Home
Agilent Technologies
Portable Generator
83640B
Agilent Technologies 83640B Service Guide
4
of 1
of 1 rating
603 pages
Give review
Manual
Specs
To Next Page
To Next Page
To Previous Page
To Previous Page
Loading...
Figu
re
3-22.
A9R105
Location
Related
P
erformance
T
ests
None
In
Case
of
Difficu
lty
Refer
to
the
A
gilent
T
e
chnolo
gies
8360
B-Series
Swept
Signal
Gener
ator/
8360
L-Series
Swept
CW
Gener
ator
T
r
oublesho
oting
Guide
.
Agilent
8360
Adju
stments
Lo
wP
o
w
er
SRD
B
ias
3-61
317
319
Table of Contents
Table of Contents
13
Table of Contents
25
Start and Stop Frequencies
29
Agilent 83620B/22B Required Equipment
31
Agilent 83623B/24B Required Equipment
31
Agilent 83623L Required Equipment
31
Agilent 83630B Required Equipment
31
Agilent 83630L Required Equipment
31
Agilent 83640B Required Equipment
31
Agilent 83640L Required Equipment
31
Agilent 83650B Required Equipment
31
Agilent 83650L Required Equipment
31
Equipment Required
31
How to Use His Chapter
88
Menu Maps
88
Operator's Check
88
Performance Tests
88
Automated Performance Ests
89
List of Ests
89
Operation Veri Cation Ests
89
Calibration Cycle
90
Equipment Required
90
Est Record
90
Est Sequence
90
Operation Veri Cation
91
Performance es S
92
Self-Tests
92
Description and Procedure
94
Internal Imebase: Aging Rate
94
In Case of DICulty
97
Related Adjustments
97
Description and Procedure
98
Swept Frequency Accuracy
98
In Case of DICulty
104
Related Adjustments
104
Description and Procedure
105
Frequency Switching Ime
105
Frequency Menu
107
In Case of DICulty
109
Related Adjustments
109
Sweep Menu
109
Description and Procedure
110
Power Accuracy
110
Related Adjustments
111
In Case of DICulty
112
Description and Procedure
113
Low Band Power Flatness
113
Power Flatness
113
High Band Power Flatness
114
In Case of DICulty
114
Millimeter Band Power Flatness 20 Ghz and 40 Ghz
114
Millimeter Band Power Flatness 40 Ghz
114
Related Adjustments
114
Description and Procedure
115
Maximum Leveled Power
115
In Case of DICulty
116
Related Adjustments
116
Description and Procedure
117
External Leveling
117
In Case of DICulty
118
Related Adjustments
118
20 Ghz
119
Description and Procedure
119
Spurious Signals (Harmonics & Subharmonics)
119
Corresponding YO Frequency Ranges and RF Output Frequencies
120
Harmonic Measurement 20 to 26.5 Ghz
122
Corresponding YO Frequency Ranges and RF Output Frequencies
123
Harmonic Measurement 26.5 to 40 Ghz
124
Harmonic Measurement 38 to 50 Ghz
124
20 Ghz
125
In Case of DICulty
127
Related Adjustments
127
Description and Procedure
128
Fixed Spurious Signals
128
Spurious Signals (Non-Harmonic)
128
In Case of DICulty
131
Low Band Mixer Spurs
131
Related Adjustments
131
Description and Procedure
132
Spurious Signals (Line-Related)
132
In Case of DICulty
134
Related Adjustments
134
11. Single Sideband Phase Noise
135
Description and Procedure
135
In Case of DICulty
138
Related Adjustments
138
Description and Procedure
139
For B-Series Only)
139
Pulse Modulation On/O Ratio
139
In Case of DICulty
141
Related Adjustments
141
Description and Procedure
142
Pulse Performance (for B-Series Only)
142
Rise and Fall Imes
142
Pulse Performance (Alternate Procedure)
146
Related Adjustments
146
Description and Procedure
147
For B-Series Only)
147
Rise and Fall Imes < 20 Ghz
147
Ghz
149
Pulse Leveling Accuracy 20 Ghz
151
Procedure 26.5 to 40 Ghz
155
Procedure 20 to 26.5 Ghz
156
Procedure 26.5 to
156
Procedure 40 Ghz to 50 Ghz
156
Procedure 40 to 50 Ghz
156
In Case of DICulty
157
Related Adjustments
157
15. Pulse Modulation Video Feedthrough
158
Description and Procedure
158
For B-Series Only)
158
System Calibration
160
Video Gain
160
Low Band Video Feedthrough
161
Low Band Video Feedthrough Frequencies
161
In Case of DICulty
164
Millimeter Band Video Feedthrough Frequencies
164
Related Adjustments
164
Video Feedthrough 2 Ghz
164
AM Accuracy
165
Description and Procedure
165
For B-Series Only)
165
Low Band < 2 Ghz
165
For Instruments with Option 002 Only
166
High Band 2 Ghz and 20 Ghz
167
For Instruments with Option 002 Only
168
High Band 20 Ghz { Doubler Engaged
168
For Instruments with Option 002 Only
170
In Case of DICulty
170
Related Adjustments
170
AM Bandwidth
171
Description and Procedure
171
For B-Series Only)
171
In Case of DICulty
173
Related Adjustments
173
Synthesizer Frequencies
173
AM Dynamic Range
174
Description and Procedure
174
For B-Series Only)
174
Normal am Dynamic Range
175
Deep am Dynamic Range
176
Power Meter Readings
176
In Case of DICulty
178
Related Adjustments
178
Description and Procedure
179
External FM
179
FM Accuracy
179
For B-Series Only)
179
Internal FM (Option 002 Only)
180
Synthesizer Frequencies
180
In Case of DICulty
181
Related Adjustments
181
20. FM Bandwidth
182
Description and Procedure
182
For B-Series Only)
182
Find Quadrature
185
Synthesizer Frequencies
185
DC FM Flatness (Unlocked)
186
In Case of DICulty
186
Related Adjustments
186
21. Maximum FM Deviation
187
DC Fm
187
Description and Procedure
187
For B-Series Only)
187
AC FM (at 100 Khz) (Using Hp/Agilent 3325A)
189
In Case of DICulty
191
Related Adjustments
191
Description and Procedure
192
For B-Series Only)
192
Internal Pulse Accuracy (Option 002)
192
In Case of DICulty
193
Related Adjustments
193
For B-Series Only)
194
Modulation Meter (Option 002)
194
Related Adjustments
195
A12 Assembly Potentiometer Locations
284
A12 Assembly Potentiometer Locations
302
Power Menu
322
AM Delay Adjustment Location
338
FM Gain Adjustment Location
340
A8 Jumper Locations
345
FM Input Impedance Jumper Locations
347
A8 Jumper Locations
348
Front Panel Disassembly Flowchart
435
Front Panel Coaxial and Ribbon Cable Locations
438
Front Panel Processor Cables
439
Display Removal
440
5. 2 Source Module Interface Removal
441
RPG Removal
442
Removing RF Output Connector (Front Panel)
443
Keyboard Assembly Removal
445
Display Filter
447
Keyboard Reassembly
448
Rear Panel Disassembly Flowchart
452
Rear Panel BNC Connector Locations
455
Removing RF Output Connector
456
Rear Panel Cable Locations
458
A19 Rear Panel Interface Removal
461
12. Option 004 BNC Connectors Removal
466
RF Deck Disassembly Flowchart
468
Removing RF Output Connector
470
A20 RF Interface
473
RF Deck Cable Locations { 83640B/L and 83650B/L
475
RF Deck Cable Locations { 83640B/L Option 001 and 83650B/L Option
476
RF Deck Cable Locations { 83640B/50B Option
477
RF Deck Cable Locations { 83640B/50B Options 001 and 006 . . . . . . 7-40. RF Deck Cable Locations { 83620B/22B and 83630B/L
478
RF Deck Cable Locations { 83620B/22B and 83630B/L Option
480
RF Deck Cable Locations { 83620B/22B/30B Option
481
RF Deck Cable Locations { 83620B/22B/30B Options 001 and 006 . . . . 7-44. RF Deck Cable Locations { 83623B
482
RF Deck Cable Locations { 83623B Option
484
RF Deck Cable Locations { 83624B
487
RF Deck Cable Locations { 83624B Option
488
RF Deck Cable Locations { 83623B/24B Option
489
RF Deck Cable Locations { 83623B/24B Options 001 and
490
Motherboard Disassembly Flowchart
493
Front Panel Coaxial and Ribbon Cable Locations
496
Removing RF Output Connector (Front Panel)
497
Removing RF Output Connector (Option 004)
499
Rear Panel Removal
500
Rear Panel Cable Locations
501
Major Assemblies
502
W51 Location
503
Other manuals for Agilent Technologies 83640B
User Guide
496 pages
Troubleshooting Guide
670 pages
4
Based on 1 rating
Ask a question
Give review
Questions and Answers:
Need help?
Do you have a question about the Agilent Technologies 83640B and is the answer not in the manual?
Ask a question
Agilent Technologies 83640B Specifications
General
Brand
Agilent Technologies
Model
83640B
Category
Portable Generator
Language
English
Related product manuals
Agilent Technologies 83650B
496 pages
8360 B Series
496 pages
Agilent Technologies 8640b
14 pages
Agilent Technologies E4425B
226 pages
Agilent Technologies N5161A
202 pages
Agilent Technologies E4438C
700 pages
Agilent Technologies n5181a
175 pages
Agilent Technologies N5183A
366 pages
Agilent Technologies E4437B
226 pages
Agilent Technologies E4422B
226 pages
Agilent Technologies E4420B
226 pages
Agilent Technologies E4430B
226 pages
Need help?
General
To Next Page
