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Tektronix RSA3308A Manuals
Manuals and User Guides for Tektronix RSA3308A. We have
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Tektronix RSA3308A manuals available for free PDF download: User Manual, Service Manual, Instructions Manual
Tektronix RSA3308A User Manual (448 pages)
3 GHz & 8 GHz Real-Time Spectrum Analyzers
Brand:
Tektronix
| Category:
Measuring Instruments
| Size: 6 MB
Table of Contents
Table of Contents
9
Figure 2- -11: Menu Keys
20
List of Tables
21
General Safety Summary
23
Preface
25
About this Manual
25
Related Documents
25
Product Overview 1
25
Conventions
26
Notice for Trigger Function
26
Getting Started
27
Product Overview
29
Features
29
Application
30
Difference between RSA3303A and RSA3308A
30
Real-Time Analysis
31
Figure 1- 1: Concept of the Swept Spectrum Analyzer
31
Figure 1- 2: Sweep of Resolution Filter
31
Figure 1- 3: Concept of the Real-Time Spectrum Analyzer
32
Figure 1- 4: Concurrent Acquisition
32
Figure 1- 5: Frame Acquisition
33
Architecture
34
Figure 1- 6: Block Diagram
34
Installation
37
Unpacking to Check Contents
37
Applying Power
38
Figure 1- 7: AC Input (Rear Panel)
38
Figure 1- 8: Principal Power Switch (Rear Panel)
39
Figure 1- 9: Front Panel Power Switch (ON/STANDBY Switch)
39
Figure 1- 10: Initial Screen
40
Figure 1- 11: RF INPUT Connector
40
Setting up the Stand
41
Figure 1- 12: Setting up the Stand
41
Functional Check
42
Figure 1- 13: Spectrum of the Calibration Signal (50 Mhz, about - 20 Dbm)
42
Figure 1- 14: Setup Display
43
Table 1- 1: Span and RBW
43
Figure 1- 15: Reference Level Setting and A/D Overflow Indicator
44
Figure 1- 16: Spectrogram Display
45
Powering off the Analyzer
46
Restart
47
Backing up User Files
48
About Installation of Other Applications
48
Calibration
49
Cal Menu
50
Figure 1- 17: Calibration Menu Structure
50
Calibrating Gain
51
Figure 1- 18: UNCAL Display
51
Calibrating Center Offset
52
Figure 1- 19: Center Offset
52
Calibrating DC Offset
53
Figure 1- 20: DC Offset
53
Adjusting Display Brightness
54
Confirming Performance
54
Figure 1- 21: System Menu
54
Operating Basics
55
Interface Maps
57
Controls and Connectors
58
Figure 2- 1: Front Panel
58
Figure 2- 2: Rear Panel
60
Figure 2- 3: Side Panel
61
Figure 2- 4: Connecting USB Devices
62
Figure 2- 5: Operation with Mouse and Keyboard
63
Table 2- 1: Key Functions of the Keyboard
63
Display Screen
64
Figure 2- 6: Display Screen Configuration
64
Figure 2- 7: Status Display
66
Figure 2- 8: Pre- and Post-Trigger Regions
66
Table 2- 2: Status Display
66
Figure 2- 9: Key Lock Display
67
Figure 2- 10: Setup Display
68
Table 2- 3: Setup Display
68
Functional Overview
69
Menu Keys
69
Setting System Parameters 2
69
Table 2- 4: Menu Key Summary
70
Menu Operations
72
Figure 2- 12: Example Menu Item Display
72
Measurement Basics
77
Table 2- 5: Measurement Modes
77
Setting System Parameters
79
Using Windows XP
82
Tutorial
85
Displaying Spectrum 2
85
Preparations
86
Displaying Spectrum
90
Using Markers and Peak Search
97
Using Averaging and Comparison Displays
102
Displaying a Spectrogram
105
Spectrum Analysis
108
Modulation Analysis
112
Turning off the Power
120
Reference
121
Spectrum Analysis (S/A Mode)
123
Measurement Screen Layout
124
Figure 3- -3: "Flex" Grid Style 3
125
Spectrum Analysis
126
Table 3- 1: Measurement Items in the S/A Mode
126
Figure 3- -4: Channel Power Measurement Band Power Markers 3
127
Figure 3- -5: Channel Power Measurement 3
128
Figure 3- -6: ACPR Measurement Band Power Markers 3
129
Figure 3- -7: Example of ACPR Measurement 3
130
Figure 3- -8: C/N Measurement Band Power Markers 3
131
Figure 3- -9: Example of C/N Measurement 3
132
Figure 3- -10: OBW Measurement Band Power Marker 3
133
Figure 3- -11: Example of OBW Measurement 3
134
Figure 3- -12: Carrier Frequency Measurement 3
135
Figure 3- -13: EBW Measurement Band Power Markers 3
136
Figure 3- -14: EBW Measurement 3
137
Figure 3- -15: Setting up Spurious Signal Measurement 3
138
Figure 3- -16: Example of Spurious Signal Measurement 3
139
Spectrogram Display
140
Figure 3- -18: View Orientation 3
141
Real-Time Analysis
142
Table 3- 2: Features of the Real-Time Mode
143
Table 3- 3: Span Setting Range
143
Figure 3- -21: Real-Time Mode 3
145
Zoom Function
146
Figure 3- -23: Zoom Domain Settings Using the Timing Menu 3
147
Figure 3- -24: Zoomed Area Settings Using the Marker 3
148
Modulation Analysis (Demod Mode)
149
Measurement Screen Layout
150
Figure 3- -27: Analysis Range Setting in the Overview 3
151
Figure 3- -28: MARKERS Keys 3
152
Figure 3- -29: Specifying the Range with the Marker and the Reference Cursor 3
153
Figure 3- -30: Specifying the Analysis Range Using the Mouse 3
154
Figure 3- -31: FFT Processing Range Setting on the Overview 3
155
Figure 3- -32: Changing the Overview and Subview 3
156
Figure 3- -33: One-View Display 3
157
Analog Modulation Analysis
158
Figure 3- -34: am Demod Measurement 3
160
Figure 3- -35: FM Demod Measurement 3
161
Figure 3- -36: PM Demod Measurement 3
162
Figure 3- -37: IQ Versus Time Measurement 3
163
Figure 3- -38: Pulse Spectrum Measurement 3
164
Digital Modulation Analysis (Option 21 Only)
165
Table 3- 4: Communication Standard and Parameters
166
Table 3- 5: Modulation Type and Available Measurement Item
166
Figure 3- -39: Process Flow for Digitally-Modulated Signals 3
169
Figure 3- -40: Constellation Analysis 3
171
Figure 3- -41: EVM Measurement 3
172
Figure 3- -42: Iq/Frequency Versus Time Measurement 3
173
Figure 3- -43: Power Variance Measurement 3
174
Figure 3- -44: Symbol Table Analysis 3
175
Figure 3- -45: Eye Diagram Analysis 3
176
Figure 3- -46: Setting Linear Signal Region 3
177
Modulation Analysis 2
178
Figure 3- -48: AM/PM Measurement 3
179
Figure 3- -49: CCDF Measurement 3
180
Figure 3- -50: PDF Measurement 3
181
RFID Analysis (Option 21 Only)
182
Table 3- 6: Measurement Items for RFID Analysis
183
Figure 3- -51: RFID Waveform and Measurement Items 3
183
Figure 3- -52: Carrier Measurement 3
186
Figure 3- -53: Spurious Measurement 3
187
Figure 3- -54: ACPR Measurements 3
189
Table 3- 7: Standard Settings
190
Figure 3- -55: Modified Miller Code 3
192
Parameters 3
193
Figure 3- -57: Power On/Down Measurements 3
195
Table 3- 8: Details of the RF Envelope Measurement Table
197
Figure 3- -58: RF Envelope Measurement (Main View) 3
197
Figure 3- -59: RF Envelope Measurement Parameters 3
198
Figure 3- -60: Constellation, Eye Diagram, and Symbol Table Main View) 3
200
Table 3- 9: Symbol Value Definition
201
Table 3- 10: Measurement Result Display Items
201
Figure 3- -61: Definition of the Modulation Depth and Index 3
202
Time Analysis (Time Mode)
203
Measurement Screen Layout
203
Time Variation Measurement
204
Figure 3- -63: IQ Versus Time Measurement 3
205
Figure 3- -64: Power Variance Measurement 3
206
Figure 3- -65: Frequency Measurement 3
207
CCDF Measurement
208
Figure 3- -67: CCDF Single View 3
211
Figure 3- -68: CCDF Multi-View 3
212
Pulse Measurements
213
Figure 3- -69: Definition of Pulse Characteristics 3
214
Figure 3- -71: Setting for View Results for 3
218
Figure 3- -72: Setting the View Define Menu 3
219
Figure 3- -73: Waveform Display in the Subview 3
222
Signal Source Analysis (Option 21 Only)
223
Table 3- 11: Signal Source Measurement Items
223
Figure 3- -74: Phase Noise Measurement Parameters 3
226
Figure 3- -75: Phase Noise Measurement 3
227
Table 3- 12: Phase Noise Measurement Frequency Band
228
Table 3- 13: bin Width for each Decade
228
Table 3- 14: the Number of Waveform Points
229
Figure 3- -76: Spurious Measurement 3
230
Figure 3- -77: Real-Time Phase Noise Measurement Parameters 3
232
Figure 3- -78: Real-Time Phase Noise Measurement 3
233
Figure 3- -79: Settling Time Displayed in the Subview 3
234
Figure 3- -80: Real-Time Spurious Measurement 3
236
Figure 3- -81: Frequency Versus Time Measurement Parameters 3
237
Figure 3- -82: Frequency Versus Time Measurement 3
238
Setting Frequency and Span
239
Frequency and Span Setting Menu
240
Figure 3- -83: Setting Frequency and Span 3
241
Using the Channel Table
242
Using the Marker and Peak Search
243
Frequency Setting Range
244
Table 3- 15: Frequency and Span Setting Range
244
Figure 3- -85: Relationship between the Frequency and Span Settings 3
245
Vector Span
246
Setting Amplitude
247
Amplitude Menu
247
Table 3- 16: Reference Level Setting Range
248
Figure 3- -88: Setting the Amplitude 3
248
Table 3- 17: RF Attenuation Level Setting
249
Table 3- 18: Mixer Level Setting
249
Table 3- 19: Vertical Scale Setting Range
250
Over-Voltage Input
251
Amplitude Correction
252
Figure 3- -91: Amplitude Correction Example 3
254
Figure 3- -92: Amplitude Correction Data Input 3
257
Figure 3- -93: Amplitude Offset 3
259
Figure 3- -95: Amplitude Correction Setup Display 3
260
Setting Timing Parameters
261
Timing Menu
261
Figure 3- -97: Timing Parameters 3
263
Figure 3- -98: Timing Parameters in the Zoom Mode 3
264
Seamless Acquisition
265
Trigger
267
Trigger Menu (S/N B020000 and Above)
268
Table 3- 20: How to Acquire a Waveform
269
Figure 3- -102: Trigger Position 3
270
Table 3- 21: Trigger Level Setting Range
271
Figure 3- -103: Power Trigger Detection Range 3
271
Figure 3- -104: Trigger Level and Slope 3
272
Figure 3- -105: Acquiring and Displaying Data by Trigger and Repeat Modes 3
273
Trigger Menu (S/N below B020000 and J300100 and Above)
275
Table 3- 22: How to Acquire a Waveform
276
Table 3- 23: Trigger Level Setting Range
277
Figure 3- -107: Trigger Level and Slope 3
278
Figure 3- -108: Trigger Position 3
279
Figure 3- -109: Acquiring and Displaying Data by Trigger and Repeat Modes 3
280
IF Trigger (S/N below B020000 and J300100 and Above)
282
Figure 3- -111: Waveforms in Time Domain and in Frequency Domain 3
283
Figure 3- -112: if Trigger Detection Range 3
284
Creating a Trigger Mask (Option 02 Only)
285
Figure 3- -114: Filling Operation for Creating a Mask 3
286
Figure 3- -115: Example Mask 3
287
Figure 3- -116: Default Mask 3
288
Figure 3- -118: Changing the Position of Point B 3
289
Trigger Point Indicator
291
Synchronous Operation with External Instruments
292
FFT and RBW
293
Figure 3- -122: FFT and RBW Process 3
293
RBW/FFT Menu
294
Figure 3- -124: Process Flow When RBW/FFT = FFT 3
295
Figure 3- -125: FFT Overlap 3
296
FFT Points
297
FFT Window
298
Table 3- 24: Characteristics and Usage of FFT Windows
298
Figure 3- -127: Windowing Process of Time Domain Data 3
299
Table 3- 25: FFT Window and Bandpass Filter
300
Trace Comparison Display and Average Function
303
Trace/Avg Menu
304
Table 3- 26: Averaging Method
305
Displaying Trace 1 and 2
306
Averaging the Waveform
307
Figure 3- -130: Displaying an Averaged Waveform 3
308
Figure 3- -131: Compared Display 3
309
Saving/Loading Waveform Data
310
Trace Compression
310
Figure 3- -132: Relationships between Frame, Bin, and Pixel 3
311
Figure 3- -133: Compression Method for Displaying the Waveform . . 3
312
Setting Views
313
View Menu
314
Basic Procedure
315
Spectrum View Setting
316
Spectrogram View Setting
317
Figure 3- -136: Scale and Format Settings in Spectrogram View 3
318
Time Domain View Setting
319
Figure 3- -137: Setting the Scale in Time Domain View 3
320
CCDF View Setting
321
Constellation View Setting (Option 21 Only)
322
EVM View Setting (Option 21 Only)
323
Figure 3- -141: EVM, Magnitude and Phase Error Displays 3
324
Figure 3- -142: Constellation View and Error Vectors in 1/4Π QPSK . 3
325
Symbol Table Setting (Option 21 Only)
326
Eye Diagram Setting (Option 21 Only)
326
Figure 3- -144: Eye Diagram View 3
327
AM/AM View Setting (Option 21 Only)
328
AM/PM View Setting (Option 21 Only)
329
PDF View Setting (Option 21 Only)
330
Noisogram View Setting (Option 21 Only)
331
Figure 3- -148: Setting the Scale in Noisogram View 3
332
Display Line
333
Display Line Operation (Other than Real Time S/A)
334
Figure 3- -151: Two Horizontal Lines 3
335
Figure 3- -152: Two Horizontal and Two Vertical Lines 3
336
Multi Display Lines (Real Time S/A Only)
337
Figure 3- -154: Lines Menu Structure (Real Time S/A) 3
338
Marker Operation and Peak Search
341
Markers Menu
342
Using Markers
345
Figure 3- -158: Using the Delta Marker to Take Measurements 3
346
Figure 3- -159: Measurement with the Reference Cursor 3
347
Figure 3- -160: Changing the Trace 3
348
Figure 3- -161: Interlocked Markers 3
349
Peak Search
350
Figure 3- -163: Setting the Minimum Frequency Jump 3
351
Using the Online Help
353
Displaying the Online Help
353
Figure 3- -164: Online Help for the Front Panel Key 3
354
Table 3--27: Number of Bins (FFT Points: 1024)
355
Table 3- 28: Front Panel Keys for Online Help
355
Figure 3- -165: Online User Manual 3
355
Using a Mouse and Keyboard
356
Selecting Input Source
357
Input Menu
357
File Operations
359
File Type
359
Load/Save Menu
360
Saving and Loading Files
362
Figure 3- -169: Save to the Preset File (Lower Right of the Screen) 3
363
Figure 3- -170: Selecting the Folder 3
364
Figure 3- -171: Save to File Menu 3
365
Figure 3- -172: Load from the Preset File (Lower Right of the Screen) . 3
366
Figure 3- -173: Load from File Menu 3
367
Entering a File Name
368
Deleting a File
370
Making/Deleting a Directory
370
File Format
371
Data File Format
371
Figure 3- -176: Adding Dummy Frames 3
373
Figure 3- -177: Data Block 3
375
Table 3- -32: Combinations of Valida, P, I and Q 3
376
Trace File Format
379
Figure 3- -180: Data Block 3
381
Screen Copy 3
383
Printing a Screen Copy 3
384
Creating a File 3
385
Appendix A: Specifications
389
Electrical Characteristics
390
Physical Characteristics
404
Appendix B: Menu Tree
426
Appendix C: Digital Demodulation S Ymbol Mapping C-- 1
426
Appendix D: Inspection and Cleaning
426
Lubrication
426
Appendix E: Options and Accessories
427
Standard Accessories
429
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Tektronix RSA3308A User Manual (383 pages)
3 GHz & 8 GHz Real-Time Spectrum Analyzers
Brand:
Tektronix
| Category:
Measuring Instruments
| Size: 6 MB
Table of Contents
Reference
9
Table of Contents
9
Figure 1-8: Principal Power Switch (Rear Panel)
13
Figure 1-10: Initial Screen
13
List of Tables
18
Figure 1-1: Concept of the Swept Spectrum Analyzer
29
Figure 1-2: Sweep of Resolution Filter
29
Figure 1-3: Concept of the Real-Time Spectrum Analyzer
30
Figure 1-4: Concurrent Acquisition
30
Figure 1-5: Frame Acquisition
31
Figure 1-6: Block Diagram
32
Figure 1-7: AC Input (Rear Panel)
36
Figure 1-9: Front Panel Power Switch (ON/STANDBY Switch)
37
Figure 1-11: RF INPUT Connector
38
Figure 1-12: Setting up the Stand
39
Figure 1-13: Spectrum of the Calibration Signal
40
Figure 1-14: Setup Display
41
Table 1-1: Span and RBW
41
Figure 1-15: Reference Level Setting and A/D Overflow Indicator
42
Figure 1-16: Spectrogram Display
43
Figure 1-17: UNCAL Display
47
Figure 1-18: Calibration Menu
48
Figure 1-19: Center Offset
49
Figure 1-20: DC Offset
50
Figure 1-21: System Menu
51
Figure 2-1: Front Panel
54
Figure 2-2: Rear Panel
55
Figure 2-3: Side Panel
57
Figure 2-4: Operation with Mouse and Keyboard
58
Table 2-1: Key Functions of the Keyboard
58
Figure 2-5: Display Screen Configuration
59
Figure 2-6: Status Display
61
Figure 2-7: Pre and Post Trigger Regions
61
Table 2-2: Status Display
61
Figure 2-8: Key Lock Display
62
Figure 2-9: Setup Display
63
Figure 2-10: Examples of Menu Item Display
64
Figure 2-11: Menu Item Types
65
Figure 2-12: Numeric Setting Menu
65
Table 2-3: Span Setting Range
73
Table 2-4: Reference Level Setting Range
74
Table 2-5: RF Attenuation Level Setting
75
Table 2-6: Mixer Level Setting
75
Table 2-7: Vertival Scale Setting Range
75
Tutorial
96
Preparations
97
Displaying Spectrum
101
Using Markers and Peak Search
108
Using Averaging and Comparison Displays
113
Displaying a Spectrogram
116
Spectrum Analysis
119
Modulation Analysis
123
Turning off the Power
131
Reference
132
Spectrum Analysis (S/A Mode)
133
Measurement Screen Layout
134
Spectrum Analysis
136
Table 3-1: Measurement Items in the S/A Mode
136
Channel Power Measurement
137
ACPR Measurement
139
C/N Measurement
141
OBW Measurement
143
Carrier Frequency Measurement
145
EBW Measurement
147
Spurious Signal Measurement
149
Spectrogram Display
152
Real-Time Analysis
154
Table 3-2: Features of the Real-Time Mode
155
Table 3-3: Span Setting Range
155
Modulation Analysis (Demod Mode)
159
Layout of the Measurement Screen
160
Analog Modulation Analysis
167
Table 3-4: Analog Modulation Analysis
167
Digital Modulation Analysis (Option 21 Only)
175
Table 3-5: Digital Modulation Analysis
175
Table 3-6: Communication Standard and Parameters
176
Table A-1: Frequency
176
Time Analysis (Time Mode)
185
Measurement Screen Layout
186
Time Variation Measurement
188
Table 3-7: Time Variation Measurement
188
CCDF Measurement
192
Scale and Format of Views
197
Basic Procedure
198
Setting up the Spectrum View
199
Setting up the Spectrogram View
200
Setting up the Time Domain View
202
Setting up the CCDF View
204
Setting up the Constellation View (Option 21 Only)
205
Setting up the EVM View (Option 21 Only)
206
Setting up the Symbol Table (Option 21 Only)
209
Setting up the Eye Diagram (Option 21 Only)
210
Setting Frequency and Span
213
Basic Procedure
214
Setting Range
217
Table 3-8: Frequency and Span Setting Range
217
Vector Span
219
Setting Amplitude
221
Basic Procedure
221
Table 3-9: Reference Level Setting Range
221
Table 3-10: RF Attenuation Level Setting
223
Table 3-11: Mixer Level Setting
223
Table 3-12: Vertical Units and Scale Setting
223
Over-Voltage Input
224
Amplitude Correction
225
Selecting Input Source
233
FFT and RBW
235
Setting RBW/FFT Parameters
236
FFT Points
237
FFT Window
238
Table 3-13: Characteristics and Usage of FFT Windows
238
Table 3-14: FFT Window and Bandpass Filter
240
Acquiring Data
243
Starting/Stopping Data Acquisition
243
Table 3-15: How to Acquire a Waveform
244
Seamless Acquisition
245
Time Parameters (Real Time S/A, Demod, and Time Modes Only)
246
Trigger
249
Setting Trigger
250
Table 3-16: Trigger Level Setting Range
251
IF Trigger
254
Table A-1: Frequency
255
Creating a Trigger Mask (Option 02 Only)
257
Trigger Point Indicator
264
Trace Comparison Display and Average Function
265
Displaying Trace 1 and 2
266
Averaging the Waveform
267
Table 3-17: Averaging Method
267
Saving/Loading Waveform Data
271
Trace Compression
272
Marker Operation and Peak Search
275
Marker Operation
275
Peak Search
281
Display Line
283
Horizontal Display Line
285
Vertical Display Line
286
File Operations
287
Using a Disk
287
File Type
288
Saving and Loading Files
288
Table 3-18: Number of Bins (FFT Points: 1024)
289
Table 3-19: File Save Operation
289
Table 3-20: Preset File Names
290
Table 3-21: File Load Operation
292
Entering a File Name
294
Deleting a File
296
Creating/Deleting a Directory
296
File Format
297
Data File Format
297
Table 3-22: Combinations of Valida, P, I and Q
302
Trace File Format
305
Connecting to LAN
309
Attaching a Cable
309
Network Settings
310
Sharing Resources
310
Connecting USB Devices
311
Using Windows 98
313
Connecting a Mouse and Keyboard
313
Starting Windows 98 Applications
313
Setting Date and Time
313
Displaying the Windows Desktop Screen
313
Switching from Windows 98 to the Analyzer View
314
Screen Copy
315
Print Menu
315
Printing a Screen Copy
316
Creating a File
318
Table 3-23: Front Panel Keys for Online Help
321
Table A-2: Spectrum Purity
327
Tektronix RSA3308A Service Manual (284 pages)
3 GHz & 8 GHz Real-Time Spectrum Analyzers
Brand:
Tektronix
| Category:
Measuring Instruments
| Size: 4 MB
Table of Contents
List of Figures
7
Table of Contents
7
Table 1- 1: Frequency
26
Table 1- 2: Spectrum Purity
26
Table 1- 3: Noise Sideband
27
Table 1- 4: Input
28
Table 1- 5: Amplitude
28
Table 1- 6: Dynamic Range
29
Table 1- 7: Spurious Response
30
Table 1- 8: Acquisition
31
Table 1- 9: Sampling Rate
31
Table 1- 10: Frame Time
32
Table 1- 11: Digital Demodulation (Option 21 Only)
32
Table 1- 12: Analog Demodulation
34
Table 1- 13: RBW (Resolution Bandwidth)
35
Table 1- 14: Trigger (S/N B020000 and Above)
36
Table 1- 16: Measurement Function
37
Table 1- 17: Display
37
Table 1- 18: Marker, Trace, and Display Line
38
Table 1- 19: Controller and Interface
38
Table 1- 20: Power Requirements
39
Table 1- 21: Power Connector
39
Table 1- 22: Physical Characteristics
40
Table 1- 23: Environmental Characteristics
40
Table 1- 24: Certifications and Compliances
41
Figure 4- 1: Spectrum of the Calibration Signal (50 Mhz, - 20 Dbm)
61
Figure 4- 2: Setup Display
62
Table 4- 1: Span and RBW
62
Figure 4- 3: Reference Level Setting and A/D Overflow Indicator
63
Figure 4- 4: Spectrogram Display
63
Figure 4- 5: Diagnostic Screen
64
Table 4- 2: Internal Diagnostic Program
64
Table 4- 3: Test Equipment
66
Figure 4- 6: Auto Test Initial Screen
68
Table 4- 4: Test Item Selection
69
Figure 4- 7: Auto Test Result Display Example
72
Table 4- 5: Procedure for Failed Test Item
75
Figure 4- 8: Initial Test Hookup
78
Figure 4- -9: Initial Hookup for Setting up the Power Meter and
79
Figure 4- 10: Hookup for Calibrating the Power Sensor
80
Figure 4- 11: Hookup for Setting the Signal Generator Output
80
Figure 4- 13: Initial Test Hookup
83
Figure 4- 14: Initial Test Hookup
86
Figure 4- 15: Initial Test Hookup
92
Figure 4- 16: Initial Test Hookup
95
Table 4- 6: Spurious Measurement
97
Figure 4- 17: Initial Test Hookup
98
Figure 4- 18: Initial Test Hookup
101
Table 5- 1: Test Equipment
112
Figure 5- 2: Initial Test Hookup
117
Figure 5- 3: Hookup for Calibrating the Power Sensor
119
Figure 5- 4: Initial Test Hookup
120
Figure 5- 5: Hookup for Calibrating the Power Sensor
122
Table 5- 2: Compatibility of the Spurious Correction File
125
Figure 5- 6: UNCAL Display
126
Figure 5- 7: Calibration Menu
127
Figure 5- 8: Center Offset
128
Figure 5- 9: DC Offset
129
Figure 5- 10: Auto Calibration Initial Screen
130
Table 5- 3: Calibration Items
131
Figure 5- 11: Auto Cal Result Display Example
134
Figure 5- 12: Initial Test Hookup
139
Figure 5- 13: R232 Location (Top View of the Card Cage)
140
Figure 5- 14: Test Hookup
142
Figure 5- 15: Test Hookup
143
Removal and Installation Procedures Access Procedure
168
RF2 Module
174
RF3 Module
176
RF4 Module
177
RF5 Module
177
Hard Disk Drive P.6
180
A62 Front Connection Board P.6
182
Floppy Disk Drive P.6
182
A10 A/D Board P.6
183
A20 DDC Board
185
A40 DIFP Board
185
A30 Trigger Board
186
A40 Memory Board
186
A50 Mother Board P.6
189
Power Supply 1
191
A71 AC Power Board
193
Power Supply 3
193
Line Filter
195
Principal Power Switch
195
Step Attenuator 2
198
Band Relay
200
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Tektronix RSA3308A Service Manual (264 pages)
3 GHz & 8 GHz Real-Time Spectrum Analyzers
Brand:
Tektronix
| Category:
Measuring Instruments
| Size: 4 MB
Table of Contents
Service Manual
1
Table of Contents
7
Performance Conditions 1
23
Table 1- 1: Frequency
24
Electrical Characteristics 1
24
Table 1- 2: Spectrum Purity
24
Table 1- 3: Noise Sideband
25
Table 1- 6: Dynamic Range
27
Table 1- 7: Spurious Response
28
Table 1- 8: Acquisition
29
Table 1- 9: Sampling Rate
29
Table 1- 10: Frame Time
30
Table 1- 11: Digital Demodulation (Option 21 Only)
30
Table 1- 12: Analog Demodulation
32
Table 1- 13: RBW (Resolution Bandwidth)
33
Table 1- 14: Trigger (S/N B020000 and Above)
34
Table 1- 16: Measurement Function
35
Table 1- 17: Display
35
Table 1- 18: Marker, Trace, and Display Line
36
Table 1- 19: Controller and Interface
36
Table 1- 20: Power Requirements
37
Table 1- 21: Power Connector
37
Table 1- 22: Physical Characteristics
38
Table 1- 23: Environmental Characteristics
38
Table 1- 24: Certifications and Compliances
39
Table 1- -4: Input
44
Digital Signal Processing 3
45
Power Supply 3
47
External Interface 3
48
Conventions 4
50
Brief Procedures 4
51
Functional Check 4
52
RF Input Circuit 3
43
Down Converter 3
44
Figure 4- 1: Spectrum of the Calibration Signal (50 Mhz, - 20 Dbm)
53
Figure 4- 2: Setup Display
54
Table 4- 1: Span and RBW
54
Figure 4- 3: Reference Level Setting and A/D Overflow Indicator
55
Figure 4- 4: Spectrogram Display
55
Diagnostics 4
56
Figure 4- 5: Diagnostic Screen
56
Table 4- 2: Internal Diagnostic Program
56
Performance Tests 4
57
Prerequisites 4
58
Table 4- 3: Test Equipment
58
Auto Tests 4
60
Figure 4- 6: Auto Test Initial Screen
60
Table 4- 4: Test Item Selection
61
Figure 4- 7: Auto Test Result Display Example
64
Table 4- 5: Procedure for Failed Test Item
67
Equipment Required 5
70
Figure 4- 8: Initial Test Hookup
70
Figure 4- -9: Initial Hookup for Setting up the Power Meter and
71
Figure 4- 10: Hookup for Calibrating the Power Sensor
72
Figure 4- 11: Hookup for Setting the Signal Generator Output
72
Figure 4- 13: Initial Test Hookup
75
Figure 4- 14: Initial Test Hookup
78
Figure 4- 15: Initial Test Hookup
84
Figure 4- 16: Initial Test Hookup
87
Table 4- 6: Spurious Measurement
89
Figure 4- 17: Initial Test Hookup
90
Figure 4- 18: Initial Test Hookup
93
Equipment Required
102
Table 5- 1: Test Equipment
102
Preparation 6
103
Figure 5- 2: Initial Test Hookup
107
Figure 5- 3: Hookup for Calibrating the Power Sensor
109
Figure 5- 4: Initial Test Hookup
110
Figure 5- 5: Hookup for Calibrating the Power Sensor
112
Table 5- 2: Compatibility of the Spurious Correction File
115
Self Calibration
116
Figure 5- 6: UNCAL Display
116
Figure 5- 7: Calibration Menu
117
Figure 5- 8: Center Offset
118
Figure 5- 9: DC Offset
119
Figure 5- 10: Auto Calibration Initial Screen
120
Table 5- 3: Calibration Items
121
Figure 5- 11: Auto Cal Result Display Example
124
Figure 5- 12: Initial Test Hookup
129
Figure 5- 13: R232 Location (Top View of the Card Cage)
130
Figure 5- 14: Test Hookup
132
Figure 5- 15: Test Hookup
133
Table 1- -5: Amplitude
207
S/N B020000 and Above) 6
211
Options and Accessories
219
Inspection and Cleaning
138
Procedures for RF Modules 6
143
Procedures for Mother Board and Its Daughter Boards 6
156
Figure 6- -33: Troubleshooting Procedure 1 — Power Supply System 6
203
Tektronix RSA3308A Instructions Manual (18 pages)
IQ Input Function Portable Wireless Communication Analyzer Real-Time Spectrum Analyzers
Brand:
Tektronix
| Category:
Measuring Instruments
| Size: 0 MB
Table of Contents
Contacting Tektronix
2
Kit Description
3
Minimum Tool and Equipment List
3
Kit Parts List
3
Installation Instructions
5
Verifying Operation
17
Calibrating the Analyzer
18
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