Agilent Technologies E8267D PSG manuals

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Agilent Technologies E8267D PSG Manual

280 pages4.67 Mb

Users Guide
- Agilent Technologies E8257D/67D PSG Signal Generators
- 2Notice
- 13Documentation Overview
151
- Signal Generator Models and Features
  - 16E8257D PSG Analog Signal Generator Features
  - 17E8267D PSG Vector Signal Generator Features
- 18Options
- Firmware Upgrades
  - To Upgrade Firmware
- 19Modes of Operation
  - Continuous Wave
  - Swept Signal
  - Analog Modulation
  - 20Digital Modulation
- 21Front Panel
  - 238. Trigger
  - 9. MENUS
  - 10. Help
  - 11. EXT 1 INPUT
  - 2412. EXT 2 INPUT
  - 13. LF OUTPUT
  - 14. Mod On/Off
  - 15. ALC INPUT
  - 16. RF On/Off
  - 17. Numeric Keypad
  - 2518. RF OUTPUT
  - 19. SYNC OUT
  - 20. VIDEO OUT
  - 21. Incr Set
  - 22. GATE/ PULSE/ TRIGGER INPUT
  - 23. Arrow Keys
  - 24. Hold
  - 2734. DATA CLOCK
  - 35. DATA
  - 36. Q Input
  - 37. I Input
- 28Front Panel Display
  - 291. Active Entry Area
  - 2. Frequency Area
  - 3. Annunciators
  - 314. Digital Modulation Annunciators
  - 5. Amplitude Area
  - 6. Error Message Area
  - 7. Text Area
  - 8. Softkey Label Area
- 32Rear Panel
  - Chapter 1 19
  - Signal Generator Overview Rear Panel
  - 33Figure1-4 E8267D Option 1EM Rear Panel
  - 35Figure1-6 E8257D Option 1EM Rear Panel
  - 361. EVENT 1
  - 2. EVENT 2
  - 3. PATTERN TRIG IN
  - 4. BURST GATE IN
  - 375. AUXILIARY I/O
  - 386. DIGITAL BUS
  - 7. Q OUT
  - 8. I OUT
  - 9. WIDEBAND I INPUTS
  - 3910. I-bar OUT
  - 11. WIDEBAND Q INPUTS
  - 12. COH CARRIER
  - 13. 1 GHz REF OUT (Serial Prefixes >=US4646/MY4646)
  - 4014. Q-bar OUT
  - 15. AC Power Receptacle
  - 16. GPIB
  - 17. 10 MHz EFC
  - 18. ALC HOLD (Serial Prefixes >=US4722/MY4722)
  - 4119. AUXILIARY INTERFACE
  - 20. 10 MHz IN
  - 21. LAN
  - 4222. 10 MHz OUT
  - 23. STOP SWEEP IN/OUT
  - 24. BASEBAND GEN CLK IN
  - 25. Z-AXIS BLANK/MKRS
  - 26. SWEEP OUT
  - 4327. TRIGGER OUT
  - 28. TRIGGER IN
  - 29. SOURCE SETTLED
  - 30. SOURCE MODULE INTERFACE
  - 31. RF OUT
  - 32. EXT 1
  - 4433. EXT 2
  - 34. PULSE SYNC OUT
  - 35. PULSE VIDEO OUT
  - 36. PULSE/TRIG GATE INPUT
  - 37. ALC INPUT
  - 38. DATA CLOCK
  - 4539. I IN
  - 40. SYMBOL SYNC
  - 41. Q IN
  - 42. DATA
472
- 48Using Table Editors
  - 49Tabl e E dit or So ftk ey s
  - Modifying Table Items in the Data Fields
- 50Configuring the RF Output
  - Configuring a Continuous Wave RF Output
  - 52Configuring a Swept RF Output
  - Extending the Frequency Range
- 67Modulating a Signal
  - Turning On a Modulation Format
  - 68Applying a Modulation Format to the RF Output
- 69Using Data Storage Functions
  - Using the Memory Catalog
  - 71Using the Instrument State Registers
- 73Using Security Functions
  - 60 Chapter 2
  - 74Understanding PSG Memory Types
    - Table2-2 Base Instrument Memory
    - 75Chapter 2 61
    - Table2-3 Baseband Generator Memory (Options 601 and 602)
    - Table2-2 Base Instrument Memory (Continued)
    - 7662 Chapter 2
    - Table2-4 Hard Disk Memory
    - Table2-3 Baseband Generator Memory (Options 601 and 602) (Continued)
  - 77Removing Sensitive Data from PSG Memory
  - Using the Secure Display
- 80Enabling Options
  - Enabling a Software Option
- 81Using the Web Server
  - 82Activating the Web Server
853
- Custom Modulation
  - Custom Arb Waveform Generator
  - Custom Real Time I/Q Baseband
- 86Arbitrary (ARB) Waveform File Headers
  - 87Creating a File Header for a Modulation Format Waveform
  - 88Modifying Header Information in a Modulation Format
    - 89Figure3-2 Custom Digital Modulation Default Header Display
  - 93Storing Header Information for a Dual ARB Player Waveform Sequence
  - Modifying and Viewing Header Information in the Dual ARB Player
  - 96Playing a Waveform File that Contains a Header
- 97Using the Dual ARB Waveform Player
  - Accessing the Dual ARB Player
  - 98Creating Waveform Segments
  - 99Building and Storing a Waveform Sequence
  - 100Playing a Waveform
  - Editing a Waveform Sequence
  - Adding Real-Time Noise to a Dual ARB Waveform
  - 101Storing and Loading Waveform Segments
  - Renaming a Waveform Segment
- 102Using Waveform Markers
- 116Triggering Waveforms
  - 117Source
  - Mode and Response
  - 118Accessing Trigger Utilities
  - 119Setting the Polarity of an External Trigger
  - Using Gated Triggering
  - 121Using Segment Advance Triggering
- 122Using Waveform Clipping
  - How Power Peaks Develop
  - 125How Clipping Reduces Peak-to-Average Power
  - 128Configuring Circular Clipping
  - 129Configuring Rectangular Clipping
- 130Using Waveform Scaling
  - How DAC Over-Range Errors Occur
  - 131How Scaling Eliminates DAC Over-Range Errors
  - 132Scaling a Currently Playing Waveform (Runtime Scal ing)
  - Scaling a Waveform File in Volatile Memory
1334
- Using the ALC
  - Selecting ALC Bandwidth
  - To Select an ALC Bandwidth
    - RF OUTPUT < 2 MHz
- 134Using External Leveling
  - To Level with Detectors and Couplers/Splitters
  - To Level with a mm-Wave Source Module
- 137Creating and Applying User Flatness Correction
  - 138Creating a User Flatness Correction Array
    - 141Applying a User Flatness Correction Array
  - 142Creating a User Flatness Correction Array with a mm-Wave Source Module
- 148Adjusting Reference Oscillator Bandwidth (Option UNR/UNX)
  - To Select the Reference Oscillator Bandwidth
  - 149To Restore Factory Default Settings:
1515
- Analog Modulation Waveforms
- 152Configuring AM (Option UNT)
  - To Set the Carrier Frequency
  - To Set the AM Depth and Rate
  - To Turn on Amplitude Modulation
- Configuring FM (Option UNT)
  - To Set the FM Deviation and Rate
  - To Activate FM
- 153Configuring M (Option UNT)
  - To Set the M Deviation and Rate
  - To Activate M
- 154Configuring Pulse Modulation (Option UNU/UNW)
  - To Set the Pulse Period, Width, and Triggering
  - To Activate Pulse Modulation
- 155Configuring the LF Output (Option UNT)
  - To Configure the LF Output with an Internal Modulation Source
  - 156To Configure the LF Output with a Function Generator Source
1576
- Working with Predefined Setups (Modes)
  - Selecting a Custom ARB Setup or a Custom Digital Modulation State
- 158Working with User-Defined Setups (Modes)Custom Arb Only
  - Modifying a Single-Carrier NADC Setup
  - 159Customizing a Multicarrier Setup
  - Recalling a User-Defined Custom Digital Modulation State
- 160Working with Filters
  - 161Using a Predefined FIR Filter
  - 162Using a User-Defined FIR Filter
- 167Working w ith Symb ol Rates
  - To Set a Symbol Rate
    - 154 Chpater 6
    - Custom Arb Waveform Generator Working with Symbol Rates
  - 168To Restore the Default Symbol Rate (CustomRealTime I/Q Only)
- 169Working with Modu lation Types
  - To Select a Predefined Modulation Type
  - 170To Use a User-Defined Modulation Type (RealTime I/Q Only)
  - 175Differential Wideband IQ (Option 016)
  - Single-Ended Wideband IQ (Option 015 - Discontinued)
- 176Configuring Hardware
  - To Set a Delayed, Positive Polarity, External Single Trigger
  - 177To Set the ARB Reference
1797
- Working with Predefined Setups (Modes)
  - Selecting a Predefined Real Time Modulation Setup
  - Deselecting a Predefined Real Time Modulation Setup
- 180Working with Data Patterns
  - 181Using a Predefined Data Pattern
  - Using a User-Defined Data Pattern
  - Using an Externally Supplied Data Pattern
- 185Working with Burst Shapes
  - 186Configuring the Burst Rise and Fall Parameters
  - Using User-Defined Burst Shape Curves
- 189Configuring Hardware
  - To Set the BBG Reference
  - 190To Set the External DATA CLOCK to Receive Input as Either Normal or Symbol
  - To Set the BBG DATA CLOCK to External or Internal
  - To Adjust the I/Q Scaling
- 191Working with Phase Polarity
  - To Set Phase Polarity to Normal or Inverted
- Working with Differential Data Encoding
  - Understanding Differential Encoding
  - 193transmittedbit i() databit i 1()=databit i()
    - 195Using Differential Encoding
1998
- 200Creating, Viewing, and Optimizing Multitone Waveforms
  - To Create a Custom Multitone Waveform
  - 201To View a Multitone Waveform
  - 202To Edit the Multitone Setup Table
  - 204To Minimize Carrier Feedthrough
  - 205To Determine Peak to Average Characteristics
2099
- Creating, Viewing, and Modifying Two-Tone Waveforms
21510
- Configuring the AWGN Generator
  - Arb Waveform Generator AWGN
  - 216Real Time I/Q Baseband AWGN
21711
- N5102A Digital Signal Interface Module
  - Clock Timing
    - 218See the PSG Users Guide for information
      - 2264 Clocks Per Sample
      - 2 Clocks Per Sample
      - 2284 Clocks Per Sample
      - 2 Clocks Per Sample
    - 229256 Clock Rate
    - ------------------------------------------
  - 230Connecting the Clock Source and the Device Under Test
  - 232Data Types
    - Mode
  - 233Operating the N5102A Module in Output Mode
  - 242Operating the N5102A Module in Input Mode
- 250Millimeter-Wave Source Modules
  - Using Agilent Millimeter-Wave Source Modules
  - 254Using Other Source Modules
25712
- RF Output Power Problems
  - No RF Output Power when Playing a Waveform File
  - 258RF Output Power too Low
  - The Power Supply has Shut Down
  - Signal Loss While Working with a Mixer
    - 259SIGNAL GENERATOR OUTPUT CONTROL MIXER
  - 260Signal Loss While Working with a Spectrum Analyzer
    - SIGNAL GENERATOR OUTPUT CONTROL MIXER
    - 10 dB ATTEN
- 261No Modulation at the RF Output
- 262Sweep Problems
  - Sweep Appears to be Stalled
  - Cannot Turn Off Sweep Mode
  - Incorrect List Sweep Dwell Time
  - List Sweep Information is Missing from a Recalled Register
- 263Data Storage Problems
  - Registers With Previously Stored Instrument States are Empty
  - Saved Instrument State, but Register is Empty or Contains Wrong State
- 264Cannot Turn Off Help Mode
- Signal Generator Locks Up
  - Fail-Safe Recovery Sequence
- 265Error Messages
  - 266Error Message File
  - Error Message Format
  - Error Message Types
- 267Contacting Agilent Sales and Service Offices
- Returning a Signal Generator to Agilent Technologies

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