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Agilent Technologies E8267D PSG Handbücher

Bedienungsanleitungen und Benutzerhandbücher für Generatoren Agilent Technologies E8267D PSG.
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Agilent technologies E8267D PSG Bedienungsanleitung (318 Seiten)


Marke: Agilent-technologies | Kategorie: Generatoren | Größe: 3.94 MB |

 

Inhaltsverzeichnis

Agilent Technologies

1

E8257D/67D & E8663D

1

PSG Signal Generators

1

Contents

10

Documentation Overview

13

1 Signal Generator Overview

15

2 Chapter 1

16

Signal Generator Overview

16

Chapter 1 3

17

Signal Generator Overview

17

Chapter 1 5

19

Firmware Upgrades

20

Modes of Operation

21

Analog Modulation

22

Digital Modulation

22

Front Panel

23

8. Trigger

25

9. MENUS

25

10. Help

25

11. EXT 1 INPUT

25

Chapter 1 13

27

14 Chapter 1

28

34. DATA CLOCK

29

35. DATA

29

36. Q Input

29

37. I Input

29

3. Annunciators 7. Text Area

30

1. Active Entry Area

31

2. Frequency Area

31

3. Annunciators

31

Utility > Error Info

33

Rear Panel

34

Chapter 1 21

35

1. EVENT 1

38

2. EVENT 2

38

3. PATTERN TRIG IN

38

4. BURST GATE IN

38

5. AUXILIARY I/O

39

6. DIGITAL BUS

40

7. Q OUT

40

8. I OUT

40

9. WIDEBAND I INPUTS

40

10. I–bar OUT

40

11. WIDEBAND Q INPUTS

41

14. Q–bar OUT

41

15. AC Power Receptacle

42

16. GPIB

42

17. 10 MHz EFC

42

19. AUXILIARY INTERFACE

43

20. 10 MHz IN

43

30 Chapter 1

44

28. TRIGGER IN

45

29. SOURCE SETTLED

45

30. SOURCE MODULE INTERFACE

45

31. RF OUT

46

32. EXT 1

46

33. EXT 2

46

Chapter 1 33

47

40. SYMBOL SYNC

48

41. Q IN

48

42. DATA

48

43. LF OUT

48

Chapter 1 35

49

36 Chapter 1

50

2 Basic Operation

51

Using Table Editors

52

Table Ed it or Soft ke ys

53

40 Chapter 2

54

Basic Operation

54

Configuring the RF Output

56

OFFS indicator

57

Configuring a Swept RF Output

59

50 Chapter 2

64

Chapter 2 53

67

Basic Operation

67

Chapter 2 57

71

58 Chapter 2

72

Modulating a Signal

73

Using Data Storage Functions

75

Using Security Functions

79

66 Chapter 2

80

Chapter 2 67

81

72 Chapter 2

86

Using the Secure Display

87

Enabling Options

88

Using the Web Server

89

76 Chapter 2

90

Chapter 2 77

91

78 Chapter 2

92

3 Basic Digital Operation

93

82 Chapter 3

96

Chapter 3 85

99

Dual ARB Player softkey

99

Note: When the dual ARB

102

Accessing the Dual ARB Player

105

Creating Waveform Segments

106

Playing a Waveform

108

Editing a Waveform Sequence

108

Using Waveform Markers

110

Waveform Marker Concepts

111

Chapter 3 99

113

Basic Digital Operation

113

Positive Polarity

113

Accessing Marker Utilities

115

Viewing a Marker Pulse

122

Triggering Waveforms

125

Mode and Response

126

PAT TRIG IN 2 pin on 

127

PATTERN TRIG IN connector

127

Using Gated Triggering

128

Using Waveform Clipping

131

118 Chapter 3

132

Basic Digital Operation

132

Chapter 3 119

133

120 Chapter 3

134

Chapter 3 121

135

122 Chapter 3

136

Configuring Circular Clipping

137

Using Waveform Scaling

139

126 Chapter 3

140

4 Optimizing Performance

143

10 kHz, or 100 kHz. 

144

+25 dBm

146

Chapter 4 133

147

Optimizing Performance

147

134 Chapter 4

148

Optimizing Performance

148

Chapter 4 135

149

140 Chapter 4

154

Chapter 4 141

155

1EU, or 521

156

Chapter 4 143

157

148 Chapter 4

162

Chapter 4 149

163

150 Chapter 4

164

5 Analog Modulation

165

Configuring AM (Option UNT)

166

Configuring FM (Option UNT)

166

Configuring M (Option UNT)

167

To Activate M

168

To Activate Pulse Modulation

168

Custom Arb Waveform Generator

173

Working with Filters

176

Using a Predefined FIR Filter

177

Chapter 6 167

181

Mirror Table

181

Working with Symbol Rates

183

170 Chapter 6

184

Working with Modulation Types

185

Symbol Data I Value Q Value

188

0   

188

1   

188

2   

188

3   

188

Configuring Hardware

192

Chapter 6 179

193

RF On/Off

193

180 Chapter 6

194

Custom Real Time I/Q Baseband

195

Working with Data Patterns

196

Working with Burst Shapes

201

Working with Phase Polarity

206

Chapter 7 193

207

Chapter 7 195

209

Using Differential Encoding

211

200 Chapter 7

214

8 GPS Modulation (Option 409)

215

Real Time MSGPS

216

Chapter 8 203

217

Scenario Files

218

RF Power Level Considerations

219

206 Chapter 8

220

Chapter 8 207

221

208 Chapter 8

222

GPS Ref (f0)

223

GPS Ref (f0) softkey

223

Real Time GPS

224

Real Time GPS Introduction

225

212 Chapter 8

226

214 Chapter 8

228

Chapter 8 215

229

216 Chapter 8

230

218 Chapter 8

232

Testing Receiver Sensitivity

233

GPS Modulation (Option 409)

234

Multitone Waveform Generator

235

To View a Multitone Waveform

237

230 Chapter 9

244

Two–Tone Waveform Generator

245

232 Chapter 10

246

Chapter 10 233

247

Two–Tone Waveform Generator

247

11 AWGN Waveform Generator

251

Real Time I/Q Baseband AWGN

252

12 Peripheral Devices

253

LVDS 100 MHz 400 MHz

255

244 Chapter 12

258

Peripheral Devices

258

Internally Generated Clock

259

Device (DUT) Supplied Clock

259

246 Chapter 12

260

1 Sample Period

261

4 Clocks Per Sample

262

2 Clocks Per Sample

262

1 Sample

265

Frame Marker

265

Data Bits

265

Data Types

268

256 Chapter 12

270

Logic Type softkey

270

Accesses the data setup menu

272

Clock Setup softkey

274

Accesses the Clock Setup Menu

274

10 MHz and above 200 MHz

275

Inactive for Input mode

282

Chapter 12 273

287

Peripheral Devices

287

274 Chapter 12

288

Chapter 12 275

289

Using Other Source Modules

290

Chapter 12 277

291

13 Troubleshooting

293

RF Output Power too Low

294

SIGNAL GENERATOR

295

OUTPUT CONTROL

295

284 Chapter 13

298

Troubleshooting

298

RF Output Power Problems

298

Sweep Problems

300

Data Storage Problems

301

Cannot Turn Off Help Mode

302

Signal Generator Locks Up

302

Error Messages

303

Error Message File

304

Error Message Format

304

Error Message Types

304

Chapter 13 291

305

Troubleshooting

305

292 Chapter 13

306

43, 44, 153

314

binary use 259, 271

314




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