89
Fetch:cnratio:noi Se
89
Fetch:ebwidth
90
Fetch:harmonics:amplitude:all
90
Fetch:harmonics:amplitude? < N
91
Fetch:harmonics[ :DI Stortion]
91
Fetch:harmonics:frequency:all
92
Fetch:harmonics:frequency? < N
92
Fetch:harmonics:fundamental
93
Fetch:obwidth
93
Fetch:obwidth:obwidth
94
Fetch:obwidth:obwidth:ferror
94
Fetch:sanalyzer< N
95
Fetch:toi Ntercept
95
Fetch:toi Ntercept:I P3
96
Fetch:tpower
96
Format Commands
97
Format:border
97
Format[ :Trace] [ :DATA]
98
I EEE 488.2 Common Commands
99
Cls
100
Ese
100
Esr
101
I Dn
101
Opc
102
Rcl
102
Rst
102
Sav
103
Sre
103
Stb
104
Trg
104
Tst
104
Wai
104
I ni Tiate Commands
105
I ni Tiate:continuous
105
I ni Tiate[ :I Mmediate]
105
I Nstrument Commands
106
I Nstrument:couple:frequency:center
106
I Nstrument:default
106
I Nstrument:nselect
107
I Nstrument[ :Select]
107
Mmemory Commands
108
Mmemory:delete
108
Mmemory:load:fmt
109
Mmemory:load:li mit
109
Mmemory:load:state
110
Mmemory:load:trace
110
Mmemory:load:trace:data
111
Mmemory:move
111
Mmemory:store:li mit
112
Mmemory:store:mtable
112
Mmemory:store:ptable
113
Mmemory:store:results
113
Mmemory:store:screen
113
Mmemory:store:state
114
Mmemory:store:trace
114
Mmemory:store:trace:data
115
Output Commands
116
Output[ :External] [ :State]
116
READ Commands
117
Read:acpower
118
Read:acpower: Lower
118
Read:acpower: MAI N
118
Read:acpower: Upper
119
Read:cnratio
119
Read:cnratio:carrier
119
Read:cnratio:cnratio
120
Read:cnratio:noi Se
120
Read:ebwidth
120
Read:harmonics:amplitude:all
121
Read:harmonics:amplitude? < N
121
Read:harmonics[ :DI Stortion]
122
Read:harmonics:frequency:all
122
Read:harmonics:frequency? < N
122
Read:harmonics:fundamental
123
Read:obwidth
123
Read:obwidth:obwidth
124
Read:obwidth:obwidth:ferror
124
Read:sanalyzer< N
125
READ:TOI Ntercept
125
READ:TOI Ntercept:I P3
126
Read:tpower
126
:Sense] Commands
127
:Sense] :Acpower:average:count
130
[ :Sense] :Acpower:average[ :State]
130
:Sense] :Acpower:average:tcontrol
131
:Sense] :Acpower:bandwidth:achannel
131
:Sense] :Acpower:bandwidth:I Ntegration
132
:Sense] :Acpower:cspacing
132
:Sense] :Acquisition:ti ME
133
:Sense] :Acquisition:ti ME:AUTO
133
:Sense] :Acquisition:ti Me:pvtime
134
:Sense] :Acquisition:ti Me:pvtime:auto
135
:Sense] :Average:count
135
Trace:average:count
135
:Sense] :Average:count:current
136
Trace:average:count:current
136
:Sense] :Average:type
136
Trace< N> :Average:type
136
:Sense] :Average:type:auto
137
:Sense] :Bandwidth| BWI Dth:emi Filter:state
137
[ :Sense] :Bandwidth| BWI Dth[ :Resolution]
138
:Sense] :Bandwidth| BWI Dth[ :Resolution] :AUTO
138
:Sense] :Bandwidth| BWI Dth[ :Resolution] :Select
139
[ :Sense] :Bandwidth| BWI Dth[ :Resolution] :Select:auto[ :State]
140
:Sense] :Bandwidth| BWI Dth:shape
140
:Sense] :Bandwidth| BWI Dth:VI Deo
141
:Sense] :Bandwidth| BWI Dth:VI Deo:auto
141
:Sense] :Bandwidth| BWI Dth:VI Deo:ratio
142
:Sense] :Bandwidth| BWI Dth:VI Deo:ratio:auto
143
[ :Sense] :Cnratio:average[ :State]
144
:Sense] :Cnratio:average:tcontrol
144
:Sense] :Cnratio:bandwidth:I Ntegration
145
:Sense] :Cnratio:bandwidth:noi Se
145
:Sense] :Cnratio:offset
146
I Nput:I Mpedance
147
[ :Sense] :Correction:I Mpedance[ :I Nput] [ :Magnitude]
147
:Sense] :Correction:sa[ :RF] :GAI N
147
:Sense] :Demod
148
:Sense] :Demod:gai N:AUTO
148
:Sense] :Demod:gai N:I Ncrement
149
:Sense] :Demod:state
149
:Sense] :Detector:trace:pvtime
150
[ :Sense] :Detector[ :Function]
151
:Sense] :Detector:trace< N
151
:Sense] :Detector:trace< N> :AUTO
152
:Sense] :Ebwidth:average:count
152
[ :Sense] :Ebwidth:average[ :State]
153
:Sense] :Ebwidth:average:tcontrol
153
:Sense] :Ebwidth:frequency:span
154
:Sense] :Ebwidth:maxhold:state
154
:Sense] :Ebwidth:xdb
155
:Sense] :Frequency:center
156
:Sense] :Frequency:center:step:auto
156
[ :Sense] :Frequency:center:step[ :I Ncrement]
157
:Sense] :Frequency:offset
157
:Sense] :Frequency:span
158
:Sense] :Frequency: Span:bandwidth[ :Resolution] :Ratio
158
:Sense] :Frequency: Span:bandwidth[ :Resolution] :Ratio:auto
159
:Sense] :Frequency:span:full
159
:Sense] :Frequency:span:previous
159
:Sense] :Frequency:span:zero
160
:Sense] :Frequency:start
160
:Sense] :Frequency:stop
161
:Sense] :Frequency:tune:I Mmediate
161
:Sense] :HDI St:average:count
161
[ :Sense] :HDI St:average[ :State]
162
:Sense] :HDI St:average:tcontrol
163
:Sense] :HDI St:numbers
163
:Sense] :HDI St:ti ME
164
:Sense] :Mchpower:average:count
164
[ :Sense] :Mchpower:average[ :State]
165
:Sense] :Mchpower:average:tcontrol
165
:Sense] :Obwidth:average:count
166
[ :Sense] :Obwidth:average[ :State]
166
:Sense] :Obwidth:average:tcontrol
167
:Sense] :Obwidth:frequency:span
168
:Sense] :Obwidth:maxhold:state
168
:Sense] :Obwidth:percent
169
:Sense] :Power[ :RF] :Attenuation
169
:Sense] :Power[ :RF] :Attenuation:auto
170
[ :Sense] :Power[ :RF] :GAI N[ :State]
170
[ :Sense] :Power[ :RF] :MI Xer:range[ :Upper]
171
:Sense] :SI Gcapture: 2Fsk:ampdown
171
:Sense] :SI Gcapture:2Fsk:ampup
172
:Sense] :SI Gcapture:2Fsk:mark1:Freq
172
[ :Sense] :SI Gcapture:2Fsk:mark1:Switch[ :State]
173
:Sense] :SI Gcapture:2Fsk:mark2:Freq
173
[ :Sense] :SI Gcapture:2Fsk:mark2:Switch[ :State]
174
[ :Sense] :SI Gcapture:2Fsk:maxhold[ :State]
174
:Sense] :SI Gcapture:2Fsk:peakamp
175
:Sense] :SI Gcapture:2Fsk:peakfreq
175
:Sense] :SI Gcapture:2Fsk:pf
176
[ :Sense] :SI Gcapture:2Fsk:pfswitch[ :State]
176
:Sense] :SI Gcapture:2Fsk:reset
177
:Sense] :SI Gcapture:2Fsk:si Gnal
177
:Sense] :Sweep:poi Nts
178
:Sense] :Sweep:ti ME
178
:Sense] :Sweep:ti ME:AUTO
179
:Sense] :Sweep:ti Me:auto:rules
179
:Sense] :TOI :Average:count
180
[ :Sense] :TOI :Average[ :State]
180
:Sense] :TOI :Average:tcontrol
181
:Sense] :TOI :Frequency:span
181
:Sense] :Tpower:average:count
182
[ :Sense] :Tpower:average[ :State]
182
:Sense] :Tpower:average:tcontrol
183
:Sense] :Tpower:lli mit
183
:Sense] :Tpower:mode
184
:Sense] :Tpower:rli mit
185
Source Commands
186
Source:correction:offset
186
Source[ :External] :Power[ :Level] [ :I Mmediate] [ :Amplitude]
186
Source:trace:reference:state
187
Source:trace:storref
187
Status Commands
188
Status:operation:condition
189
Status:operation:enable
189
Status:operation[ :Event]
190
Status:preset
190
Status:questionable:condition
190
Status:questionable:enable
190
Status:questionable[ :Event]
191
System Commands
192
System:beeper:state
193
System:communicate:lan[ :SELF] :Apply
193
System:communicate:lan[ :SELF] :Autoip:state
193
System:communicate:lan[ :SELF] :Dhcp:state
194
System:communicate:lan[ :SELF] :I P:address
194
System:communicate:lan[ :SELF] :I P:dnsback
196
System:communicate:lan[ :SELF] :I P:dnspreferred
196
System:communicate:lan[ :SELF] :I P:dnsserver
196
System:communicate:lan[ :SELF] :I P:gatew Ay
197
System:communicate:lan[ :SELF] :I P:submask
197
System:communicate:lan[ :SELF] :Manuip:state
198
System:communicate:lan[ :SELF] :Mdns:state
199
System:communicate:lan[ :SELF] :Reset
199
System:configure:I Nformation
199
System:date
200
System:fswitch[ :State]
200
System:language
201
System:lkey
201
System:option:state
202
System:pon:type
202
System:preset
203
System:preset:save
203
System:preset:type
203
System:preset:user:save
204
System:scpi :DI Splay
204
System:show
204
System:ti ME
205
Trace Commands
206
Trace:clear:all
206
Trace[ :DATA]
206
Trace:math:a
208
Trace:math:b
208
Trace:math:const
209
Trace:math:peak[ :DATA]
209
Trace:math:peak:poi Nts
209
Trace:math:reference
210
Trace:math:state
210
Trace:math:type
211
Trace:preset:all
211
Trace< N> :DI Splay:state
212
Trace< N> :MODE
212
Trace< N> :TYPE
212
Trace< N> :Update:state
213
TRI Gger Commands
214
TRI Gger[ :Sequence] :Atrigger
215
TRI Gger[ :Sequence] :Atrigger:state
215
TRI Gger[ :Sequence] :External< N> :Delay
216
RSA3000 Programming Guide I X
216
TRI Gger[ :Sequence] :External< N> :Delay:state
216
TRI Gger[ :Sequence] :External< N> :Slope
217
TRI Gger[ :Sequence] :Fmt:aptrigger
217
TRI Gger[ :Sequence] :FMT:CRI Teria
218
TRI Gger[ :Sequence] :Fmt:delay
219
TRI Gger[ :Sequence] :Fmt:delay:state
219
TRI Gger[ :Sequence] :FMT:MASK
220
TRI Gger[ :Sequence] :FMT:MASK:EDI T
220
TRI Gger[ :Sequence] :FMT: Mask:relative:amplitude
221
TRI Gger[ :Sequence] :Fmt:mask:relative:frequency
221
TRI Gger[ :Sequence] :FMT:MASK< N> :BUI Ld
222
TRI Gger[ :Sequence] :FMT:MASK< N> :DATA
222
TRI Gger[ :Sequence] :FMT:MASK< N> :Delete
223
TRI Gger[ :Sequence] :FMT:MASK< N> :NEW
223
TRI Gger[ :Sequence] :Holdoff
224
TRI Gger[ :Sequence] :Holdoff:state
224
TRI Gger[ :Sequence] :Source
225
TRI Gger[ :Sequence] :VI Deo:delay
225
TRI Gger[ :Sequence] :VI Deo:delay:state
226
TRI Gger[ :Sequence] :VI Deo:level
226
TRI Gger[ :Sequence] :VI Deo:slope
227
TRI Gger2:Mode
228
UNI T Command
229
UNI T:power
229
Chapter 3 Programming Examples
231
Programming I Nstructions
232
Programming Preparations
232
Visual C+ + 6.0 Programming Example
233
Visual Basic 6.0 Programming Example
241
Labvi EW 2010 Programming Example
245
Linux Programming Example
249
Programming Preparations
249
Linux Programming Procedures
252
Chapter 4 Appendix
259
Appendix A: Default Settings
259
Appendix B: Warranty
264

Rigol RSA3030 User Manual (210 pages)

Real-time Spectrum Analyzer

Brand: Rigol | Category: Measuring Instruments | Size: 5 MB

Safety Requirement
4
Safety Notices and Symbols
6
Care and Cleaning
7
Environmental Considerations
7
RSA3000 Series Overview
8
Document Overview
9
Table of Contents
11
Chapter 1 Quick Start

15
- General Inspection
  16
- Appearance and Dimensions
  17
- To Prepare for Use
  18
- To Adjust the Supporting Legs
  18
- To Connect to AC Power
  19
- Turn-On Checkout
  19
- Self-Calibration
  19
- To Set the System Language
  20
- Front Panel
  21
- Function Keys on the Front Panel
  22
- Utility Function Keys on the Front Panel
  24
- Front Panel Key Backlight
  25
- Front Panel Connector
  26
- To Use the Numeric Keypad
  28
- Rear Panel
  30
- User Interface
  32
- Mouse/Keyboard/Touch Screen Operation Rule
  34
- Mouse Operation Rule
  34
- Keyboard Operation Rule
  35
- Touch Screen Operation Rule
  36
- Menu Operation
  37
- Parameter Setting
  39
- To Use the Built-In Help System
  41
- Fuse Replacement
  42
- Mode Setting
  43
- Mode
  43
- Mode Setup
  44
Chapter 2 Functions of the Front Panel of GPSA

45
- Basic Settings
  46
- Freq
  46
- Span
  52
- Ampt
  53
- Sweep and Function Settings
  58
- Sweep
  62
- Trigger
  66
- Trace
  70
- Tracking Generator
  76
- Measurement Settings
  79
- Meas
  79
- Meas Setup
  82
- Marker Measurement
  110
- Marker
  110
- Marker to
  117
- Marker Function
  119
- Peak
  123
Chapter 3 Functions of the Front Panel of RTSA

129
- Basic Settings
  130
- Freq
  130
- Span
  130
- Ampt
  134
- Sweep and Function Settings
  135
- Sweep
  137
- Trigger
  139
- Trace
  144
- Measurement Settings
  146
- Meas
  146
- Meas Setup
  154
- Marker Setup
  161
- Marker
  161
- Marker to
  161
- Marker Function
  161
- Peak
  161
- Input/Output
  163
- Input Impedance
  163
- Ext Gain
  163
- Ext Trigger2
  163
- Demod
  164
- Demod Setup
  164
- Shortcut Key
  167
- Auto Tune
  167
- Preset
  169
- User
  175
- Quick Save
  175
- Cont
  175
- Single
  175
- System Function
  177
- System
  177
- File
  185
- Recall
  189
- Save
  191
- Remote Control
  197
- Remote Control Overview
  198
- Remote Control Via USB
  199
- Remote Control Via LAN
  200
Chapter 8 Troubleshooting

203
Appendix A: RSA3000 Accessories and Option List

205
Chapter 9 Appendix

205
Appendix B: Warranty

207
- Index
  209

Rigol RSA3030 User Manual (208 pages)

Real-time Spectrum Analyzer

Brand: Rigol | Category: Measuring Instruments | Size: 4 MB

Safety Requirement
4
Safety Notices and Symbols
6
Care and Cleaning
7
Environmental Considerations
7
RSA3000 Series Overview
8
Document Overview
9
Table of Contents
11
Chapter 1 Quick Start

15
- General Inspection
  16
- Appearance and Dimensions
  17
- To Prepare for Use
  18
- To Adjust the Supporting Legs
  18
- To Connect to AC Power
  19
- Turn-On Checkout
  19
- Self-Calibration
  19
- To Set the System Language
  20
- Front Panel
  21
- Function Keys on the Front Panel
  22
- Utility Function Keys on the Front Panel
  24
- Front Panel Key Backlight
  25
- Front Panel Connector
  26
- To Use the Numeric Keypad
  28
- Rear Panel
  30
- User Interface
  32
- Mouse/Keyboard/Touch Screen Operation Rule
  34
- Mouse Operation Rule
  34
- Keyboard Operation Rule
  35
- Touch Screen Operation Rule
  36
- Menu Operation
  37
- Parameter Setting
  39
- To Use the Built-In Help System
  41
- Fuse Replacement
  42
- Mode Setting
  43
- Mode
  43
- Mode Setup
  44
Chapter 2 Functions of the Front Panel of GPSA

45
- Basic Settings
  46
- Freq
  46
- Span
  52
- Ampt
  53
- Sweep and Function Settings
  58
- Sweep
  62
- Trigger
  66
- Trace
  70
- Tracking Generator
  76
- Measurement Settings
  79
- Meas
  79
- Meas Setup
  82
- Marker Measurement
  110
- Marker
  110
- Marker to
  117
- Marker Function
  119
- Peak
  123
Chapter 3 Functions of the Front Panel of RTSA

129
- Basic Settings
  130
- Freq
  130
- Span
  130
- Ampt
  134
- Sweep and Function Settings
  135
- Sweep
  137
- Trigger
  139
- Trace
  144
- Measurement Settings
  146
- Meas
  146
- Meas Setup
  154
- Marker Setup
  161
- Marker
  161
- Marker to
  161
- Marker Function
  161
- Peak
  161
- Input/Output
  163
- Input Impedance
  163
- Ext Gain
  163
- Ext Trigger2
  163
- Demod
  164
- Demod Setup
  164
- Shortcut Key
  167
- Auto Tune
  167
- Preset
  169
- User
  175
- Quick Save
  175
- Cont
  175
- Single
  175
- System Function
  177
- System
  177
- File
  185
- Recall
  189
- Save
  191
- Remote Control
  197
- Remote Control Overview
  198
- Remote Control Via USB
  199
- Remote Control Via LAN
  200
Chapter 8 Troubleshooting

203
Appendix A: RSA3000 Accessories and Option List

205
Chapter 9 Appendix

205
Appendix B: Warranty

206
- Index
  207

Rigol RSA3030 Programming Manual (139 pages)

EMI Measurement Application

Brand: Rigol | Category: Measuring Instruments | Size: 1 MB

Rigol RSA3030 Performance Verification Manual (42 pages)

Real-Time Spectrum Analyzer

Brand: Rigol | Category: Measuring Instruments | Size: 0 MB

Guaranty and Declaration

3
General Safety Summary

4
Safety Notices and Symbols

6
Document Overview

7
- Table of Contents
  8
Chapter 1 Overview

11
- Test Preparations
  11
- Test Result Record
  12
- Specifications
  12
Chapter 2 Performance Verification Test

13
- Displayed Average Noise Level (DANL) Test
  14
  - Specification
    14
  - Test Device
    14
  - Test Connection Diagram
    14
  - Test Procedures
    15
  - Test Record Form
    15
- SSB Phase Noise Test
  16
  - Specification
    16
  - Test Devices
    16
  - Test Connection Diagram
    17
  - Test Procedures
    17
  - Test Record Form
    18
- Absolute Amplitude Accuracy Test
  18
  - Specification
    18
  - Test Devices
    18
  - Test Connection Diagram
    19
  - Test Procedures
    19
  - Test Record Form
    20
- Frequency Response Test
  20
  - Specification
    20
  - Test Devices
    21
  - Test Connection Diagram
    21
  - Test Procedures
    21
  - Test Record Form
    23
- Second Harmonic Distortion Test
  25
  - Specification
    25
  - Test Devices
    25
  - Test Connection Diagram
    25
  - Test Procedures
    25
- Test Record Form
  26
- TOI Distortion Test
  27
  - Specification
    27
  - Test Devices
    27
  - Test Connection Diagram
    28
  - Test Procedures
    28
  - Test Record Form
    30
- Db Gain Compression Test
  31
  - Specification
    31
  - Test Devices
    31
  - Test Connection Diagram
    32
  - Test Procedures
    32
  - Test Record Form
    33
- Input Attenuation Switching Uncertainty Test
  34
  - Specification
    34
  - Test Devices
    34
  - Test Connection Diagram
    35
  - Test Procedures
    35
  - Test Record Form
    37
- 10 Mhz Reference Output Accuracy Test
  38
  - Specification
    38
  - Test Devices
    38
  - Test Connection Diagram
    38
  - Test Procedures
    38
  - Test Record Form
    38
Appendix Test Record Form

39

Rigol RSA3030 Quick Manual (27 pages)

Real-time Spectrum Analyzer

Brand: Rigol | Category: Measuring Instruments | Size: 0 MB

Guaranty and Declaration
3
Product Certification
3
General Safety Summary
4
Safety Notices and Symbols
4
Care and Cleaning
5
Document Overview
6
General Inspection
8
Product Overview
8
To Prepare for Use
14
To Adjust the Supporting Legs
14
To Connect to AC Power
14
Turn-On Checkout
15
Self-Calibration
15
To Set the System Language
15
Basic Operations
16
Mouse/Keyboard/Touch Screen Operation Rule
16
Parameter Setting
20
To Use the Built-In Help System
22
Fuse Replacement
23
Working Mode Setting
24
Remote Control
25
More Product Information
25

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Rigol RSA3030 User Manual (208 pages)

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Rigol RSA3030 Programming Manual (139 pages)

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Table of Contents

Guaranty and Declaration

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Document Overview

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Appendix Test Record Form

Rigol RSA3030 Quick Manual (27 pages)

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