Agilent Technologies EXG Guia do Utilizador Página 36
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22 Chapter 1
Signal Generator Overview
Rear Panel
1. EVENT 1
This female BNC connector is used with an internal baseband generator (Option 601/602). On signal
generators without Option 601/602, this female BNC connector is non- functional.
In real- time mode, the EVENT 1 connector outputs a pattern or frame synchronization pulse for
triggering or gating external equipment. It may be set to start at the beginning of a pattern, frame, or
timeslot and is adjustable to within ± one timeslot with one bit resolution.
In arbitrary waveform mode, the EVENT 1 connector outputs a timing signal generated by Marker 1.
A marker (3.3 V CMOS high for both positive and negative polarity) is output on the EVENT 1
connector whenever a Marker 1 is turned on in the waveform.
The reverse damage levels for this connector are > +8 V and < −4 V. The nominal output impedance
is not defined.
2. EVENT 2
This female BNC connector is used with an internal baseband generator (Option 601/602). On signal
generators without Option 601/602, this female BNC connector is non- functional.
In real- time mode, the EVENT 2 connector outputs a data enable signal for gating external
equipment. This is applicable when external data is clocked into internally generated timeslots. Data
is enabled when the signal is low.
In arbitrary waveform mode, the EVENT 2 connector outputs a timing signal generated by Marker 2.
A marker (3.3 V CMOS high for both positive and negative polarity) is output on the EVENT 2
connector whenever a Marker 2 is turned on in the waveform.
The reverse damage levels for this connector are > +8 V and < −4 V. The nominal output impedance
is not defined.
3. PATTERN TRIG IN
This female BNC connector is used with an internal baseband generator (Option 601/602). On signal
generators without Option 601/602, this female BNC connector is non-functional. This connector
accepts a signal that triggers an internal pattern or frame generator to start a single- pattern output.
Minimum pulse width is 100 ns. Damage levels are > +5.5 V and < −0.5 V. The nominal input
impedance is not defined.
4. BURST GATE IN
This female BNC connector is used with an internal baseband generator (Option 601/602). On signal
generators without Option 601/602, this connector is non- functional. This connector accepts a 3-volt
CMOS input signal for gating burst power. Burst gating is used when you are externally supplying
data and clock information.
The input signal must be synchronized with the external data input that will be output during the
burst. The burst power envelope and modulated data are internally delayed and re- synchronized. The
input signal must be CMOS high for normal burst RF power or CW RF output power and CMOS low
for RF off. Damage levels are > +5.5 V and < −0.5 V. The nominal input impedance is not defined.
- User’s Guide 1
- Contents 10
- Documentation Overview 13
- 1 Signal Generator Overview 15
- 2 Chapter 1 16
- Signal Generator Overview 16
- Chapter 1 3 17
- Firmware Upgrades 18
- Modes of Operation 19
- Digital Modulation 20
- Front Panel 21
- 8. Trigger 23
- 9. MENUS 23
- 10. Help 23
- 11. EXT 1 INPUT 23
- Chapter 1 11 25
- 12 Chapter 1 26
- 34. DATA CLOCK 27
- 35. DATA 27
- 36. Q Input 27
- 37. I Input 27
- Front Panel Display 28
- 1. Active Entry Area 29
- 2. Frequency Area 29
- 3. Annunciators 29
- 5. Amplitude Area 31
- 6. Error Message Area 31
- 7. Text Area 31
- 8. Softkey Label Area 31
- Rear Panel 32
- Chapter 1 19 33
- 20 Chapter 1 34
- Chapter 1 21 35
- 1. EVENT 1 36
- 2. EVENT 2 36
- 3. PATTERN TRIG IN 36
- 4. BURST GATE IN 36
- 5. AUXILIARY I/O 37
- 6. DIGITAL BUS 38
- 7. Q OUT 38
- 8. I OUT 38
- 9. WIDEBAND I INPUTS 38
- 10. I-bar OUT 39
- 11. WIDEBAND Q INPUTS 39
- 12. COH CARRIER 39
- 14. Q-bar OUT 40
- 15. AC Power Receptacle 40
- 16. GPIB 40
- 17. 10 MHz EFC 40
- 19. AUXILIARY INTERFACE 41
- 20. 10 MHz IN 41
- 22. 10 MHz OUT 42
- 23. STOP SWEEP IN/OUT 42
- 24. BASEBAND GEN CLK IN 42
- 25. Z-AXIS BLANK/MKRS 42
- 26. SWEEP OUT 42
- Chapter 1 29 43
- 30 Chapter 1 44
- 39. I IN 45
- 40. SYMBOL SYNC 45
- 41. Q IN 45
- 42. DATA 45
- 43. LF OUT 46
- 2 Basic Operation 47
- Using Table Editors 48
- Table Ed it or So ftke y s 49
- Configuring the RF Output 50
- OFFS indicator 51
- Configuring a Swept RF Output 52
- Chapter 2 43 57
- Basic Operation 57
- Trigger hardkey 57
- Sweep Repeat Single Cont 57
- 46 Chapter 2 60
- Markers 60
- Chapter 2 47 61
- Chapter 2 51 65
- 52 Chapter 2 66
- Modulating a Signal 67
- Using Data Storage Functions 69
- Using Security Functions 73
- 60 Chapter 2 74
- Chapter 2 61 75
- 62 Chapter 2 76
- Table 2-4 Hard Disk Memory 76
- Chapter 2 65 79
- Enabling Options 80
- Using the Web Server 81
- Activating the Web Server 82
- Chapter 2 69 83
- 70 Chapter 2 84
- 3 Basic Digital Operation 85
- 74 Chapter 3 88
- Chapter 3 77 91
- Dual ARB Player softkey 91
- Note: When the dual ARB 94
- Accessing the Dual ARB Player 97
- Creating Waveform Segments 98
- Playing a Waveform 100
- Editing a Waveform Sequence 100
- Using Waveform Markers 102
- Waveform Marker Concepts 103
- Accessing Marker Utilities 106
- Viewing a Marker Pulse 113
- Triggering Waveforms 116
- Mode and Response 117
- Accessing Trigger Utilities 118
- Using Gated Triggering 119
- Using Waveform Clipping 122
- Chapter 3 109 123
- Basic Digital Operation 123
- 110 Chapter 3 124
- Chapter 3 111 125
- 112 Chapter 3 126
- Chapter 3 113 127
- Configuring Circular Clipping 128
- Using Waveform Scaling 130
- Chapter 3 117 131
- 4 Optimizing Performance 133
- Using External Leveling 134
- 122 Chapter 4 136
- Optimizing Performance 136
- Chapter 4 123 137
- 124 Chapter 4 138
- Chapter 4 129 143
- 130 Chapter 4 144
- Chapter 4 131 145
- Internal Timebase: 125 Hz 149
- External Timebase: 25 Hz 149
- 136 Chapter 4 150
- 5 Analog Modulation 151
- Configuring AM (Option UNT) 152
- Configuring FM (Option UNT) 152
- Configuring ΦM (Option UNT) 153
- To Activate ΦM 154
- To Activate Pulse Modulation 154
- Custom Arb Waveform Generator 157
- Working with Filters 160
- Using a Predefined FIR Filter 161
- Chpater 6 151 165
- Mirror Table 165
- Working with Symbol Rates 167
- 154 Chpater 6 168
- Working with Modulation Types 169
- Symbol Data I Value Q Value 172
- 0 0000 0.500000 1.000000 172
- 1 0001 −0.500000 1.000000 172
- 2 0010 0.500000 −1.000000 172
- 3 0011 −0.500000 −1.000000 172
- Configuring Hardware 176
- To Set the ARB Reference 177
- 164 Chpater 6 178
- Custom Real Time I/Q Baseband 179
- Working with Data Patterns 180
- Working with Burst Shapes 185
- To Adjust the I/Q Scaling 190
- Working with Phase Polarity 191
- Chapter 7 179 193
- Using Differential Encoding 195
- 1. The symbol rotates 197
- 184 Chapter 7 198
- Multitone Waveform Generator 199
- To View a Multitone Waveform 201
- 194 Chapter 8 208
- 9 Two-Tone Waveform Generator 209
- 196 Chapter 9 210
- Tw o To n e O f f O n to On 210
- Chapter 9 197 211
- 10 AWGN Waveform Generator 215
- Real Time I/Q Baseband AWGN 216
- 11 Peripheral Devices 217
- LVDS 100 MHz 400 MHz 219
- 208 Chapter 11 222
- Peripheral Devices 222
- Internally Generated Clock 223
- Device (DUT) Supplied Clock 223
- 210 Chapter 11 224
- 1 Clock Per Sample 225
- 4 Clocks Per Sample 226
- 2 Clocks Per Sample 226
- 1 Sample Period 227
- 256 Clock Rate× 229
- Data Types 232
- 220 Chapter 11 234
- Logic Type softkey 234
- 222 Chapter 11 236
- Scaling softkey 238
- Chapter 11 225 239
- Chapter 11 231 245
- 232 Chapter 11 246
- Clock Source softkey 246
- Accesses the data setup menu 248
- Chapter 11 237 251
- 238 Chapter 11 252
- Chapter 11 239 253
- Using Other Source Modules 254
- Chapter 11 241 255
- 12 Troubleshooting 257
- RF Output Power too Low 258
- SIGNAL GENERATOR 259
- OUTPUT CONTROL 259
- Sweep Problems 262
- Data Storage Problems 263
- Cannot Turn Off Help Mode 264
- Signal Generator Locks Up 264
- Error Messages 265
- Error Message File 266
- Error Message Format 266
- Error Message Types 266
- Chapter 12 253 267
- Troubleshooting 267
- 254 Chapter 12 268
- 37, 38, 139 275
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