Agilent Technologies E6392B Spécifications Page 31
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30 Chapter 2
Programming Command Guidelines
Using the Status Registers
Standard Event Status Enable Register
In addition to the standard event status register, the standard event status group
also contains a standard event status enable register as follows:
Figure 2-5 Standard Event Status Enable Register
This register lets you choose which bits in the standard event status register will set
the summary bit (bit 5 of the status byte register) to 1. Send the *ESE <num>
command where <num> is the sum of the decimal values of the bits you want to
enable. For example, to enable bit 7 and bit 6 so that whenever either of those bits
is set to 1, the standard event status summary bit of the status byte register will be
set to 1 by sending the command *ESE 192 (= 128 + 64) (see Figure 2-1 on page
26). The command *ESE? returns the decimal value of the sum of the bits
previously enabled with the *ESE <num> command.
- Agilent Technologies 2
- E6392B GSM MS Test Set 2
- Programmer’s Guide 2
- Agilent Technologies Limited 3
- Printing 4
- Contents 10
- 1 Preparing for Use 14
- 14 Chapter 1 15
- Preparing for Use 15
- Connecting to Controller 16
- 16 Chapter 1 17
- 2. Programming Command 18
- Guidelines 18
- Understanding Common Terms 19
- Standard Notation 20
- Command Syntax 21
- Units of Measure 22
- Character Format Parameters 24
- Modem Line Handshaking 24
- Data Transfer Errors 24
- Programming Guidelines 25
- Using the Status Registers 26
- 26 Chapter 2 27
- Status Register System 28
- Status Byte Register 29
- 30 Chapter 2 31
- Error Messages 32
- 32 Chapter 2 33
- 3. Programming Command 34
- Reference 34
- Standard Event Status Enable 36
- Status Byte Register Query 36
- CONFigure Subsystem 37
- Beeper Control 38
- Network Configuration 38
- Panel Key Control 38
- Printer Control 39
- Delete File 39
- Format Card 39
- List Files 39
- Recall File 40
- Save File 40
- BER Frames 41
- BER Limit 41
- BLER Limit 42
- Burst Timing Limit 42
- DC Current Limit 42
- FER Limit 43
- Frequency Error Limit 43
- Loopback Delay 43
- MS Power Class 43
- Peak TX Power Limit 44
- Phase Error Limit 44
- RF Output 45
- RX Level Limit 45
- RX Quality Limit 46
- 1st Call Test 47
- 2nd Call Test 47
- 6 Measurement DC Power Loop 47
- Burst Timing Test 49
- DC Current Test 50
- Frequency Error Test 50
- Instruction Message # 51
- LOC. Update 52
- Peak TX Power Test 52
- Phase Error Test 53
- Power Ramp Test 53
- RX Level Test 54
- RX Quality Test 54
- Sensitivity Test 54
- Talk Test 55
- Talk Test TCH Channel 55
- Talk Test TCH Frequency 55
- DISPlay Subsystem 57
- Stand-by (GPRS Mode) 60
- Stand-by (Synchronous Mode) 60
- RF Signal Generator 60
- Spectrum Monitor 60
- HCOPy Subsystem 61
- RFGenerator Subsystem 62
- RF Signal Output Mode 63
- SMONitor Subsystem 65
- Measurement Range 66
- SYSTem Subsystem 69
- Chapter 3 69 70
- Programming Command Reference 70
- All Tests Results (Detail) 71
- All Tests Results (Summary) 72
- Burst Timing Measurement 73
- Power Ramp Graph Zoom 73
- Power Ramp Marker Measurement 74
- DC Current Measurement 75
- MS Information 76
- Peak TX Power Measurement 76
- Sensitivity Measurement 80
- 6 Measurement DCP Variable 81
- 6 Measurement TCH Variable 81
- Screen Mode 83
- Signaling State 83
- Talk Test Result 84
- Talk Test TCH 84
- BS Release 89
- GPRS Test End 89
- MS Release 90
- Signaling State (GPRS mode) 91
- Signaling State (SYNC mode) 91
- Measurement Screen 94
- Actual Timing Advance 95
- DC Power Voltage 100
- Frequency Error Measurement 100
- Midamble 100
- Phase Error Measurement 101
- Power Control Level 101
- Traffic Channel 102
- Traffic Channel Frequency 102
- RX Quality Measurement 104
- RX Level Measurement 104
- BER BS Level 105
- Sensitivity Test Frames 106
- Averaging Function 107
- BS Level 107
- Marker Measurement 108
- Marker Position Control 108
- Measurement Result 108
- Resolution Bandwidth 109
- BCCH Channel 111
- BCCH Frequency 112
- DC Power Mode 112
- Measurement Mode 112
- MS Signal 113
- Multi Band 114
- Radio Standard 114
- Slot Configuration 114
- Slot Measured 115
- Timing Advance 115
- TRIGger Subsystem 117
- 4. Programming Command 118
- Cross Reference 118
- AUTOMATIC TEST Screens 119
- Test Result Screens 121
- 126 Chapter 4 123
- Item Command 123
- CONFIGURATION Screen 124
- System Configuration Screen 125
- 130 Chapter 4 127
- 132 Chapter 4 129
- Display Each Screen 131
- IEEE Common Commands 133
- MANUAL TEST Screens 134
- 138 Chapter 4 135
- Measuring Screens 136
- DC Current Measuring Screens 137
- MS Information Screen 138
- 142 Chapter 4 139
- 144 Chapter 4 141
- Spectrum Monitor Screens 142
- Print Screen Function 143
- SIGNAL GENERATOR Screen 144
- SPECTRUM MONITOR Screens 145
- System Control Function 146
- Trigger Function 147
- 5 Example Programs 148
- 148 Chapter 5 149
- Example Programs 149
- Chapter 5 149 150
- 5. Example Programs 150
- 150 Chapter 5 151
- 2080 UNTIL BIT(F,4)=1 152
- 2100 END 152
- Chapter 5 153 154
- 154 Chapter 5 155
- AUTOMATIC TEST Sample Program 159
- Chapter 5 159 160
- 160 Chapter 5 161
- A Syntax Diagrams 164
- 164 Appendix A 165
- Syntax Diagrams 165
- Appendix A 165 166
- A. Syntax Diagrams 166
- 166 Appendix A 167
- Appendix A 167 168
- 168 Appendix A 169
- Figure A-8 HCOPy Subsystem 170
- Figure A-11 SYSTem Subsystem 171
- Appendix A 171 172
- 172 Appendix A 173
- Appendix A 173 174
- 174 Appendix A 175
- Appendix A 175 176
- 176 Appendix A 177
- Appendix A 177 178
- 178 Appendix A 179
- B. Command Difference 180
- Changed Commands 181
- 188 Appendix B 183
- (PWR CNTL 183
- Appendix B 189 184
- 190 Appendix B 185
- Appendix B 191 186
- Appendix B 193 188
- 194 Appendix B 189
- Appendix B 195 190
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