Agilent Technologies E5515A Manuals

Manuals and User Guides for Agilent Technologies E5515A. We have 2 Agilent Technologies E5515A manuals available for free PDF download: Reference Manual, Programming Manual

Agilent Technologies E5515A Reference Manual (614 pages)

Wireless Communications Test Set, GSM Mobile Test Application

Brand: Agilent Technologies | Category: Test Equipment | Size: 7.42 MB

Table of Contents
9
Establishing an Active Link with the Mobile Station
28
Making a Base Station Originated Call
28
Making a Mobile Station Originated Call
29
Operating Considerations
29
Call Processing Event Synchronization
30
Description
30
Call Processing Subsystem Overlapped Commands
33
Related Topics
34
Call Processing State Synchronization
35
Description
35
Status:operation:call:gsm Status Register
37
Call State Status:operation:call:gsm Program Example
37
Related Topics
38
Test System Synchronization Overview
39
Description
39
Commands Used for Synchronization
40
Related Topics
42
Analog Audio Measurement Description
44
How Is an Analog Audio Measurement Made
44
Trigger Source
44
Related Topics
44
Programming an Analog Audio Measurement
45
Programming Example
45
Returned Values
45
Related Topics
46
Aaudio Troubleshooting
47
Possible Setup Issues
47
Interpreting Integrity Indicator Values
47
Bit Error Measurement Description
48
Bit Error Measurements Versus Fast Bit Error Measurements
48
How Is a Bit Error (BER) Measurement Made
48
BER Measurement Results
49
Related Topics
50
Programming a Bit Error Measurement
51
Program Example
52
Returned Values
53
Related Topics
53
BERR Troubleshooting
54
Possible Setup Issues
54
Interpreting Integrity Indicator Values
54
Decoded Audio Measurement Description
55
How Is a Decoded Audio (DAUDIO) Measurement Made
55
Trigger Source
55
Related Topics
56
Programming a Decoded Audio Measurement
57
Programming Example
57
Returned Values
57
Related Topics
58
Decoded Audio (Daudio) Troubleshooting
59
Possible Setup Issues
59
Interpreting Integrity Indicator Values
59
Dynamic Power Measurement Description
61
How Is a Dynamic Power Measurement Made
61
Single or Multi Measurements
61
Types of Signals Dynamic Power Can Measure
61
Input Signal Requirements
61
Trigger Source
61
Related Topics
62
I/Q Tuning Measurement Description
63
How Is an I/Q Tuning Measurement Made
63
Single or Multi Measurements
64
Types of Signals I/Q Tuning Can Measure
64
I/Q Tuning Input Signal Requirements
64
Trigger Source
64
Related Topics
64
Programming an I/Q Tuning Measurement
65
Program Example
65
Returned Values
66
Related Topics
67
I/Q Tuning Troubleshooting
68
Possible Setup Issues
68
Interpreting Integrity Indicator Values
68
Fast Bit Error Measurement Description
69
Bit Error Measurements Vs. Fast Bit Error Measurements
69
How Is a Fast Bit Error (FBER) Measurement Made
69
FBER Measurement Results
70
Related Topics
71
Programming a Fast Bit Error Measurement
72
Program Example
72
Returned Values
73
Related Topics
73
FBER Troubleshooting
74
Possible Setup Issues
74
Interpreting Integrity Indicator Values
74
Output RF Spectrum Measurement Description
75
How Is an Output RF Spectrum (ORFS) Measurement Made
75
Types of Signals ORFS Can Measure
76
Input Signal Requirements
76
Trigger Source
77
Related Topics
77
Programming an Output RF Spectrum Measurement
78
Example Program
78
Returned Values
79
Related Topics
79
ORFS Troubleshooting
80
Possible Setup Issues
80
Interpreting Integrity Indicator Values
81
Phase and Frequency Error Measurement Description
82
How Is a Phase and Frequency Error (PFER) Measurement Made
82
Burst Synchronization
84
Related Topics
84
Programming a Phase and Frequency Error Measurement
85
Example Program
85
Returned Values
85
Related Topics
86
PFER Troubleshooting
87
Possible Setup Issues
87
Interpreting Integrity Indicator Values
87
Power Versus Time Measurement Description
88
How Is a Power Versus Time (Pvt) Measurement Made
88
Types of Signals Power Vs. Time Can Measure
89
Power Vs. Time Input Signal Requirements
89
Trigger Source
90
Burst Synchronization
92
Related Topics
92
Programming a Power Versus Time Measurement
93
Example Program
93
Returned Values
93
Related Topics
94
PVT Troubleshooting
95
Possible Setup Issues
95
Interpreting Integrity Indicator Values
96
RACH Measurement Description
97
What Is a RACH
97
Measurements that Can be Performed on a RACH
97
Triggering
97
Overview of Measurement Procedure in Active Cell Mode
97
Overview of Measurement Procedure in Test Mode
98
Example Procedure
98
Related Topics
98
Programming a RACH Measurement
99
Overview of Measurement Procedure
99
Example Procedure
100
Related Topics
101
RACH Troubleshooting
102
Possible Setup Issues
102
Interpreting Integrity Indicator Values
102
SACCH Report Measurement Descriptions
103
When Are SACCH Report Measurements Made
103
SACCH Report Measurement Results
104
Neighbour Report Measurement Results
105
Related Topics
105
Transmit Power Measurement Description
106
How Is a Transmit Power (TXP) Measurement Made
106
Types of Signals TX Power Can Measure
106
Input Signal Requirements
107
Trigger Source
107
Related Topics
107
Programming a Transmit Power Measurement
108
Example Program
108
Returned Values
108
Related Topics
108
Transmit Power Troubleshooting
109
Possible Setup Issues
109
Interpreting Integrity Indicator Values
109
Test Adherence to Standards
110
Frequency Error and Phase Error - ETSI GSM 11.10 Section 13.1
110
Transmitter Output Power and Burst Timing Error - ETSI GSM 11.10 Section 13.3
110
Output RF Spectrum Testing Method of Test - ETSI GSM 11.10 Section 13.4.4
110
Reference Sensitivity - ETSI GSM 11.10 Section 14.2
111
I/Q Tuning Measurement
111
Dynamic Power Measurement
111
Burst Synchronization of Measurements
115
Measurement Synchronization
115
Related Topics
116
Programming a Channel Mode Change
117
Program Example
117
Returned Values
118
Related Topics
118
Programming a Dualband Handover
119
How the Test Set Performs a Dualband Handover
119
Programming Example
119
Related Topics
119
Dealing with Semicolon Separated Response Data Lists
120
Discription
120
Concurrent Measurements
122
Description
122
Concurrent Measurements for the E1960A Test Application
123
Related Topics
124
Integrity Indicator
125
Description
125
Example Program
127
Related Topics
127
Measurement Timeouts
128
Description
128
Timeout Default Values
128
Program Example
129
Related Topics
129
Invalid Measurement Results
130
Description
130
Measurement Progress Report
131
Description
131
Example
131
Related Topics
131
Measurement Event Synchronization
132
Description
132
Initiate:done
132
Programming Example
133
Status:operation:nmrready:gsm
134
Operating Considerations
135
Related Topics
135
Statistical Measurement Results
136
Description
136
Programming Example
136
Related Topics
136
Status Subsystem Overview
137
Description
138
Related Topics
148
Triggering of Measurements
149
E1960A Operating Considerations
149
Description
149
Trigger Qualifier Description
152
Related Topics
152
Introduction
154
Conventions Used in this Programming Guide
154
Purpose of this Programming Guide
154
How this Programming Guide Is Organized
154
How to Use this Programming Guide
156
About the Programming Examples Presented in this Programming Guide
156
Step 1: Set the Test Set's Operating Mode to Active Cell
157
Background
157
Overview of Active Cell Operating Mode
157
Setting the Test Set's Operating Mode to Active Cell
158
Step 2: Configure the Base Station Emulator (BSE)
159
Background
159
Configuring the Broadcast Channel Parameters
160
Configuring the Traffic Channel Parameters
162
Things that Can Go Wrong
163
Step 3: Configure the Measurement Execution Parameters
164
Background
164
Overview
165
Configuring Measurement Averaging Parameters
166
Configuring Measurement Triggering Parameters
167
Configuring the Burst Synchronization Parameter
168
Configuring Measurement Timeout Parameters
169
Configuring Measurement Specific Parameters
170
Step 4: Establish an Active Link with Mobile Station
172
Background
172
Overview
175
Process for Making a Base Station Originated Call
176
Process for Making a Mobile Station Originated Call
179
Step 5: Set the Mobile Station's Operating Conditions
182
Overview
182
Step 6: Make Measurements
183
Background
183
Things that Can Go Wrong
186
Step 6A: Start Set of Concurrent Measurements
187
Starting Measurements
187
Step 6B: Determine if a Measurement Is Done
188
Background
188
Overview
188
Step 6C: Obtain a Set of Measurement Results
190
Background
190
Overview
191
Step 7: Perform an Intra-Cell Handover
192
Background
192
Performing an Intra-Cell Handover
192
Performing a Dual-Band Handover
193
Step 8: Disconnect the Mobile Station from the BSE
196
Background
196
Overview
197
Terminating an Active Call from the Base Station Emulator
197
Terminating an Active Call from the Mobile Station
198
Comprehensive Program Example
200
Example Program with Comments
200
Example Program Without Comments
206
Diagram Conventions
213
Diagram Description
213
Developing Code
214
Abort Subsystem
215
Description
215
Syntax Diagram and Command Descriptions
215
Abort
216
Afgenerator Subsystem
219
Description
219
Afgenerator
220
Calibration Subsystem
223
Description
223
Syntax Diagram and Command Descriptions
223
Calibration
224
CALL Subsystem
226
Description
226
Syntax Diagrams and Command Descriptions
226
Call:activated
227
Call:ba
228
Call:band
234
Call:bccode
235
Call:bchannel
236
Call:burst
239
Call:connected
240
Call:count
243
Call:end
246
Call:function
249
Call:imei
250
Call:lacode
251
Call:mccode
252
Call:mncode
253
Call:ms
254
Call:nccode
265
Call:operating
266
Call:originate
267
Call:paging
268
Call:pmncode
271

Agilent Technologies E5515A Programming Manual (72 pages)

Wireless Comm Test Set

Brand: Agilent Technologies | Category: Test Equipment | Size: 0.54 MB

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