Agilent Technologies EXG Handbücher

Bedienungsanleitungen und Benutzerhandbücher für Stromgeneratoren Agilent Technologies EXG.
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Agilent technologies EXG Bedienungsanleitung (31 Seiten)

Marke: Agilent-technologies | Kategorie: Stromgeneratoren | Größe: 3.12 MB |

Inhaltsverzeichnis

9 kHz to 3 or 6 GHz

Data Sheet

Table of Contents

Definitions and Conditions

Frequency Specifications

Frequency reference

Amplitude Specifications

(ALC on)

Final power (dBm)

Power error (dB)

SWR (measured CW mode)

249 MHz –119

Harmonics (CW mode)

Nonharmonics (CW mode)

Subharmonics (CW mode)

Phase coherence (Option 012)

Frequency bands

External modulation inputs

N5172B only

± 60 MHz

AWGN (Option 403)

Up to –60 to +60 MHz

0 dB to –40 dB

Up to –60 MHz to +60 MHz

ACLR (dBc)

Power level (dBm)

10 MHz LTE E-TM 1.1 QPSK ACLR

(with Option UNV + 1EA)

Conﬁ guration Frequency

EVM performance data

Frequency (MHz)

General Specifications

Inputs and Outputs

Related Literature

Agilent technologies EXG Spezifikationen (358 Seiten)

Marke: Agilent-technologies | Kategorie: Stromgeneratoren | Größe: 8.47 MB |

Inhaltsverzeichnis

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12 Contents

Overview

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Features

Introducing the Agilent

V24/V26 Series

Physical, Functional Overview

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Specifications

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Mounting Options

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Concepts

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Testing & Maintaining

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Safety Tests

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Patient Leakage

Current – AC

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Troubleshooting Checklists

Troubleshooting the

100

Agilent V24/V26 Series

100

18VDC 5VDC 12/60VDC

100

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104

TP4 Flat Panel GND

105

TP5 VLCD

105

Test Points

105

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108

More than 40%, Less

109

Steady Off

109

More than 90% Off Steady

109

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111

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Using Support Functions

112

Support Functions

113

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119

Using the Service Mode

121

7 marked on the front panel

123

7 mark)

123

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125

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127

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131

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131

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133

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134

Fixing Recorder Problems

136

Fixing Printing Problems

137

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138

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139

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139

Procedure Overview

140

Troubleshooting tcpO

141

Problems

141

Troubleshooting Plug

142

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144

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144

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Troubleshooting NBP Problems

150

Troubleshooting SpO

155

/Pleth Problems

155

module, perform the

159

Troubleshooting BIS Problems

167

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172

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172

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173

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184

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184

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184

Removal Procedures

186

Front Housing Assembly

187

Rear Housing

187

1. Keypad connector

188

2. Flat Panel data con

188

3. Flat Panel contrast

188

Repairing the Agilent

189

Model V24

189

Flat Panel Adapter Board

191

Backlight cable

191

Flat Panel interface cable

191

Backlight Cover

192

Flat Panel

192

(Do not touch display

192

Flat Panel Bracket

192

LOOSEN SCREW

193

PUSH UP

193

REMOVE BACK LIGHT

193

(NOTE WIRE DRESSING)

193

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194

Power Supply Chassis

198

Reassembly Procedures

200

Flat Panel Adapter Board

204

TIGHTEN SCREW

205

PUSH DOWN

205

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210

Practice Exercise

212

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213

Model V24C/V26C

216

Removing the Front Housing

219

Removing the Rear Housing

219

Housing and remove

220

ON/OFF Switch

225

Power Switch

225

(not shown, under

225

Power Supply)

225

Replacement Procedures

226

Rear Housing Replacement

227

Model V24CT/V26CT

232

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246

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247

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248

V24CT/V26CT

253

Note: Cable adapters may be

254

Front Housing

255

Assembly

255

V24C/V26C & V24CT/

256

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257

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260

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262

028 with PDC 3927 and above

271

Flat Panel

274

Backlight Wires

279

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280

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286

6QDS/RFN

290

Removing & Replacing

291

Plug-in Modules

291

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294

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294

CALIBRATION

295

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Chapter 11 Replacement Parts

297

Replacement Parts

298

Product Identification

299

(Monochrome Mainframe)

300

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301

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(Color Mainframe)

305

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(Color Battery Mainframe)

312

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313

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314

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Plug-In Modules

319

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320

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Plug-in Module Racks

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(TRANSDUCER)

329

NBP - Accessories

330

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Appendix A SDN Daughter Board

337

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338

SDN Daughter Board

339

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3 N/A M1204-60135 CABLE

342

4 N/A M1204-01003 BRACKET

342

Introduction

343

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344

Configuring the Relay Board

345

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346

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Nurse-Call Relay Board

348

Configuring Options

350

Installation and Maintenance

353

Test Procedures

354

Agilent technologies EXG Betriebsanweisung (195 Seiten)

Marke: Agilent-technologies | Kategorie: Stromgeneratoren | Größe: 1.06 MB |

Inhaltsverzeichnis

PageWriter 200/300pi

User’s Guide

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Contents

1 Getting Acquainted

A. Patient Cable

B. Cardiograph

The Keyboard and Front Panel

1-6 Getting Acquainted

About Your Cardiograph

1-10 Getting Acquainted

Electromagnetic Compatibility

Restrictions for Use

AC and Battery Operation

1-14 Getting Acquainted

2 Recording an ECG

Preparing the Patient

2-4 Recording an ECG

Checking Signal Quality

Entering Patient ID

Recording a Manual ECG

Reconnecting Leads

Recording an Auto ECG

Making Copies of Auto ECGs

Choosing a Report Format

Changing the Report Format

Auto Report Formats

Manual Report Formats

“Setting Up Your Cardiograph”

The Auto ECG Report

Auto Report Examples

2-24 Recording an ECG

2-26 Recording an ECG

Manual Report Examples

2-28 Recording an ECG

2-30 Recording an ECG

2-32 Recording an ECG

2-34 Recording an ECG

Instruments Applications

Waveform Recognition

Comprehensive Measurements

Group Measurements

Lead Measurements

Atrial Rhythm Analysis

Global Measurements

Axis Measurements

6KLIW &RS\

Morphology Analysis

Rhythm Analysis

Group Flags

Global Rhythm Parameters

Instrument Applications

Indications for Use

Understanding TPI Variables

Obtaining Alternate Reports

Advantages of Storage

Storing ECGs

Managing Stored ECGs

Printing Stored ECGs

Deleting Stored ECGs

ECGs Stored

CDE F G HI J K LMN

Figure 4-1Log of ECGs Stored

Transmitting ECGs

100

Receiving ECGs

105

6 Troubleshooting

116

Identifying ECG Problems

117

If the Recording Won’t Start

119

Error Messages

120

StressWriter only)

121

6-10 Troubleshooting

125

7 Maintaining the Cardiograph

126

Care and Cleaning

127

To clean the printhead:

129

Loading the Paper

130

To load the paper:

131

Evaluating the Patient Cable

133

Caring for the Battery

133

Replacing the Fuses

134

Supplies

136

Data Communications

138

Calling for Service

139

A Setting Up Your Cardiograph

140

Checking the Voltage Setting

141

The Battery

142

Removing the Battery

143

A. Battery

144

B. Battery Cable

144

C. Battery Connector

144

Connecting the Cables

145

Loading Paper

147

Setting the Keyboard Mode

148

C. PC connection

151

The Configuration Menu

161

Patient ID Entries

167

Power-On Report Fields

170

Miscellaneous Report Fields

173

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174

Setting Date and Time

175

Printing the Configuration

176

Writer only)

176

C Specifications

180

Basic Controls

181

C-2 Specifications

181

Instrument Test

182

Patient Safety

182

Power and Environment

182

C-4 Specifications

183

Glossary

184

Glossary-2

185

Glossary-4

187

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195

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195

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195

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195

Agilent technologies EXG Betriebsanweisung (426 Seiten)

Marke: Agilent-technologies | Kategorie: Stromgeneratoren | Größe: 4.07 MB |

Inhaltsverzeichnis

Agilent X-Series

Signal Generators

Contents

Documentation Overview

1 Signal Generator Overview

Signal Generator Features

Signal Generator Overview

Modes of Operation

Front Panel Overview

3. Softkeys

4. Numeric Keypad

5. Arrows and Select

6. Page Up

7. MENUS

22. Power Switch and LEDs

Front Panel Display

4. Amplitude Area

5. Error Message Area

6. Text Area

7. Softkey Label Area

1. AC Power Receptacle

5 V to +5 V, nominal

typically <10 mV

BB TRIG 1 & BB TRIG 2

PAT TRIG

DIGITAL BUS I/O

AUX I/O Connector

15. Z AXIS OUTPUT

User Preferences

Power On and Preset

Front Panel Knob Resolution

Setting Time and Date

Upgrading Firmware

Remote Operation Preferences

Values are listed in the

Programming Guide

page 34

Figure 2-1 N5171B/72B/81B/82B

Figure 2-2 N5173B/83B

Figure 2-3 N5171B/72B/81B/82B

Figure 2-4 N5173B/83B

Enabling an Option

Viewing Options and Licenses

3 Basic Operation

Viewing Key Descriptions

Entering Alpha Characters

(vector models only)

Basic Operation

Setting ALC Bandwidth Control

Configuring a Swept Output

Figure 3-4 Sweep Softkeys

Routing Signals

Step Sweep

List Sweep

Waveforms are available

−2.5 > dBm

Example: Using a Single Sweep

Modulating the Carrier Signal

AM modulation format on

Working with Files

File Softkeys

Storing a File

Sequence Register

Reading Error Messages

Analog Modulation Waveforms

Analog Modulation Sources

AM Depth > value

Currently selected

Setting the Wideband AM

LF Out Modulation Sources

LF Out configuration

LF Out annunciator

5 Optimizing Performance

Figure 5- 2, and Figure 5- 3

100

Optimizing Performance

101

Optimizing Performance

102

Using the Power Meter Servo

108

For details on each key, use

109

protects the

110

Using Flatness Correction

111

Connect the Equipment

114

Measured output power

126

Configure External Leveling

128

ALC Off Mode

133

Power Search Mode

133

Setting an Output Offset

136

Setting an Output Reference

137

Reference, or Multiplier

138

3 GHz so that the

139

N5173B/83B only

141

Using a USB Keyboard

142

Figure 6-1 Pulse Softkeys

144

Pulse Characteristics

145

The Basic Procedure

147

Example

148

SCPI Commands:

149

5th, 6th, and 7th

151

I/Q Modulation

156

Waveform File Basics

160

Figure 8-1 Dual ARB Softkeys

161

Playing a Waveform Segment

163

5. Configure the RF Output:

164

Waveform Sequences

165

Creating a Sequence

166

Editing a Sequence

167

Playing a Sequence

168

For details on each key

169

Values differ between

173

Using Waveform Markers

175

Waveform Marker Concepts

176

Accessing Marker Utilities

180

Marker points on

185

Setting Marker Polarity

188

Sequence marker column

190

3 and 4 are enabled for this

190

Triggering a Waveform

192

Trigger Type

193

Trigger Source

194

Example: Gated Triggering

196

Example: External Triggering

198

Available only when

199

How Power Peaks Develop

200

Clipping a Waveform

201

Figure 8-9 Circular Clipping

203

Configuring Circular Clipping

206

Scaling a Waveform

208

Setting Waveform Scaling

212

Modulated RF signal

216

LO/carrier feedthrough

216

I/Q Adjustments

222

I/Q Calibration

224

Using the Equalization Filter

226

Figure 8-17 Filter Menu

228

Figure 8-19

231

Figure 8-20

233

Figure 8-21

233

These keys manage the table

234

These softkeys select a

235

(apodization function) for

235

Modifying the Coefficients

236

Storing the Filter to Memory

237

There can be 1 to 15

243

Real-Time Applications

250

Waveform Licensing

251

Figure 8-36 Add Waveform

256

Figure 8-39

258

Figure 9-6 on page 250

260

Clock Timing

267

Clock and sample rates

268

Least significant bit

268

Most significant bit

268

Clock Source

270

Common Frequency Reference

271

1 Clock Per Sample

274

4 Clocks Per Sample

275

2 Clocks Per Sample

275

1 Sample Period

276

Clock Timing for Serial Data

278

N5102A module

281

Data Types

282

Select either PXB or N5102A

283

Selecting the Data Parameters

286

softkey

288

Generating Digital Data

293

Selecting the Input Direction

296

Configuring the Clock Signal

297

Inactive for Input mode

298

10 MHz and above 200 MHz

298

Digital Data

304

11 BERT (Option UN7)

305

Block Diagram

306

Clock Gate Function

306

Clock/Gate Delay Function

307

Figure 11-3

308

Clock Delay Function

309

BERT (Option UN7)

310

Triggering

311

Figure 11- 8

312

Figure 11-8

312

BERT (Option UN7)

313

Data Processing

314

Repeat Measurements

315

Testing Signal Definitions

316

Verifying BERT Operation

318

Custom Modulation

330

Figure 13-3 Mod Type Softkeys

333

Creating and Using Bit Files

338

, Binary

339

(in Hex)

340

Recalling a User File

342

Understanding Burst Shape

344

Figure 13-16 Burst Shape

349

4. Press Select File

350

Configuring the RF Output

352

3. Press RF On/Off

352

Modulation Type > Select

354

Defining a Modulation

358

Figure 13-22 FSK Table Editor

359

Figure 13-24 I/Q Table Editor

360

Opens the IS–95

367

Figure 13-34

371

Figure 13-35

372

Figure 13-36

372

Differential Encoding

376

Data Value 00000011

379

Using Differential Encoding

380

Figure 13-41

381

Figure 13-42

381

−1. The symbol rotates

382

Using Two–Tone Modulation

383

Two–Tone Modulation Softkeys

384

Creating a Two–Tone Waveform

384

For details on

385

For details on each

387

Using Multitone Modulation

389

Removing a Tone

390

Generating the Waveform

390

Using Secure Display

394

16 Troubleshooting

395

Signal Generator Lock–Up

396

RF Output

396

RF Output Power too Low

397

Distortion

397

Troubleshooting

398

Troubleshooting

399

Cannot Turn Off Sweep

400

Sweep Appears Stalled

400

Internal Media Data Storage

401

USB Media Data Storage

401

Error Messages

402

Front Panel Tests

403

Self Test Overview

404

Licenses

407

Glossary

409

Numerics

413

, 122, 200

418

, 274, 289

421

Agilent technologies EXG Bedienungsanleitung (98 Seiten)

Marke: Agilent-technologies | Kategorie: Stromgeneratoren | Größe: 0.66 MB |

Inhaltsverzeichnis

User Manual

Printing History

Safety Summary

1 Getting Acquainted

The Keyboard and Front Panel

Navigating the Menus

About Your Cardiograph

Chapter 1

Getting Acquainted

AC and Battery Operation

2 Recording an ECG

Preparing the Patient

Chapter 2

Recording an ECG

Revision 0.1

Checking Signal Quality

Entering Patient Information

Choosing a Report Format

The Auto ECG Report

2Basic Measurements

2-10 Revision 0.1

Calibration Signals

Table 2-6 Calibration Signals

Rhythm Report Formats

2-12 Revision 0.1

Changing the Report Format

Recording an Auto ECG

Making Copies of Auto ECGs

Recording a Rhythm ECG

3 Understanding the ECG

How the M2662A Measures ECGs

Waveform Recognition

Comprehensive Measurements

Group Measurements

Lead Measurements

Atrial Rhythm Analysis

Global Measurements

Axis Measurements

Chapter 4: Configuring

Your Cardiograph

The Configuration Menu

5 Storing ECGs

Storing ECGs

Managing Stored ECGs

Printing Stored ECGs

View Stored ECGs

Chapter 5

Transmitting ECGs

Chapter 6 Transmitting

7 Troubleshooting

Identifying ECG Problems

If the Recording Won’t Start

Error Messages

Identifying Printing Problems

Identifying Storage Problems

Maintenance Checks

Chapter 8 Maintaining

Patient Cable Test

Front End Test

Safety Check

Caring for the Battery

Storing the Battery

Discarding Batteries

Supplies

Calling for Service

Appendix A Setting Up

The Battery

Removing the Battery

Connecting the Cables

Connecting the Printer

B Specifications

ECG Reproduction Quality

Patient Safety

Power and Environment

Glossary

M2662-91100

Agilent technologies EXG Betriebsanweisung (280 Seiten)

Marke: Agilent-technologies | Kategorie: Stromgeneratoren | Größe: 4.66 MB |

Inhaltsverzeichnis

User’s Guide

Contents

Documentation Overview

1 Signal Generator Overview

2 Chapter 1

Signal Generator Overview

Chapter 1 3

Firmware Upgrades

Modes of Operation

Digital Modulation

Front Panel

8. Trigger

9. MENUS

10. Help

11. EXT 1 INPUT

Chapter 1 11

12 Chapter 1

34. DATA CLOCK

35. DATA

36. Q Input

37. I Input

Front Panel Display

1. Active Entry Area

2. Frequency Area

3. Annunciators

5. Amplitude Area

6. Error Message Area

7. Text Area

8. Softkey Label Area

Rear Panel

Chapter 1 19

20 Chapter 1

Chapter 1 21

1. EVENT 1

2. EVENT 2

3. PATTERN TRIG IN

4. BURST GATE IN

5. AUXILIARY I/O

6. DIGITAL BUS

7. Q OUT

8. I OUT

9. WIDEBAND I INPUTS

10. I-bar OUT

11. WIDEBAND Q INPUTS

12. COH CARRIER

14. Q-bar OUT

15. AC Power Receptacle

16. GPIB

17. 10 MHz EFC

19. AUXILIARY INTERFACE

20. 10 MHz IN

22. 10 MHz OUT

23. STOP SWEEP IN/OUT

24. BASEBAND GEN CLK IN

25. Z-AXIS BLANK/MKRS

26. SWEEP OUT

Chapter 1 29

30 Chapter 1

39. I IN

40. SYMBOL SYNC

41. Q IN

42. DATA

43. LF OUT

2 Basic Operation

Using Table Editors

Table Ed it or So ftke y s

Configuring the RF Output

OFFS indicator

Configuring a Swept RF Output

Chapter 2 43

Basic Operation

Trigger hardkey

Sweep Repeat Single Cont

46 Chapter 2

Markers

Chapter 2 47

Chapter 2 51

52 Chapter 2

Modulating a Signal

Using Data Storage Functions

Using Security Functions

60 Chapter 2

Chapter 2 61

62 Chapter 2

Table 2-4 Hard Disk Memory

Chapter 2 65

Enabling Options

Using the Web Server

Activating the Web Server

Chapter 2 69

70 Chapter 2

3 Basic Digital Operation

74 Chapter 3

Chapter 3 77

Dual ARB Player softkey

Note: When the dual ARB

Accessing the Dual ARB Player

Creating Waveform Segments

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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