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Manuals and User Guides for Agilent Technologies N9360A. We have
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Agilent Technologies N9360A manuals available for free PDF download: Programming Manual, Installation Manual, Quick Reference Manual
Agilent Technologies N9360A Programming Manual (352 pages)
Multi UE Tester, GSM Programming
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 2.55 MB
Table of Contents
Table of Contents
7
Notation
3
Notices
3
Trademarks
4
Table of Contents
7
List of Figures
13
1 Legal Information
20
Warranty
20
Technology Licenses
20
Restricted Rights Legend
20
Service and Support
21
Agilent on the Web
21
Agilent by Phone
21
Legal Information
21
Table 1-1 Agilent Call Centers and Regional Headquarters
21
2 Caution and Safety Requirements
23
2 Safety Information
24
Safety Summary
24
Safety Notices
24
Warning Label
25
General
25
When Operating the Tester
26
3 Preparing for Use
27
3 Preparing for Use
28
Equipment for Automated Test System
28
Ethernet
28
Figure 3-1 Typical Setup for Automated Test System (Ethernet Interface)
28
Figure 3-2 Typical Setup for Automated Test System (GP-IB Interface)
29
Gp-Ib
29
Figure 3-3 Typical Setup for Automated Test System (GP-IB Interface)
30
Figure 3-4 Typical Setup for Automated Test System (RS-232C Interface)
31
RS-232C (Option E01)
31
Connecting to Controller
32
Ethernet
32
Gp-Ib
32
Figure 3-5 RS-232C Cable and Adapter Connection
33
4 Programming Command Guideline
35
4 Programming Command Guideline
36
Getting Started with Programming Commands
36
Standard Notation
36
Understanding Common Terms
36
Command Syntax
37
Overview of the Ethernet Interface
39
Table 4-1 Ethernet Configuration
39
Figure 4-1 [Network Setting] Screen (Ethernet Interface)
40
Figure 4-2 [Network Setting] Screen (Ethernet Interface)
41
Overview of the GP-IB Interface
42
Table 4-2 GP-IB Configuration
42
Figure 4-3 [Configuration] Screen (GP-IB Interface)
43
Overview of the RS-232C Serial Interface
44
Table 4-3 Serial Port Configuration
44
Figure 4-4 [Configuration] Screen (RS-232C Interface)
45
Programming Guidelines
47
Typical Programming Flow for the Tester
47
Using the Status Registers
50
Why Would You Use the Status Registers
50
Figure 4-5 Bit Values
52
Figure 4-6 Overall Status Byte Register System
53
Status Register System
53
Figure 4-7 Status Byte Register
54
Table 4-4 Status Byte Register
54
Figure 4-8 Standard Event Status Register
55
Table 4-5 Status Byte Register
55
Figure 4-9 Standard Event Status Enable Register
56
Error Messages
57
Table 4-6 Error Messages
57
5 Programming Command Reference
59
Figure A-2 Top Menu Commands
59
Figure A-7 Configure Subsystem
59
Figure A-17 Tests Subsystem for Automatic Test
59
Figure A-24 Tests Subsystem for Manual Test
59
IEEE Common Commands
60
IEEE Common Commands Reference
60
System Commands
63
Top Menu Commands
63
Display Commands
64
Application Select Commands
66
Configuration Screen Commands
67
Initial Softkey Screen Commands
67
Command Reference for Configuration: Network Setting Screen
70
Table 5-1 Setting 1 to 5 Gateway Address Allowable Range
72
Command Reference for Firmware Update
73
Command Reference for Update Flash
79
Display Subsystem
81
Display Subsystem Command Reference
81
Command Reference for Automatic Test Screens
83
Command Reference for Manual Test Screens
84
Command Reference for TX Analyzer Screens
85
Command Reference for Configuration Screens
86
Command Reference for Signal Generator Screen
86
Initialsoftkey Subsystem
89
Configure Subsystem
90
Configure Subsystem Command Reference
90
Command Reference for Configuration: Test Sequence Screen
92
Table 5-2 BCCH Channel Allowable Range and Preset Value
93
Table 5-3 Tch Channel Talk Allowable Range and Preset Value
94
Table 5-4 TCH Channel Talk (Expanded Version) Allowable Range
94
Allowable Range
95
Dcs1800
95
Gsm850
95
Gsm900
95
Pcs1900
95
Rformat
95
Table 5-5 BCCH Frequency Allowable Range and Preset Value
95
The Setting of this Command and the Setting of the
95
This Query Command Returns the Set Channel Number of the
95
Value Is same as that of the Command Parameter
95
Dcs1800
96
Gsm850
96
Gsm900
96
Pcs1900
96
Radio System
96
Table 5-6 TCH Frequency Allowable Range and Preset Value
96
Table 5-7 TCH Frequency (Expanded Version) Allowable Range
97
Preset Value
98
Table 5-8 TCH Channel Allowable Range and Preset Value
98
To 1023
98
Table 5-9 TCH Channel (Expanded Version) Allowable Range
99
Talk Test
113
Command Reference for Configuration: Test Condition Screen
116
Table 5-10 MS Power Class Allowable Range and Preset Value
119
Table 5-11 Power Control Level Allowable Range and Preset Value
120
Table 5-12 Power Control Level Allowable Range and Preset Value
127
Table 5-13 Power Control Level Allowable Range and Preset Value
127
Table 5-14 RX Quality Limit Parameter and Preset Value
130
Command Reference for Configuration: Test Condition (Loss) Screen
136
Command Reference for Configuration: Test Condition (BA) Screen
137
Table 5-15 Neighbour Cell Channel Parameter and Preset Value
137
Table 5-16 Neighbour Cells Channel (1 to 16) Parameter and Preset Value
138
Command Reference for File Management Screen
139
Command Reference for Network Setting Screen
143
Table 5-17 Effective Gateway Setting Range
146
Tests Subsystem for Automatic Test
147
Command Reference for Stand-By/Measuring Screens
147
Table 5-18 BCCH Allowable Range and Preset Value
147
Table 5-19 TCH Allowable Range and Preset Value
148
Table 5-20 TCH Channel Talk (Expanded Version) Allowable Range
148
Table 5-21 TCH Allowable Range and Preset Value
150
Command Reference of Tests Results
154
Command Reference for Peak TX Power Measurement Screen
157
Command Reference for Burst Timing/Power Ramp Measurement Screen
158
Command Reference for Phase/Frequency Error Measurement Screen
162
Table 5-23 the Lower Limit Value in GMSK, 8PSK
169
Table 5-24 the Upper Limit Value in GMSK, 8PSK
170
Command Reference for Sensitivity/Rx Quality/Rx Level Measurement Screen
172
Table 5-25 RX Quality
173
Table 5-26 RX Level
174
Command Reference for MS Information
175
Tests Subsystem for Manual Test
176
Command Reference for Stand-By Screens
176
Table 5-27 BCCH Channel Allowable Range and Preset Value
176
Table 5-28 BCCH Frequency Allowable Range and Preset Value
177
Table 5-22 TCH Channel Talk (Expanded Version) Allowable Range
178
Table 5-29 TCH Channel Allowable Range and Preset Value
178
Table 5-31 TCH Frequency Allowable Range and Preset Value
179
Table 5-32 TCH Frequency Talk (Expanded Version) Allowable Range
180
Table 5-33 Power Control Level Allowable Range and Preset Value
181
Table 5-34 Slot Configuration and Slot Order Measured
182
Table 5-35 Slot Configuration and Slot Order Measured
182
Command Reference for Signaling Screens
187
Table 5-36 Test Loop Mode Allowable Range and Preset Value
193
Command Reference for MS Information
197
Command Reference for Measurement Screen
199
Command Reference for Peak TX Power/Burst Timing/Power Ramp Measurement Screen
204
Table 5-37 the Lower Limit Value in GMSK, 8PSK
209
Table 5-38 the Upper Limit Value in GMSK, 8PSK
210
Command Reference for Phase/Frequency Error Measurement Screen
211
Command Reference for Sensitivity/Rx Quality/Rx Level Measurement
212
Screen
212
Table 5-39 Power Control Level Allowable Range and Preset Value
212
Output RF Spectrum (ORFS)
217
Command Reference for Spectrum Monitor Measurement Screen
220
Table 5-40 Spectrum Monitor Measurement Result at Marker Position
220
Table 5-41 Spectrum Monitor Measurement Result
221
Command Reference for SMS Screen
222
Txanalyzer Subsystem
224
Command Reference for Stand-By/Measuring Screens
224
Table 5-42 RFCH Channel Number Allowable Range and Preset Value
224
Table 5-43 RFCH Frequency Allowable Range and Preset Value
225
Table 5-44 Power Control Level Allowable Range and Preset Value
226
Command Reference for Peak TX Power/Burst Timing/Power Ramp Measurement Screen
230
Table 5-45 the Lower Limit Value in GMSK, 8PSK
236
Table 5-46 the Upper Limit Value in GMSK, 8PSK
237
Command Reference for Phase/Frequency Error/Evm/Origin Offset Spr
238
Measurement Screen
238
Command Reference for Output RF Spectrum Screen
243
Command Reference for Spectrum Monitor Measurement Screen
245
Table 5-47 Spectrum Monitor Measurement Result
246
Table 5-48 Spectrum Monitor Measurement Result
247
Rfgenerator Subsystem
248
Rfgenerator Subsystem Command Reference
248
Table 5-49 RFCH Allowable Range and Preset Value
248
Table 5-50 Frequency Allowable Range and Preset Value
249
Hcopy Subsystem
252
Hcopy Subsystem Command Reference
252
System Subsystem
253
System Subsystem Command Reference
253
Trigger Subsystem
255
Trigger Subsystem Command Reference
255
6 Programming Command Summary
257
IEEE Common Commands
258
Table 6-1 IEEE Common Command Summary
258
Table 6-2 Top Menu Command Summary
258
Top Menu Commands
258
Display Screen
261
Table 6-3 Display Subsystem Command Summary
261
Initial Softkey Screen
262
Signal Generator Screen
262
Table 6-4 Initialsoftkey Subsystem Command Summary
262
Configuration Screen
263
System Configuration Screen
263
Table 6-5 Configure Subsystem Command Summary
263
Table 6-6 Sequence Command Summary
264
Test Sequence : Test Sequence Screen
264
Configuration : Test Condition Screen
269
Table 6-7 Condition Command Summary
269
Configuration: Test Condition (Limit) Screen
272
Configuration: Test Condition (Loss) Screen
272
File Management Screens
274
Network Setting Screens
274
Table 6-10 FILE Command Summary
274
Table 6-11 Network Command Summary
274
Automatic Test Screens
276
Stand-By/Measuring Screens
276
Table 6-12 Automatic Test [Stand-By]/[Measuring] Screen Command Summary
276
Table 6-13 Automatic Test Results Command Summary
278
Test Result Screens
278
Manual Test Screens
284
Stand-By Screens
284
Table 6-14 Manual Test [Stand-By] Screen Command Summary
284
Measuring Screens
285
Table 6-15 Manual Test [Measuring] Screen Command Summary
285
MS Information Screens
286
Table 6-16 Msinformation Command Summary
286
Peak TX Power/Burst Timing/Power Ramp Screens
287
Table 6-17 Manual Test Tpower/Txamplitude Command Summary
287
Phase Error/Frequency Error Screens
288
Sensitivity/Rx Quality/Rx Level Screens
288
Table 6-18 Manual Test Phase/Txfrequency Command Summary
288
Table 6-19 Manual Test Sensitivity/Rx Command Summary
288
Output RF Spectrum (ORFS) Screen
289
Table 6-20 Manual Test ORFS Command Summary
289
Spectrum Monitor Screens
290
Table 6-21 Manual Test Smonitor Command Summary
290
SMS Screen
291
Table 6-22 SMS Command Summary
291
TX Analyzer Screens
292
Stand-By Screens
292
Table 6-23 TX Analyzer [Stand-By] Screen Command Summary
292
Peak TX Power/Burst Timing/Power Ramp Screens
293
Table 6-24 TX Analyzer Tpower/Txamplitude Command Summary
293
ORFS Screen
295
Phase Error/Frequency Error Screens
295
Table 6-25 TX Analyzer Phase/Txfrequency Command Summary
295
Table 6-26 ORFS Command Summary
295
Spectrum Monitor Screens
296
Table 6-27 TX Analyzer Smonitor Command Summary
296
Signal Generator Screen
297
Table 6-28 Rfgenerator Subsystem Command Summary
297
Print Screen Function
298
System Control Function
298
Table 6-29 Hcopy Subsystem Command Summary
298
Table 6-30 System Subsystem Command Summary
298
Trigger Function
299
7 Sample Program
302
Summary of Sample Programs
302
Components of Window
303
Sample Program
303
Figure 7-1 Sample Program Window
303
Functions
304
Table 7-1 Interface Configuration
304
Test Event
305
Table 7-3 Functions for Sending and Receiving Data
305
Automatic Test Function
306
Table 7-4 Program Comments
308
Manual Test (GSM) Function
310
Manual Test (GPRS) Function
313
TX Analyzer Function
316
A Appendix A Syntax Diagrams A-1
321
Figure A-1 IEEE Common Commands
321
Figure A-4 Top Menu Commands (Continued) 3
323
Figure A-5 Display Subsystem
324
Figure A-6 Initialsoftkey Subsystem
325
Figure A-8 Configure Subsystem (Continued) 2
327
Figure A-9 Configure Subsystem (Continued) 3
328
Figure A-10 Configure Subsystem (Continued) 4
329
Figure A-11 Configure Subsystem (Continued) 5
330
Figure A-12 Configure Subsystem (Continued) 6
331
Figure A-13 Configure Subsystem (Continued) 7
332
Figure A-14 Configure Subsystem (Continued) 8
333
Figure A-15 Configure (Loss) Subsystem
333
Figure A-16 Configure (Network Setting) Subsystem
334
Figure A-19 Tests Subsystem for Automatic Test (Continued) 3
337
Figure A-20 Tests Subsystem for Automatic Test (Continued) 4
338
Figure A-21 Tests Subsystem for Automatic Test (Continued) 5
339
Figure A-22 Tests Subsystem for Automatic Test (Continued) 6
340
Figure A-23 Tests Subsystem for Automatic Test (Continued) 7
341
Figure A-25 Tests Subsystem for Manual Test (Continued) 2
343
Figure A-26 Tests Subsystem for Manual Test (Continued) 3
344
Figure A-27 Tests Subsystem for Manual Test (Continued) 4
345
Figure A-28 Tests Subsystem for Manual Test (Continued) 5
346
Figure A-29 TX Analyzer Subsystem
347
Figure A-30 TX Analyzer Subsystem (Continued) 2
348
Figure A-31 TX Analyzer Subsystem (Continued) 3
349
Figure A-32 TX Analyzer Subsystem (Continued) 4
350
Figure A-33 Rfgenerator Subsystem
351
Figure A-34 Hcopy Subsystem
351
Figure A-35 System Subsystem
352
Figure A-36 Triger Subsystem
352
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Agilent Technologies N9360A Programming Manual (296 pages)
Multi UE Tester
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 2.11 MB
Table of Contents
Table of Contents
7
1 Legal Information
15
Warranty
16
Technology Licenses
16
Restricted Rights Legend
16
Service and Support
17
Agilent on the Web
17
Agilent by Phone
17
2 Caution and Safety Requirements
20
Safety Information
20
Safety Summary
20
Safety Notices
20
Example of Pictorial Symbols
21
Warning Label
21
General
21
When Operating the Tester
22
3 Preparing for Use
24
Equipment for Automated Test System
24
Ethernet
24
Interface)
24
RS-232C (Option E01)
25
Interface)
25
GP-IB (Option E02)
26
Interface)
26
Connecting to Controller
27
Ethernet
27
Gp-Ib
27
Figure 3-4. RS-232C Cable and Adapter Connection
28
4 Programming Command Guidelines
30
Getting Started with Programming Commands
30
Understanding Common Terms
30
Standard Notation
30
Command Syntax
31
Overview of the Ethernet Interface
33
Figure 4-1. Network Setting Screen
34
Figure 4-2. Network Setting Screen
35
Overview of the GP-IB Interface
36
Figure 4-3. [Configuration] Screen (GP-IB Interface)
37
Overview of the RS-232C Serial Interface
38
Figure 4-4. [Configuration] Screen (RS-232C Interface)
39
Programming Guidelines
41
Typical Programming Flow for the Tester
41
Using the Status Registers
44
Why Would You Use the Status Registers
44
Figure 4-5. Bit Values
45
Status Register System
46
Figure 4-7. Status Byte Register
47
Figure 4-8. Standard Event Status Register
48
Figure 4-9. Standard Event Status Enable Register
49
Error Messages
50
5 Programming Command Reference
51
IEEE Common Commands
52
IEEE Common Commands Reference
52
Top Menu Commands
56
System Commands
56
Display Commands
57
Application Select Commands
58
Initial Softkey Screen Commands
59
Configuration Screen Commands
60
Command Reference for Configuration :Network Setting Screen
63
Command Reference for Firmware Update
65
Table 5-7. Setting 1 to 5 Gateway Address Allowable Range
65
Command Reference for Update Flash
71
Display Subsystem
73
Display Subsystem Command Reference
73
Command Reference Test Screens
75
Command Reference for Configuration Screens
76
Initialsoftkey Subsystem
78
Current System
78
CDMA Mode
78
Configure Subsystem
79
Configure Subsystem Command Reference
79
Command Reference for Configuration: Network Setting Screen
82
Table 5-8. Setting 1 to 5 Gateway Address Allowable Range
84
Command Reference for Configuration: Test Sequence Screen
85
Table 5-9. Service Option (Talk) Allowable Range and Preset Value
89
Table 5-10. Service Option (RF Test) Allowable Range and Preset Value
90
Value
101
Table 5-14. Open Loop Adjustment Allowable Range and Preset Value
113
Table 5-15. Access Probe Power Allowable Range and Preset Value
117
Value
121
Command Reference for File Management Screen
128
Tests Subsystem for Automatic Test
132
Command Reference for Stand-By/Measuring Screens
132
Table 5-16. RFCH Allowable Range and Preset Value
133
Command Reference for Test Result (Signaling and RF Test)
137
Command Reference for RF Test Result
142
Command Reference for MS Information
150
Tests Subsystem for Manual Test
151
Command Reference for Stand-By Screens
151
Table 5-18. Band and Frequency Allowable Range
152
Table 5-19. Service Option Allowable Range and Preset Value
154
Connection)
156
Stand-By)
156
Table 5-20. Power Control Level Parameter and Preset Value (for Stand-By)
156
Table 5-22. SCH Data Rate Allowable Range and Preset Value
160
Command Reference for Signaling Screens
167
Command Reference for Manual Test Result
174
Command Reference for MS Information
187
Txanalyzer Subsystem
188
Command Reference for Stand-By/Measuring Screens
188
Table 5-25. Band and Frequency Allowable Range
189
Table 5-26. Modulation Allowable Range and Preset Value
190
Signal Generator Subsystem
204
Rfgenerator Subsystem Command Reference
204
Table 5-28. Band and Frequency Allowable Range
205
Table 5-29. Modulation Allowable Range and Preset Value
206
Hcopy Subsystem
208
Hcopy Subsystem Command Reference
208
System Subsystem Command Reference
208
Table 5-30. Channel Softkey Memory Allowable Range and Preset Value
209
Table 5-31. BS Level Softkey Memory Allowable Range and Preset Value
210
Trigger Subsystem
211
Trigger Subsystem Command Reference
211
6 Programming Command Summary
213
IEEE Common Commands
214
Top Menu Commands
215
Display Screen
217
Initial Softkey Screen
218
Configuration Screen
219
System Configuration Screen
219
Configuration: Network Setting Screen
220
Test Sequence: Test Sequence Screen
221
Configuration: Test Condition Screen
225
Configuration: Test Condition (Loss) Screen
228
Configuration: Test Condition (Limit) Screen
229
File Management Screens
230
Automatic Test Screens
231
Stand-By/Measuring Screens
231
Test Result
232
MS Information Screen
234
Manual Test Screens
234
Stand-By Screens
234
Measuring Screens
237
Test Result
237
MS Information Screen
239
TX Analyzer Screens
240
Stand-By Screens
240
After Measure Screens
241
Signal Generator Screen
242
Print Screen Function
242
System Control Function
243
Trigger Subsystem
243
7 Sample Program
246
Summary of Sample Programs
246
Components of Screen
246
Table 7-1. Interface Configuration
247
Functions
248
Test Event
249
Automatic Test Function
249
Table 7-4. Program Comments
253
Manual Test Function
255
Table 7-5. Programming Commands
257
TX Analyzer Function
259
Table 7-6. Program Commands
261
A Syntax Diagrams
263
Graphical Conversions
263
Syntax Diagrams
263
Figure A-1. IEEE Common Commands
267
Figure A-2. Top Menu Commands
268
Figure A-3. Display Subsystem (Continued)
270
Figure A-4. Initialsoftkey Subsystem
271
Figure A-5. Configure Subsystem 1
272
Figure A-6. Configure Subsystem (Continued)2
273
Figure A-7. Configure Subsystem (Continued)3
274
Figure A-8. Configure Subsystem (Continued)4
275
Figure A-9. Configure Subsystem (Continued)5
276
Figure A-10. Configure Subsystem (Continued)6
277
Figure A-11. Configure Subsystem (Continued)7
278
Figure A-12. Configure Subsystem (Continued)8
279
Figure A-13. Configure Subsystem (Continued)9
280
Figure A-14. Configure Subsystem (Continued)10
281
Figure A-15. Configure Subsystem (Continued)11
282
Figure A-16. Configure Subsystem (Continued)12
283
Figure A-17. Tests Subsystem for Automatic Test
284
Figure A-18. Tests Subsystem for Automatic Test (Continued)
285
Figure A-19. Tests Subsystem for Automatic Test (Continued)
286
Figure A-20. Tests Subsystem for Automatic Test (Continued)
287
Figure A-21. Tests Subsystem for Manual Test
288
Figure A-22. Tests Subsystem for Manual Test (Continued)
289
Figure A-23. Tests Subsystem for Manual Test (Continued)
290
Figure A-24. Tests Subsystem for Manual Test (Continued)
291
Figure A-25. Txanalyzer Subsystem
292
Figure A-26. Txanalyzer Subsystem
293
Figure A-27. Rfgenerator Subsystem
294
Figure A-29. System Subsystem
295
Agilent Technologies N9360A Programming Manual (180 pages)
Multi UE Tester
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 2.09 MB
Table of Contents
Notation
3
Notices
3
Trademarks
3
Table of Contents
5
Legal Information
13
Warranty
14
Technology Licenses
14
Restricted Rights Legend
14
Legal Information
14
Service and Support
15
Agilent on the Web
15
Agilent by Phone
15
Table 1-1 Agilent Call Centers and Regional Headquarters
15
Caution and Safety Requirements
18
Safety Information
18
Safety Summary
18
Safety Notices
18
Warning Label
18
General
19
When Operating the Tester
19
Preparing for Use
21
Preparing for Use
22
Equipment for Automated Test System
22
Ethernet
22
GP-Ib(Option)
22
Figure 3-1 Typical Setup for Automated Test System (Ethernet Interface)
22
RS-232C (Option)
23
Figure 3-2 Typical Setup for Automated Test System (GP-IB Interface)
23
Figure 3-3 Typical Setup for Automated Test System (Serial Interface)
24
Connecting to Controller
25
Ethernet
25
Gp-Ib
25
Figure 3-4 RS-232C Cable and Adapter Connection
26
Programming Command Guidelines
27
Getting Started with Programming Commands
28
Understanding Common Terms
28
Standard Notation
28
Command Syntax
29
Overview of the Ethernet Interface
30
Table 4-1 Ethernet Configuration
30
Figure 4-1 [Configuration] Screen (Ethernet Interface)
31
Overview of the GP-IB Interface
32
Table 4-2 GP-IB Configuration
32
Overview of the RS-232C Serial Interface
33
Figure 4-2 [Configuration] Screen (GP-IB Interface)
33
Table 4-3 Serial Port Configuration
34
Figure 4-3 [Configuration] Screen (RS-232C Interface)
34
Programming Guidelines
36
Typical Programming Flow for the Tester
36
Programming Command Guidelines
37
Using the Status Registers
39
Why Would You Use the Status Registers
39
Status Register System
40
Figure 4-4 Bit Values
40
Figure 4-5 Overall Status Byte Register System
41
Figure 4-7. Standard Event Status Register
41
Table 4-4 Status Byte Register
42
Figure 4-6 Status Byte Register
42
Table 4-5 Status Byte Register
43
Figure 4-8 Standard Event Status Enable Register
44
Error Messages
45
Table 4-6 Error Messages
45
Programming Command Reference
47
IEEE Common Commands
48
IEEE Common Commands Reference
48
Top Menu Commands
51
System Commands
51
Display Commands
51
Application Select Commands
53
Configuration Screen Commands
53
Display Subsystem
56
Display Subsystem Command Reference
56
Command Reference Test Screens
57
Command Reference for Configuration Screens
57
Configure Subsystem
59
Configure Subsystem Command Reference
59
Command Reference for Configuration : Test Sequence Screen
62
Table 5-1 RFCH Allowable Range and Preset Value
66
Command Reference for Configuration: Test Condition Screen
74
Command Reference for File Management Screen
83
Tests Subsystem for Automatic Test
85
Command Reference for Stand-By/Measuring Screens
85
Table 5-1 RFCH Allowable Range and Preset Value
86
Command Reference for Test Result (Signaling and RF Test)
87
Command Reference for RF Test Result
89
Tests Subsystem for Manual Test
95
Command Reference for [Stand-By] Screens
95
Table 5-2 RFCH Allowable Range and Preset Value
96
Table 5-3 Band and RFCH Allowable Range
96
Table 5-4 Frequency Allowable Range and Preset Value
97
Table 5-5 Band and Frequency Allowable Range
97
Table 5-6 Power Control Level Parameter and Preset Value (for Stand-By)
99
Table 5-7 Power Control Level Parameter and Preset Value (for Connection)
99
Table 5-8. Power Control Level Parameter and Preset Value (for Connection)
99
Command Reference for Signaling Test
102
Command Reference for Manual Test Result
105
Command Reference for MS Information
107
Command Reference for SMS Screen
108
TX Analyzer Subsystem
109
Command Reference for Stand-By / Measuring Screens
109
Table 5-9 RFCH Allowable Range and Preset Value
110
Table 5-10 Band and RFCH Allowable Range
110
Table 5-11 Frequency Allowable Range and Preset Value
111
Table 5-12 Band and Frequency Allowable Range
111
Signal Generator Subsystem
118
Rfgenerator Subsystem Command Reference
118
Table 5-13 RFCH Allowable Range and Preset Value
118
Table 5-14 Band and RFCH Allowable Range
119
Table 5-15 Frequency Allowable Range and Preset Value
119
Table 5-16 Frequency Allowable Range and Preset Value
120
Hcopy Subsystem
122
Hcopy Subsystem Command Reference
122
System Subsystem
122
System Subsystem Command Reference
122
Table 5-17 Channel Softkey Memory Allowable Range and Preset Value
123
Table 5-18 BS Level Softkey Memory Allowable Range and Preset Value
123
Trigger Subsystem
124
Trigger Subsystem Command Reference
124
Top Menu Commands
126
Table 6-1 IEEE Common Command Summary
126
Table 6-2 Top Menu Command Summary
126
Display Screen
127
Table 6-3 Display Subsystem Command Summary
127
Configuration Screen
128
System Configuration Screen
128
Table 6-4 Configure Subsystem Command Summary
128
Test Sequence : Test Sequence Screen
129
Table 6-5 Sequence Command Summary
129
Configuration : Test Condition Screen
132
Table 6-6 Condition Command Summary
132
File Management Screens
134
Table 6-7 FILE Command Summary
134
Automatic Test Screens
135
Stand-By/Measuring Screens
135
Test Result
135
Table 6-8 Stand-By / Measuring Screen Command Summary
135
Table 6-9 Results Command Summary
135
MS Information Screen
137
Table 6-10 Msinformation Command Summary
137
Manual Test Screens
138
Stand-By Screens
138
Table 6-11 Command Cross Reference for [Stand-By] Screen
138
Measuring Screens
139
Test Result
139
Table 6-12 Command Cross Reference for [Measuring] Screen
139
Table 6-13 Command Cross Reference for Manual Test Result
139
MS Information Screen
140
SMS Screen
140
Table 6-14 Msinformation Command Cross Reference
140
Table 6-15 SMS Command Cross Reference
140
TX Analyzer Screens
141
Stand-By Screens
141
Table 6-16 Command Cross Reference for [Stand-By] Screen
141
After Measure Screens
142
Signal Generator Screen
142
Table 6-17 Tpower/Txamplitude Command Summary
142
Table 6-18 Rfgenerator Subsystem Command Summary
142
Print Screen Function
143
System Control Function
143
Trigger Subsystem
143
Table 6-19 Hcopy Subsystem Command Summary
143
Table 6-20 System Subsystem Command Summary
143
Table 6-21 Trigger Subsystem Command Summary
143
Sample Program
145
Table 7-2. Status Display Functions
145
Components of Screen
146
Sample Program
147
Figure 7-1 Sample Program Screen
147
Functions
148
Status Display Functions
148
Table 7-1 Interface Configuration
148
Sent and Received Data Functions
149
Test Event
149
Table 7-3 Functions for Sending and Receiving Data
149
Automatic Test Function
150
Table 7-4 Program Comments
153
Manual Test Function
154
Table 7-5 Programming Comments
157
TX Analyzer Function
158
Table 7-6 Program Comments
160
Syntax Diagrams
161
Graphical Conversions
162
Syntax Diagrams
162
Figure 8-1 IEEE Common Commands
162
Figure 8-2 Top Menu Commands
163
Figure 8-3 Display Subsystem
164
Figure 8-4 Configure Subsystem
165
Figure 8-5 Configure Subsystem (Continued)
166
Figure 8-6 Configure Subsystem (Continued)
167
Figure 8-7 Configure Subsystem (Continued)
168
Figure 8-8 Configure Subsystem (Continued)
169
Figure 8-9 Configure Subsystem (Continued)
170
Figure 8-10Tests Subsystem for Automatic Test
171
Figure 8-11Tests Subsystem for Automatic Test (Continued)
172
Figure 8-12Tests Subsystem for Automatic Test (Continued)
173
Figure 8-13Tests Subsystem for Manual Test
174
Figure 8-14Tests Subsystem for Manual Test (Continued)
175
Figure 8-15Tests Subsystem for Manual Test (Continued)
176
Figure 8-16Txanalyzer Subsystem
177
Figure 8-17Rfgenerator Subsystem
178
Figure 8-18Hcopy Subsystem
178
Figure 8-19System Subsystem
179
Figure 8-20Triger Subsystem
179
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Agilent Technologies N9360A Installation Manual (46 pages)
Multi Universal Equipment (UE) Tester
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 1.18 MB
Table of Contents
Table of Contents
3
Legal Information
8
Warranty
8
Technology Licenses
8
Restricted Rights Legend
8
Service and Support
9
Agilent on the Web
9
Agilent by Phone
9
Legal Information
9
Table 1-1 Agilent Call Centers and Regional Headquarters
9
Safety and Regulatory Information
11
Safety Information
12
Safety Summary
12
Safety Notice
12
General
12
Environmental Conditions
13
Before Applying Power
13
Table 2-1 Environment Requirements
13
Ground the System
14
Fuses
14
Operator Safety Information
14
Safety Symbols and Regulatory Markings
15
Safety and Regulatory Information
15
Table 2-2 Safety Symbols and Regulatory Markings
15
Declaration of Conformity
17
Electrostatic Discharge (ESD) Precautions
19
Table 2-3 Suggested Anti-Static Solutions for Site Planning
19
End of Life: Waste Electrical and Electronic Equipment (WEEE) Directive 2002/96/EC
20
Overview of the N9360A Multi Universal Equipment (UE) Tester
21
Introduction
22
System Functions
22
Table 3-1 N9360A Tester Functions
22
Overview of the N9360A Multi Universal Equipment (UE) Tester
23
Standard Configuration
25
Table 3-2 Standard Configuration
25
Power Cord
25
Figure 3-1 Power Cord Types
26
Accessories
27
External Views
27
Figure 3-2 N9360A Front View
27
Figure 3-3 N9360A Front View
27
Table 3-3 Accessories
27
Figure 3-4 N9360A Rear View
28
Figure 3-5 N9360A Side View
28
Figure 3-6 N9360A Top View
29
Panel Description
31
Front Panel
32
Figure 4-1 N9360A Front Panel
32
Table 4-1 Tester Front Panel Description
32
Panel Description
33
Rear Panel
34
Figure 4-2 Tester Rear Panel
34
Installation
37
Installation
38
Warnings
38
AC Power Requirements
39
Warm up Time
39
Ventilation
39
Table 5-1 N9360A Power Requirements
39
Maintenance, Inspection and Basic Troubleshooting
41
Warnings
42
Daily Inspection
42
Daily Maintenance
42
Basic Troubleshooting
43
Table 6-1 Basic Troubleshooting Checklist
43
Repairs and Services
44
Table 6-2 Tester Symptoms and Actions to Take
44
Calibration
45
Agilent Technologies N9360A Quick Reference Manual (44 pages)
Multi UE Tester
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 1.04 MB
Table of Contents
Safety Notices
2
Technology Licenses
2
Restricted Rights Legend
2
Table of Contents
5
Legal Information
7
1 Legal Information
8
Warranty
8
Technology Licenses
8
Restricted Rights Legend
8
Service and Support
9
Agilent on the Web
9
Agilent by Phone
9
2 Caution and Safety Requirements
12
Safety Information
12
Safety Summary
12
Safety Notices
12
Warning Label
12
General
13
When Operating the Tester
13
3 General Operation
15
Using a USB Memory Device
16
Using the Knob on the Front Panel
16
Preparation for Tests
17
GSM/W-Cdma/Cdma2000 Mobile Phone Repair Process
18
4 GSM System
19
For Go/No-Go Testing
20
For Pinpointing Failures
21
For Troubleshooting
23
RF Channels
25
MS Power Control / Power Class
25
RX Level
27
RX Quality
28
For Go/No-Go Testing
30
For Pinpointing Failures
31
For Troubleshooting
32
Uarfcn
33
Mobile Phone Maximum Output Power
33
6 Cdma2000 System
35
When "CDMA Mode" Is Set to MC-1X Mode
36
When "CDMA Mode" Is Set to 1Xev-DO Mode
40
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