Agilent Technologies E4438C Manuals

Manuals and User Guides for Agilent Technologies E4438C. We have 8 Agilent Technologies E4438C manuals available for free PDF download: User Manual, Programming Manual, Manual, Datasheet, User's & Service Manual, Installation Note, Configuration Manual

Agilent Technologies E4438C User Manual

Agilent Technologies E4438C User Manual (700 pages)

ESG Signal Generators

Brand: Agilent Technologies | Category: Portable Generator | Size: 10.02 MB

Table of Contents

Table of Contents

3
E4428C Analog Signal Generator Overview

25
- Standard Analog Signal Generator Features
  26
- Firmware Upgrades
  27
  - To Upgrade Firmware
    27
- Options
  27
- Calibration
  28
- Modes of Operation
  29
  - Continuous Wave
    29
  - Swept Signal
    29
  - Analog Modulation
    29
- Front Panel Overview
  30
  - Display
    30
  - Softkeys
    30
  - Frequency Key
    31
  - Amplitude Key
    31
  - Knob
    31
  - Save Key
    31
  - Menu Keys
    31
  - Recall Key
    31
  - EXT 1 INPUT Connector
    32
  - EXT 2 INPUT Connector
    32
  - Help Key
    32
  - Trigger Key
    32
  - LF OUTPUT Connector
    32
  - RF OUTPUT Connector
    33
  - Mod On/Off Key
    33
  - RF On/Off Key
    33
  - Numeric Keypad
    33
  - Incr Set Key
    33
  - Arrow Keys
    34
  - Hold Key
    34
  - Return Key
    34
  - Display Contrast Increase Key
    34
  - Display Contrast Decrease Key
    34
  - Local Key
    34
  - Preset Key
    34
  - Standby LED
    34
  - Line Power LED
    34
  - Power Switch
    35
- Front Panel Display
  36
  - Frequency Area
    36
  - Annunciators
    37
  - Amplitude Area
    39
  - Softkey Label Area
    39
  - Error Message Area
    39
  - Text Area
    39
  - Active Function Area
    39
- Rear Panel Overview
  40
  - AC Power Receptacle
    41
  - GPIB Connector
    41
  - RS 232 Connector
    41
  - LAN Connector
    42
  - TRIG out Connector
    42
  - TRIG in Connector
    42
  - Mhz in Connector
    42
  - SWEEP out Connector
    42
  - Mhz out Connector
    42
E4438C Vector Signal Generator Overview

43
- Standard Vector Signal Generator Features
  44
- Options
  45
  - Understanding Baseband Generator Options
    45
- Firmware Upgrades
  46
  - To Upgrade Firmware
    46
- Calibration
  47
- Modes of Operation
  48
  - Continuous Wave
    48
  - Swept Signal
    48
  - Analog Modulation
    48
  - Digital Modulation
    48
- Front Panel Overview
  50
  - Display
    50
  - Softkeys
    50
  - Frequency Key
    50
  - Amplitude Key
    51
  - Knob
    51
  - Menu Keys
    51
  - Save Key
    51
  - Recall Key
    51
  - EXT 1 INPUT Connector
    52
  - EXT 2 INPUT Connector
    52
  - Help Key
    52
  - Trigger Key
    52
  - LF OUTPUT Connector
    53
  - RF OUTPUT Connector
    53
  - Mod On/Off Key
    53
  - RF On/Off Key
    53
  - Numeric Keypad
    53
  - Incr Set Key
    54
  - Arrow Keys
    54
  - Hold Key
    54
  - Return Key
    54
  - Display Contrast Increase Key
    54
  - Display Contrast Decrease Key
    54
  - Local Key
    54
  - Preset Key
    54
  - Standby LED
    55
  - Line Power LED
    55
  - Power Switch
    55
  - SYMBOL SYNC Connector (Option 001/601 or 002/602)
    55
  - DATA CLOCK Connector (Option 001/601 or 002/602)
    55
  - DATA Connector (Option 001/601 or 002/602)
    56
  - Q Connector
    56
  - I Connector
    56
- Front Panel Display
  57
  - Frequency Area
    57
  - Annunciators
    58
  - Digital Modulation Annunciators
    60
  - Amplitude Area
    60
  - Softkey Label Area
    60
  - Error Message Area
    60
  - Text Area
    60
  - Active Function Area
    60
- Rear Panel Overview
  61
Basic Operation

71
Basic Digital Operation

113
- Custom Modulation
  114
  - Custom Arb Waveform Generator
    114
  - Custom Real Time I/Q Baseband
    115
- Arbitrary (ARB) Waveform File Headers
  116
- Using the Dual ARB Waveform Player
  130
- Using Waveform 5-Pack Licensing (Options 221-229)
  137
- Understanding the I/Q Modulator Filter
  144
  - Applying an I/Q Modulator Filter
    145
- Local Settings for ARB Waveform Formats and the Dual ARB Player
  146
  - I/Q Attenuator and Filters Settings
    146
  - Waveform Runtime Scaling
    148
  - High Crest Mode
    148
  - ARB Sample Clock
    148
  - Waveform Markers
    149
Using Waveform Markers

153
- Waveform Marker Concepts
  154
- Accessing Marker Utilities
  158
- Viewing Waveform Segment Markers
  159
- Clearing Marker Points from a Waveform Segment
  160
- Setting Marker Points in a Waveform Segment
  161
- Controlling Markers in a Waveform Sequence (Dual ARB Only)
  163
- Viewing a Marker Pulse
  165
- Using the RF Blanking Marker Function
  166
- Setting Marker Polarity
  168
- Triggering Waveforms
  169
  - Source
    170
  - Mode and Response
    170
  - Accessing Trigger Utilities
    171
  - Setting the Polarity of an External Trigger
    172
  - Using Gated Triggering
    172
  - Using Segment Advance Triggering
    174
  - Using External Triggering
    175
- Using Waveform Clipping
  178
- Using Waveform Scaling
  186
  - How DAC Over-Range Errors Occur
    186
  - How Scaling Eliminates DAC Over-Range Errors
    187
  - Scaling a Currently Playing Waveform (Runtime Scaling)
    188
  - Scaling a Waveform File in Volatile Memory
    189
  - Using Customized Burst Shape Curves
    190
    
    Understanding Burst Shape
    190
    
    Creating a User-Defined Burst Shape Curve
    192
    
    Storing a User-Defined Burst Shape Curve
    195
    
    Recalling a User-Defined Burst Shape Curve
    195
    
    Generating the Waveform
    196
    
    Configuring the RF Output
    196
  - Using Finite Impulse Response (FIR) Filters
    197
    
    Creating a User-Defined FIR Filter Using the FIR Table Editor
    197
  - Modifying a FIR Filter Using the FIR Table Editor
    202
    
    Loading the Default Gaussian FIR File
    202
    
    Modifying the Coefficients
    203
    
    Storing the Filter to Memory
    203
  - Differential Encoding
    204
    
    Differential Data Encoding
    205
    
    How Differential Encoding Works
    206
    
    Using Differential Encoding
    208
  - User-Defined I/Q Maps
    212
    
    Creating a User-Defined I/Q Map
    212
    
    Storing a User-Defined I/Q Map File
    214
    
    Moving I/Q Symbols
    214
  - User-Defined FSK Modulation
    216
    
    Modifying a Default FSK Modulation
    216
    
    Storing an FSK Modulation
    217
    
    Creating a User-Defined FSK Modulation
    217
  - Creating and Using Bit Files
    219
    
    Creating a User File
    219
    
    Renaming and Saving a User File
    221
    
    Recalling a User File
    222
    
    Modifying an Existing User File
    222
    
    Applying Bit Errors to a User File
    223
- AWGN Waveform Generator
  225
  - Configuring the AWGN Generator
    226
    
    Arb Waveform Generator AWGN
    226
    
    Real Time I/Q Baseband AWGN
    227
- Analog Modulation
  229
  - Analog Modulation Waveforms
    230
  - Configuring am
    231
    
    Setting the Carrier Frequency
    231
    
    Setting the RF Output Amplitude
    231
    
    Setting the am Depth and Rate
    231
    
    Turning on Amplitude Modulation
    231
    
    Wideband am (E4438C)
    232
  - Configuring FM
    233
    
    Setting the RF Output Frequency
    233
    
    Setting the RF Output Amplitude
    233
    
    Setting the FM Deviation and Rate
    233
    
    Activating FM
    233
  - Configuring ΦM
    234
    
    Setting the RF Output Frequency
    234
    
    Setting the RF Output Amplitude
    234
    
    Setting the FM Deviation and Rate
    234
    
    Activating FM
    234
  - Configuring Pulse Modulation
    235
    
    Setting the RF Output Frequency
    235
    
    Setting the RF Output Amplitude
    235
    
    Setting the Pulse Period and Width
    235
    
    Activating Pulse Modulation
    235
  - Configuring the LF Output
    236
    
    Configuring the LF Output with an Internal Modulation Source
    237
    
    Configuring the LF Output with a Function Generator Source
    238
Digital Signal Interface Module

239
- Clock Timing
  240
  - Clock and Sample Rates
    240
  - Clock Source
    243
  - Common Frequency Reference
    244
  - Clock Timing for Parallel Data
    247
  - Clock Timing for Parallel Interleaved Data
    250
  - Clock Timing for Serial Data
    252
  - Clock Timing for Phase and Skew Adjustments
    252
- Connecting the Clock Source and the Device under Test
  254
- Data Types
  256
  - Output Mode
    256
  - Input Mode
    256
- Operating the N5102A Module in Output Mode
  258
- Operating the N5102A Module in Input Mode
  267
  - Accessing the N5102A Module User Interface
    267
  - Selecting the Input Direction
    268
  - Choosing the Logic Type and Port Configuration
    268
  - Configuring the Clock Signal
    269
  - Selecting the Data Parameters
    273
  - Digital Data
    275
- Bluetooth Signals
  277
  - Accessing the Bluetooth Setup Menu on the ESG
    278
  - Setting up Packet Parameters
    279
  - Setting up Impairments
    281
  - Using Burst
    283
    
    Setting the Burst Power Ramp
    283
  - Using Clock/Gate Delay
    284
  - Turning on a Bluetooth Signal
    285
- Bert
  287
Setting up a Phs Bit Error Rate Test (Bert)

288
- Required Equipment
  288
- Connecting the Test Equipment
  289
- Selecting the Radio Data Format
  290
- Setting the Carrier Frequency and Power Level
  290
- Selecting the BERT Data Pattern and Total Bits
  291
- Selecting the BERT Trigger
  291
- Setting the Radio to a Receiver Mode
  291
- Starting BERT Measurements
  292
- Measuring RF Loopback BERT with Option 300
  293
- Using the External Frame Trigger Function with the EDGE Format
  308
  - Measuring the Initial Delay Value
    308
  - Adjusting the Delay Value
    309
- Bit Error Rate Tester-Option UN7
  312
  - Block Diagram
    312
  - Clock Gate Function
    312
  - Clock/Gate Delay Function
    313
  - Clock Delay Function
    314
  - Gate Delay Function in the Clock Mode
    316
  - Triggering
    316
  - Data Processing
    319
  - Repeat Measurements
    320
  - Testing Signal Definitions
    321
- RF Loopback BER-Option 300
  323
  - Synchronization
    323
  - Erased Frame Detection
    324
  - Downlink Errors
    324
  - Frame Structure
    324
- Verifying BERT Operation
  326
  - Verification Setup
    326
- CDMA Digital Modulation
  331
Creating a User-Defined Multicarrier Cdma State

363
- Adding a Carrier
  363
- Applying Changes to an Active CDMA State
  363
- Selecting a Multicarrier CDMA Setup
  363
- Generating the Waveform
  364
  - Applying Changes to an Active Multicarrier CDMA State
    365
- Modifying Carrier Frequency Offset
  364
- Modifying Carrier Power
  364
- Press Edit Item > -10 > Db
  364
- Press Edit Item Khz
  364
- Configuring the RF Output
  365
- GPS Modulation
  367
  - Real Time MSGPS
    368
    
    Signal Generation Block Diagram
    369
    
    Scenario Files
    370
    
    RF Power Level Considerations
    371
    
    Generating a Real Time MSGPS Signal
    373
    
    Configuring the External Reference Clock
    374
  - Real Time GPS
    375
    
    Real Time GPS Introduction
    376
    
    Setting up the Real Time GPS Signal
    381
    
    Configuring the External Reference Clock
    382
    
    Testing Receiver Sensitivity
    384
Setting up a Gps Bit Error Rate Test

385
- Connecting the Test Equipment
  386
- Setting the Carrier Frequency and Power Level
  386
- Selecting the BERT Data Pattern and Total Bits
  387
- Selecting the Data Format
  387
- Setting up the GPS Receiver
  387
- Selecting the BERT Trigger
  388
- Starting BERT Measurements
  388
- Multitone Waveform Generator
  389
  - Creating a Custom Multitone Waveform
    390
    
    Initializing the Multitone Setup Table Editor
    390
    
    Configuring Tone Powers and Tone Phases
    390
    
    Removing a Tone
    390
    
    Generating the Waveform
    391
    
    Configuring the RF Output
    391
  - Applying Changes to an Active Multitone Signal
    392
    
    Storing a Multitone Waveform
    392
    
    Recalling a Multitone Waveform
    393
- Custom Digital Modulation
  395
  - Using the Arbitrary Waveform Generator
    396
    
    Using Predefined Custom TDMA Digital Modulation
    396
    
    Creating a Custom TDMA Digital Modulation State
    397
    
    Storing a Custom TDMA Digital Modulation State
    398
    
    Recalling a Custom TDMA Digital Modulation State
    398
    
    Creating a Custom Multicarrier TDMA Digital Modulation State
    399
    
    Storing a Custom Multicarrier TDMA Digital Modulation State
    401
    
    Applying Changes to an Active Multicarrier TDMA Digital Modulation State
    401
  - Using the Real Time I/Q Baseband Generator
    402
    
    Selecting Predefined Custom Modulation Modes
    402
    
    Creating User-Defined Custom Modulation
    403
- Real Time TDMA Formats
  405
  - EDGE Framed Modulation
    406
    
    Understanding External Data Connections
    406
    
    Activating Framed Data Format
    407
    
    Configuring the EDGE Timeslots
    407
    
    Configuring GMSK Timeslots
    407
    
    Disabling Timeslot Ramping
    408
    
    Generating the Baseband Signal
    408
    
    Configuring the RF Output
    408
    
    Adjusting the Power Level between Timeslots
    408
  - GSM Framed Modulation
    410
    
    Activating Framed Data Format
    410
    
    Configuring the First Timeslot
    410
    
    Configuring the Second Timeslot
    410
    
    Configuring the Third Timeslot
    410
    
    Disabling Timeslot Ramping
    411
    
    Generating the Baseband Signal
    411
    
    Configuring the RF Output
    411
    
    Adjusting the Power Level between Timeslots
    411
  - Enhanced Observed Time Difference (E-OTD)
    412
    
    Overview
    412
    
    Basic GSM Frame Structure
    412
    
    E-OTD Measurement System Synchronization
    418
    
    Sample SCPI Command Scripts
    421
  - DECT Framed Modulation
    425
    
    Activating Framed Data Format
    425
    
    Configuring the First Timeslot
    425
    
    Configuring the Second Timeslot
    425
    
    Generating the Baseband Signal
    425
    
    Configuring the RF Output
    426
  - PHS Framed Modulation
    427
    
    Activating Framed Data Format
    427
    
    Configuring the First Timeslot
    427
    
    Configuring the Second Timeslot
    427
    
    Generating the Baseband Signal
    427
    
    Configuring the RF Output
    428
  - PDC Framed Modulation
    429
    
    Activating Framed Data Format
    429
    
    Configuring the First Timeslot
    429
    
    Configuring the Second Timeslot
    429
    
    Generating the Baseband Signal
    429
    
    Configuring the RF Output
    430
  - NADC Framed Modulation
    431
    
    Activating Framed Data Format
    431
    
    Configuring the First Timeslot
    431
    
    Configuring the Second Timeslot
    431
    
    Generating the Baseband Signal
    431
    
    Configuring the RF Output
    432
  - TETRA Framed Modulation
    433
    
    Activating Framed Data Format
    433
    
    Configuring the First Timeslot
    433
    
    Configuring the Second Timeslot
    433
    
    Generating the Baseband Signal
    433
    
    Configuring the RF Output
    434
- W-CDMA Digital Modulation for Component Test
  435
  - W-CDMA Downlink Modulation
    436
    
    Activating a Predefined W-CDMA Downlink State
    436
Creating a User-Defined W-Cdma Downlink State

437

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Agilent Technologies E4438C Programming Manual

Agilent Technologies E4438C Programming Manual (366 pages)

Signal Generators

Brand: Agilent Technologies | Category: Inverter | Size: 4.68 MB

Table of Contents

Table of Contents
3
1 Getting Started with Remote Operation

12
2 Using IO Interfaces

32
- Using GPIB
  32
  - Installing the GPIB Interface
    32
  - Set up the GPIB Interface
    34
  - Verify GPIB Functionality
    35
  - GPIB Interface Terms
    35
- GPIB Programming Interface Examples
  36
- Using LAN
  38
  - Setting up the LAN Interface
    39
  - Setting up Private LAN
    44
  - Verifying LAN Functionality
    44
  - Using VXI-11
    47
  - Using Sockets LAN
    49
  - Using Telnet LAN
    49
  - Using FTP
    53
- Using RS-232 (ESG, PSG, and E8663B Only)
  55
- Selecting IO Libraries for RS- 232
  55
- Setting up the RS-232 Interface
  56
- Verifying RS-232 Functionality
  58
- Character Format Parameters
  59
- If You Have Problems
  59
- RS-232 Programming Interface Examples
  60
- Using USB (Agilent MXG)
  63
  - Selecting I/O Libraries for USB
    64
  - Setting up the USB Interface
    65
3 Programming Examples

67
4 Programming the Status Register System

147
- Overview
  148
  - Overall Status Byte Register Systems
    149
- Status Register Bit Values
  158
  - Example: Enable a Register
    158
  - Example: Query a Register
    158
- Accessing Status Register Information
  159
  - Determining What to Monitor
    159
  - Deciding How to Monitor
    159
  - Status Register SCPI Commands
    161
- Status Byte Group
  164
  - Status Byte Register
    165
  - Service Request Enable Register
    165
- Status Groups
  166
- Data Questionable Modulation Status Group
  184
- Data Questionable Calibration Status Group
  187
- Data Questionable BERT Status Group
  190
- 5 Creating and Downloading Waveform Files
  193
5 Creating and Downloading Waveform Files

194
- Overview of Downloading and Extracting Waveform Files
  194
  - Waveform Data Requirements
    195
- Understanding Waveform Data
  195
  - Bits and Bytes
    195
  - LSB and MSB (Bit Order)
    196
  - Little Endian and Big Endian (Byte Order)
    196
  - Byte Swapping
    198
  - DAC Input Values
    198
  - 2'S Complement Data Format
    201
  - I and Q Interleaving
    201
- Waveform Structure
  203
  - File Header
    203
  - Marker File
    203
  - I/Q File
    204
  - Waveform
    205
- Waveform Phase Continuity
  205
  - Phase Discontinuity, Distortion, and Spectral Regrowth
    205
  - Avoiding Phase Discontinuities
    206
- Waveform Memory
  208
  - Memory Allocation
    210
  - Memory Size
    212
- Commands for Downloading and Extracting Waveform Data
  214
  - Waveform Data Encryption
    214
  - File Transfer Methods
    215
  - SCPI Command Line Structure
    215
  - Commands and File Paths for Downloading and Extracting Waveform Data
    216
  - FTP Procedures
    220
- Creating Waveform Data
  222
  - Code Algorithm
    223
- Downloading Waveform Data
  228
  - Using Simulation Software
    229
  - Using Advanced Programming Languages
    231
- Loading, Playing, and Verifying a Downloaded Waveform
  234
  - Loading a File from Non-Volatile Memory
    234
  - Playing the Waveform
    235
    
    Verifying the Waveform
    236
    
    Building and Playing Waveform Sequences
    236
  - Using the Download Utilities
    237
  - Downloading E443Xb Signal Generator Files
    238
    
    E443Xb Data Format
    238
    
    Storage Locations for E443Xb ARB Files
    239
    
    SCPI Commands
    241
  - Programming Examples
    241
    
    C++ Programming Examples
    242
    
    MATLAB Programming Examples
    265
    
    Visual Basic Programming Examples
    272
    
    HP Basic Programming Examples
    277
  - Troubleshooting Waveform Files
    286
    
    Configuring the Pulse/Rf Blank (Agilent MXG)
    287
    
    Configuring the Pulse/Rf Blank (ESG/PSG)
    287

Agilent Technologies E4438C Programming Manual

Agilent Technologies E4438C Programming Manual (208 pages)

ESG Vector Signal Generator

Brand: Agilent Technologies | Category: Portable Generator | Size: 2.57 MB

Table of Contents

Table of Contents
3
Getting Started
7
Introduction to Remote Operation
8
Interfaces
9
I/O Libraries
9
Programming Language
10
Using GPIB
11
Installing the GPIB Interface Card
11
Selecting I/O Libraries for GPIB
13
Setting up the GPIB Interface
13
Verifying GPIB Functionality
14
GPIB Interface Terms
14
GPIB Function Statements
15
Using LAN
20
Selecting I/O Libraries for LAN
20
Setting up the LAN Interface
21
Verifying LAN Functionality
22
Using VXI-11
24
Using Sockets LAN
26
Using TELNET LAN
27
Using FTP
31
Using RS-232
33
Selecting I/O Libraries for RS-232
33
Setting up the RS-232 Interface
34
Verifying RS-232 Functionality
35
Character Format Parameters
36
If You Have Problems
36
Programming Examples
37
Using the Programming Examples
38
Programming Examples Development Environment
38
Running C/C++ Programming Examples
39
GPIB Programming Examples
40
Before Using the Examples
40
Interface Check Using Agilent BASIC
41
Interface Check Using NI-488.2 and C
42
Interface Check Using VISA and C
43
Local Lockout Using Agilent BASIC
44
Local Lockout Using NI-488.2 and C
45
Queries Using Agilent BASIC
47
Queries Using NI-488.2 and C
49
Queries Using VISA and C
51
Generating a CW Signal Using VISA and C
53
Generating an Externally Applied AC-Coupled FM Signal Using VISA and C
55
Generating an Internal AC-Coupled FM Signal Using VISA and C
57
Generating a Step-Swept Signal Using VISA and C
59
Saving and Recalling States Using VISA and C
61
Reading the Data Questionable Status Register Using VISA and C
63
Reading the Service Request Interrupt (SRQ) Using VISA and C
66
LAN Programming Examples
70
Before Using the Examples
70
VXI-11 Programing
71
VXI-11 Programming Using SICL and C
71
VXI-11 Programming Using VISA and C
72
Sockets LAN Programming Using C
75
Setting Parameters and Sending Queries Using Sockets and C
78
Sockets LAN Programming Using PERL
95
Setting the Power Level and Sending Queries Using PERL
95
Sockets LAN Programming Using Java
97
Generating a CW Signal Using Java
97
RS-232 Programming Examples
99
Before Using the Examples
99
Interface Check Using Agilent BASIC
100
Interface Check Using VISA and C
101
Queries Using Agilent BASIC
103
Queries Using VISA and C
104
Programming the Status Register System
107
Overview
108
Status Register Bit Values
111
Accessing Status Register Information
112
Determining What to Monitor
112
Deciding How to Monitor
113
Status Register SCPI Commands
116
Status Byte Group
118
Status Byte Register
119
Service Request Enable Register
120
Status Groups
121
Standard Event Status Group
122
Standard Operation Status Group
125
Baseband Operation Status Group
128
Data Questionable Status Group
131
Data Questionable Power Status Group
135
Data Questionable Frequency Status Group
138
Data Questionable Modulation Status Group
141
Data Questionable Calibration Status Group
144
Data Questionable BERT Status Group
147
Downloading and Using Files
151
Introduction
152
ARB Waveform Data Downloads
153
Bit-Value and Output Power
154
Types of Arbitrary Waveform Generator Memory
154
Data Requirements
156
File Structure and Memory
156

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Agilent Technologies E4438C Datasheet

Agilent Technologies E4438C Datasheet (40 pages)

ESG Vector Signal Generator

Brand: Agilent Technologies | Category: Inverter | Size: 0.69 MB

Table of Contents

Table of Contents
2
Introduction
3
Key Features
4
Specifications for Frequency and Power Characteristics
5
- Frequency
  5
- Sweep Modes
  5
- Internal Reference Oscillator
  5
- Output Power
  6
  - Level Accuracy
    6
  - Repeatability and Linearity
    8
- Spectral Purity
  10
Specifications for Analog Modulation
12
- Frequency Bands
  12
- Frequency Modulation
  12
- Phase Modulation
  13
- Amplitude Modulation
  13
- Wideband am
  14
- Pulse Modulation
  14
- Internal Modulation Source
  15
- External Modulation Inputs
  15
- External Burst Envelope
  16
- Composite Modulation
  16
- Simultaneous Modulation
  16
Specifications for I/Q Characteristics
17
Specifications for Signal Personality Characteristics
21
- 3Gpp W-Cdma
  21
- Is-95 Cdma
  22
- Cdma2000
  22
- Enhanced Multitone
  23
  - Awgn
    23
  - 802.11 Wlan
    24
  - Custom Modulation
    25
  - Gsm/Gprs
    26
  - Edge/Egprs
    27
  - GSM/EDGE Base Station Bit Error Rate Test [BERT]
    28
- Bit Error Rate [BER] Analyzer
  29
General Characteristics
30
- Operating Characteristics
  30
- Inputs and Outputs
  31
Ordering Information
37
Related Literature
38

Agilent Technologies E4438C Manual

Agilent Technologies E4438C Manual (48 pages)

Signal Studio for Bluetooth ESG Vector Signal Generator

Brand: Agilent Technologies | Category: Portable Generator | Size: 1.41 MB

Table of Contents

Table of Contents
2
Software Overview
2
Ease of Use
3
Signal Structure
4
Bluetooth Modulation and Transmission Parameters
4
Bluetooth Transmission Scheme
4
Bluetooth Link Types
5
Bluetooth Packets
5
Connecting to the ESG
6
Creating Signals
6
Step 1 Configure the Bluetooth Signal
6
Step 2 Set up the Signal Generation Parameters
15
Step 3 Configure the ESG
30
Step 4 Calculate and Download
32
Basic Measurements
35
Receiver Measurements
35
ESG BER Analysis Capability
35
BER Measurements Setup
36
BER Measurements Example - Clock/Gate Delay Calibration
38
Signal Studio for Bluetooth Features
42
Acronym List
44
Additional Literature
45
References
45
Appendix
46
Recommended Configuration
47

Agilent Technologies E4438C User's & Service Manual

Agilent Technologies E4438C User's & Service Manual (26 pages)

Option SP2

Brand: Agilent Technologies | Category: Pulse Generator | Size: 0.5 MB

Table of Contents

Table of Contents
7
E4438C Option SP2
9
Introduction
10
- Linear Segment Switching
  10
- Dynamic Segment Switching
  10
User Interface
11
- Typeface Key Conventions
  11
- Keyboard and Display
  11
SCPI Commands
13
- Segment Order
  13
- Trigger Hold-Off
  13
Technical Specification
14
Safety and Regulatory Information
19
- Introduction
  19
- Before Applying Power
  19
- Connector Care and Cleaning
  19
- Statement of Compliance
  19
- Declaration of Conformity
  19
- Shipping Instructions
  19
- Compliance with Canadian EMC Requirements
  20
- Compliance with German Noise Requirements
  20
- Warnings
  21
- Cautions
  22
- Instrument Markings
  23
Contacting Agilent
24

Agilent Technologies E4438C Installation Note

Agilent Technologies E4438C Installation Note (18 pages)

ESG Vector Signal Generator

Brand: Agilent Technologies | Category: Portable Generator | Size: 0.31 MB

Table of Contents

Agilent Technologies E4438C Configuration Manual

Agilent Technologies E4438C Configuration Manual (12 pages)

ESG Signal Generators

Brand: Agilent Technologies | Category: Inverter | Size: 0.27 MB

Table of Contents

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