Agilent Technologies HP 8566B Dokumentacja Strona 191
- Strona / 405
- Spis treści
- BOOKMARKI
Oceniono. / 5. Na podstawie oceny klientów
3. Preliminary Display Adjustments (SN 3001A and Below)
12. Set the oscilloscope controls as follows:
Press
(CHAN]:
Channel 1
....................................................
on
amplitude scale
......................................
10.0
V/div
offset
.............................................. ..25.0000
V
Channel 4
....................................................
on
amplitude scale
.................................... ..lO.OV/di
v
offset
..............................................
..60.000 0 V
Press
ITRIG):
source
......................................................... .
level
.................................................
25.0000 V
Press (TIME]:
time scale . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
50.0 ns/div
delay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 125.000 ns
Press
(-1:
connect dots . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
..on
Press
ISHOW).
13. Set the spectrum analyzer front-panel INTENSITY control fully
counterclockwise, and then set the LINE switch to ON.
14. The X+ deflection and X- deflection waveforms should be
superimposed on the oscilloscope display, as shown in Figure 3-19.
If necessary, adjust
AlA4R7
X POSN and
AlA4R27
X GAIN for a
centered display of at least four vertical divisions. See Figure 3-18
for the location of the adjustments.
hp
stopped
t-mote
listen
10.0
Vfdtv
10.0
V/div
.I.
.I
;
10.00 : 1 dc
I
.._._...................
(8
..--..........
-
-- -
........
.._.
I
-125.000 “s
125.000
“s
375.000
ns
50.0
ns/dtv
1
f
25.00 v
Figure 3-19. X + and X- Waveforms
15. Set the oscilloscope controls as follows:
Press
[WF~RM
MATH):
fl
. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . on
display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . on
math . . . . . . . . . . . . . . . . . . . . . . . . . . . .
.channel
1
-
channel 4
sensitivity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ...25.0
V/div
16. Three waveforms should be displayed on the oscilloscope, as
shown in Figure 3-20. The lower composite waveform represents
Adjustments 3-51
- Part No. 08566-90168 2
- Printed in USA September 1993 2
- Certification 4
- Warranty 4
- Assistance 5
- Considerations 6
- Front-Panel Ke 7
- Contents 8
- 3. Adjustments 9
- Option 462 10
- Option 857 10
- Contents-4 11
- Contents-5 12
- Contents-6 13
- Contents-7 14
- Contents-8 15
- Contents-9 16
- Information 17
- 1-2 General Information 18
- General Information 1-3 19
- 1-4 General Information 20
- 1 to 100 NITS 21
- General information 22
- General Information 1-7 23
- General Information 24
- Performance 26
- Calibration 27
- Performance Tests 2-3 28
- Specifications 29
- 2-6 Performance Tests 31
- (FREQUENCY SPAN] I 32
- FREQUENCY] 32
- Center Frequency 33
- 2. Frequency Span Accuracy 35
- Performance Tests 2-11 36
- 2-12 Performance Tests 37
- ~FREQUENCY 38
- 2-14 Performance Tests 39
- Resolution Bandwidth 42
- CFREQUENCY 43
- SPAN]Deviation 43
- ,100 MHZ 44
- 2-20 Performance Tests 45
- 7. IF Gain Uncertainty Test 47
- Performance Tests 2-23 48
- 2-24 Performance Tests 49
- (REFERENCE 50
- 2-26 Performance Tests 51
- Performance Tests 2-29 54
- SPECTRUM ANALYZER 56
- POWER METER 56
- Performance Tests 2-35 60
- 2-36 Performance Tests 61
- Performance Tests 2-37 62
- 4MHzto60MHz 63
- Performance Tests 2-39 64
- 10. Frequency Response Test 65
- Figure 2-20 66
- 246 Performance Tests 73
- (dBc/Hz) 74
- 12. Noise Sidebands Test 76
- 13. Line-Related Sidebands 80
- 2-56 Performance Tests 81
- Performance Tests 2-57 82
- Non-Preselected 83
- Preselected 83
- 14. Average Noise Level Test 84
- 15. Residual Responses Test 87
- Harmonic 92
- Distortion 92
- Intermodulation 26 93
- Performance Tests 2-69 94
- SEARCH] 95
- [PEAK SEARCH) 97
- Performance Tests 2-75 100
- 2-76 Performance Tests 101
- Compression 102
- 18. Gain Compression Test 103
- Procedure 106
- Specification 106
- Description 106
- Equipment 106
- Performance Tests 2-83 108
- SPECTRUM 109
- ANALVZER 109
- SYNTHESIZED SWEEPER 109
- (CENTER FREQUENCY] 109
- 21. Fast Sweep Time Accuracy 110
- (~20 ms) 110
- 2-86 Performance Tests 111
- Related 112
- Adjustment 112
- Performance Tests 2-89 114
- (FREQUENCY SPAN] 115
- FREQUENCY_) 115
- I&%X 115
- Performance Tests 2-91 116
- 2-92 Performance Tests 117
- FREQUENCY SPAN) 118
- Performance Tests 2-95 120
- [REFERENCE LEVEL) Frequency 121
- (REFERENCE LEVEL) Frequency 121
- [REFERENCE LEVEL] 122
- 2.99 Performance Tests 123
- Performance Tests 2-99 124
- Step 2. CAL OUTPUT Level 125
- Measured 125
- Performance Tests 2-101 126
- Performance Tests 127
- (SWEEP TIME) 128
- 16. Noise Sideband Level 129
- 2 1. Noise Sideband Level 129
- 26. Noise Sideband Level 129
- ~ Min Measured~ Min Measured 129
- CENTER FREQUENCY] 131
- Performance Tests 132
- ‘I&t 133
- 16. Harmonic 133
- Intermodulation 133
- Distortion 133
- (CENTER FREQUENCY) 134
- [CENTER FREQUENCY] 135
- [CENTER FREQUENCY) 135
- 4. 1st LO OUTPUT Level + 5 137
- Function Generator Frequency 139
- Adjustments 141
- 3-2 Adjustments 142
- Adjustments 3-3 143
- 3-4 Adjustments 144
- Adjustments 3-5 145
- 3-6 Adjustments 146
- Adjustments 3-7 147
- Adjustments 148
- Adjusts 5.8 151
- Adjusts 5.8 and 12.5 151
- 3-12 Adjustments 152
- 3-14 Adjustments 154
- Adjustments 3-15 155
- 3-16 Adjustments 156
- Adjustments 3-17 157
- 3-18 Adjustments 158
- Adjustments 3-21 161
- 3-22 Adjustments 162
- Adjustments 3-23 163
- Reference 165
- IF-Display 166
- Section 166
- Figure 3-3 167
- 3-32 Adjustments 172
- Adjustments 3-33 173
- EXAMPLE: 174
- 3-34 Adjustments 174
- ..6O.OOOOV 175
- Figure 3-8. Location of 176
- Components 176
- Adjustments 3-37 177
- Figure 3-10. Waveform at 178
- 3-42 Adjustments 182
- Adjustments 3-43 183
- 3-44 Adjustments 184
- Adjustments 3-45 185
- 3-46 Adjustments 186
- Adjustments 3-47 187
- Adapters: 188
- Adjustments 3-49 189
- ~ooooooooooooooor 190
- Adjustments 3-51 191
- 3-52 Adjustments 192
- Figure 3-2 1 193
- Figure 3-22 194
- Adjustments 3-55 195
- more preset probe , select 197
- 3-58 Adjustments 198
- 3-60 Adjustments 200
- position 201
- 45.00 v 202
- 3-64 Adjustments 204
- Adjustments 3-65 205
- 3-66 Adjustments 206
- Adjustments 3-67 207
- 5. Log Amplifier Adjustments 209
- Adjustments 3-73 213
- Offset 214
- Adjustments 3-75 215
- Related Performance 216
- Bandwidth Filter Adjustments 217
- 3-78 Adjustments 218
- (REFERENCE LEVEL] -20 219
- (REFERENCE LEVEL] using step 220
- 40. Key in 221
- Adjustments 3.91 221
- Adjustments 3-93 223
- 9. 3 dB Bandwidth Adjustments 229
- Bandwidth Adjustments 232
- Performance 234
- Adjustments 3-95 235
- 3-96 Adjustments 236
- Figure 3-48. Location of 10 237
- Gain Step Adjustments 237
- 3-99 Adjustments 238
- Adjustments 3-99 239
- Converter 240
- Adjustments 3-103 243
- Adjustments 3-107 247
- (SHIFT] 249
- (CLEAR-WRITES) 249
- to turn off the 249
- @ELECT/ENTER] 250
- Adjustments 3-111 251
- 3-l 12 Adjustments 252
- 3.500 v 255
- TOP VIEW 256
- CENTER FREQUENCY) 4 258
- FREQUENCY SPAN) 2.4 258
- FREQUENCY SPAN) 260 MHz 258
- Adjustments 3-121 261
- Figure 3-63 262
- Piocedure) 262
- Adjustments 3-123 263
- (SHIFT) 265
- PEAK)= 265
- 14. 100 267
- VCXO Adjustments 267
- 14. 100 MHz VCXO Adjustments 269
- 15. M/N Loop Adjustments 273
- 16. YTO Loop Adjustments 275
- Figure 3-72 279
- ..-3OO.OOOmV 281
- AllA5TPl 282
- Loop Adjustments 283
- Figure 3-75 283
- (ENTER dB/DIv) 2 284
- (jNORMALj 284
- (PEAK SEARCH] to position a 284
- (CLEAR-WRITE] 284
- Lock Loop 287
- 50-ohm OUTPUT to 288
- 3-148 Adjustments 288
- Adjustments 3-149 289
- 3-150 Adjustments 290
- Loop Phase Lock Adjustments 291
- 3-152 Adjustments 292
- Figure 3-79. Location of 294
- (FREQUENCY SPAN) 100 297
- (CLEARWRITE) 297
- (PEAK SEARCH) to 297
- Resistors 298
- Adjustments 3-159 299
- 3-162 Adjustments 302
- Tripler 303
- 3-l 64 Adjustments 304
- Adjustments 3-165 305
- 19. CAL Output Adjustment 307
- 3-170 Adjustments 310
- 310.7 MHz, [POWER LEVEL] 312
- Adjustments 3-173 313
- Preliminary 316
- Adjustments 3-177 317
- (POWER LEVEL) and adjust the 318
- (m) to Type N (f) adapter 319
- Adjustments 3-179 319
- LEVEL] and adjust 320
- RANGE HOLD) (turning it on) 320
- POWER LEVEL) and adjust the 320
- REFERENCE LEVEL) 320
- PEAK SEARCH) 320
- Adjustments 3-181 321
- 82 Adjustments 322
- HOLD] (turning it off) 323
- A6A12R85 324
- LEVEL] and adjust the 325
- 3-186 Adjustments 326
- [CLEAR-WRITE) 327
- 3-188 Adjustments 328
- Adjustments 3-189 329
- A6A12R84 330
- Adjustments 3-191 331
- A6A12R83 334
- Adjustments 3-197 337
- A6A12R82 338
- Adjustments 3-201 341
- Preselector DAC Value 342
- [SWEEP TIME) 343
- (REFERENCE LEVEL) 345
- Analog-To-Digital 346
- Alternate Procedure 4 348
- Procedure 1 349
- CCLEAR-WRITE] 350
- Adjustments 3-211 351
- Graticule 353
- 3-214 Adjustments 354
- 0.000 v 355
- [ENTER dB/DIv) 10 356
- Adjustments 3-217 357
- Low-Noise 358
- Adjustments 3-219 359
- Introduction 360
- 4-2 Option 462 361
- [FREQUENCY SPAN] 362
- MHZ, SWEEP 365
- HZ. @WEEP TIME] 366
- Figure 4-3. 6 367
- Option 462 4-9 368
- Option 462 369
- Option462 4-11 370
- [FREQuENCY~PAN) 371
- (VIDEO] 371
- VIDEO BW 372
- Figure 4-5. 60 373
- Bandwidth Measurement 373
- Option 462 4-17 376
- Readout of 3 dB Bandwidth 377
- Option 462 4-19 378
- (FREQUENCY 380
- [VIDEO] 380
- 4-22 Option 462 381
- Option 462 4-23 382
- 4-24 Option 462 383
- Option 462 4-25 384
- 4-26 Option 462 385
- Bandwidth 386
- 4-28 Option 462 387
- 5-4 Option 857 392
- Fidelity 393
- A Amplitude (Column 2 395
- 5-R Option 857 396
- Assembly 397
- See Figure 397
- Figure 6-1. RF Section 399
- Figure 6-4. IF Section 402
- View (SN 3001A and Below) 402
- 00000000000000 403
- Figure 6-5. IF Section 403
- View (SN 3004A and Above) 403
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