6000 Series Oscilloscopes User' Guide
Contents
1. Utility gt 0ptions gt Preferences Expand Ground Center 6000 197 6 Antialiasing Antialiasing Antialiasing Antialiasing Utilities 0ptions Preferences Antialiasing2. Utility 0ptions Preferences Expand Ground Center 2 70 Service User Cal User Cal User Cal Utility Service 2 000 10 C
3. 6000 6000 6000 Quick Help MS0 holdoff CAN 12C LIN SPI TV video USB XY FFT
4. 6000 2 NIST National Institute of Standards and Technology Agilent 6000 1 CALIBRATION UNPROTECTED 2 12 BNC 2 4 500 RG58AU BNC 2
5. 1 Select Entry 2 Measure 3 Clear Meas 177 6000 2 Label MSO 1 Label Label
6. XY 148 XY 1 X 2 Y XY Lissajous 1 1 2 2 Autoscale Main Delayed XY 3 1 2
7. DFAR 252 227 7014 1995 6 4 FAR 2 101 a FAR 52 227 19 1987 6 4 FAR 52 227 19 c 1 2 1987 6 FAR 52 227 14 1987 6 DFAR 252 227 7015 b 2 1995 11 o
8. 4 Main 57 2 0 so s 2 Delay 200 0us Sample Rate 25 0MSa s WE Center 4
9. Line 6000 6000 4 1 Trigger Edge 2 Slope DDR Alternating Either Either
10. Display Display
11. 6000 8 L di dt V di dt 1 lt a L GND Fe Vn 2 N lt 46 LC ringing
12. 180 6000 4 Lower Entry 10 800 mV Type 5 93 5 Middle Entry 50 1 20V e Type amp 6 94 6 Upper Entry 90 1 50V Type
13. Cursors Quick Meas 6000 153 154 Settings Scale 0ffset 1 Math Settings channel Probe Units FFT dB 1 2 V2 A2 W 1 2 V A d dt V s A s V
14. 1 2 HF LF 3 204 6000 6 HF HF 50 kHz 3 dB HF AM FM Mode Coupling HF Reject 3 dB DC 50 kHz 54600w02 LF LF 50 kHz 3 dB LF Mode Coupling Coupling gt LF Reject 3 dB DC 50 kHz 6000 209 210
15. 4 Trigger 2C SDA SCL SDA SCL R Ack SCL SDA EEPROM SDA EEPROM 1010xxx Read Ack Data is Data Ack
16. 2 ns 10s MS06000A MS0 1 8 gt 10 mVpp 0 5 gt 50 Hz 249 9 6 div AC MS0 DS0601xA 3 5 Hz MS0 DS0603xA 605xA 610xA 10 Hz DC HF LF 50 kHz D15 D0 MS06000A MS0 DS06000A 8 0 V 10 mV TTL 1 4V CM0S 2 5V ECL 1 3V MSO0O DS0O6xx2A MSO0 DSO6xx4A EXT 2 2 16 ch 4 4 16 ch MSO DS06012A 1 MQ 3 11 pF or 50 0Q MSO XDS06014A MSO
17. MS0 6000 6000 6 Autoscale 0 0 2 Autoscale Autoscale Undo Autoscale Autoscale Autoscale Autoscale Undo Autoscale Channels Autoscales Autoscale Autoscale Autoscale
18. Mode Coupling HF Reject Normal 1 2 Acquire Peak Det 3 Display Persist Clear Display
19. 1000 10 1 Run Stop RunyStop 2 Y 6000 6 3 Delay Time 4e a Neh lty A
20. X Period X Y Fall Time X Y 6000 183 Rise Time
21. a Entry w 33 2 4 Agilent 6000 Agilent 6000 4 2 2 39 22 21 20 19 18 17 16 Measure Horizontal Waveform Main Delayed SY L es fr File i Re BNC ee 1 2 3 4 5 6 7 8 9 USB Math 1 Agilent 6000 4
22. DC AC Holdoff CAN LIN SPI TV USB Trigger Out 6000 4 8 Mode Coupling Trigger Mode Coupling Trigoger Mode and Coupling Menu 0ise Ral HF Reject ne 000ns 2 6000 87 4 Normal Auto Normal Auto
23. 54 Horizontal 19 Horizontal Main Delayed Main Delayed XT Roll 54 Horizontal 6000 37 2 38 20 54 Horizontal j 21 Measure Cursors Quick Meas 147 5 22
24. 16 D15 D0 Pod1 D7 D0 Pod 2 D15 D8 TTL CMOS ECL pod 8 0 V 10 mV 40 V CAT 800 Vpk 10 V 500 mV 8 pF 100 Q 2 2 ns 3 ns 1 100 MHz 1 mV div 2 mV div 300 MHz 1 GHz 2 mV div 4 mV div 16 mV 1 mV div 32 mV 2 mV div 6000 247 9 Horizontal delta t delta t By NS Ee Holdoff 248 MSO DSO601xA 5 nsec div 50 sec div MSO XDS0603xA 2 nsec div 50 sec div MSO DSO605xA 1 nsec div 50 sec div MSO DSO610xA 500 nsec div 50 sec div 2 5 psec 15 ppm 0 0015 1 2 5
25. 2 D15 D0 3 Agilent Technologies 75 3 0 54620 68701 4 5
26. DSO MSO IM0 10 MHz Agilent 6000 100 MHz 300 MHz 500 MHz 1 GHz 4 GSa s HDTV I2C SPI LIN CAN USB USB LAN GPIB 2 4 DS0 2 16 4 16 MS0 MS0 16 Agilent 6000 MegaZoom DSO MS0
27. 18 VITS 21 1 Trigger More TV 2 Settings Standard TV NTSC 3 Mode TV Line Field1 Line Field2 Line Alternate 4 Line Line Alternate 1 2 1 VITS 2 VITS 1 135 4 4 ND S 10 136 136 6000 4 Al Lines TV
28. Intensity Run Stop Run Stop Stop Run Stop Run Stop Run Stop infinite persistenc
29. 10 Agilent 6000 100 MHz 300 MHz 500 MHz 1 GHz 2 GSa s 2 GSa s 4 GSa s 4 GSa s 500 ps 500 ps 250 ps 250 ps 2 DSO DS06012A DS06032A DS06052A DS06102A 4 DS0 DS06014A DS06034A DS06054A DS06104A 2 16 MSO MS06012A MS06032A MS06052A MS06102A 4 16 MSO MSO06014A MS06034A MS06054A MS06104A 6000 203 204 2 1 65536 2 8 4 9 16 10 64 11 gt 256 12 Averaging 1 Acquire
30. L H X a LHX b Set all Bits 1 Signals SPI 2 Clock Entry SPI CLK 126 6000 4 Clock Entry CLK SPI1 Tigger Level D15 Thru D0 Thresholds
31. A FFT Preset Window FFT Hanning Flat Top 167 168 Rectangular Use on self 3 Cursors Source Math X1 X2 AX Y1 Y2 dB A
32. 1 2 5 Utility 0ptions Preferences Expand Expand Center 49 2 50 pee AC DC oe AC 1 0n of Coupling
33. Agilent 6000 MS0 MS0 DSO 41 et 1 Display 2 Entry Grid 0 100 6000 41 2 42
34. 33 Digital Select Entry Autoscale 6000 2 Cursors Normal Acquire Utility V0 Show 1 0 Config Utility 1 0 Show 1 0 Config 6000 Entry Entry
35. CAN CAN CAN 2 0A 2 0B CAN Settings 6000 103 4 RTR CAN CAN SOF CAN_L 1 Trigger More Entry Trigger CAN Settings CAN CAN mn a Baud Signal ee Se _ 2 Baud CAN CAN CAN 10 kb s 50 kb s 100 kb s 500 kb s 20 kb s 62 5 kb s 125 kb s 800 kb s 33 3 kb s 83 3 kb s 250 kb s 1 Mb s 1 Mb s 104 6000
36. 6000 2 1 24 InfiniiMax 10073C 10074C Calibrate Probe InfiniiMax Calibrate Probe Calibrate Probe Probe Comp Probe Comp Probe Comp 6000 6000 Agilent 6000
37. Horizontal 100 ns 0 Vertical 1 5 V DC 0 V 1 MQ AutoProbe 1 0 Trigger 0 V 1 DC holdoff 60 ns Display 33 0ther Run Stop Run Labels Label Library 74 6000 Agilent 6000 eee Cad 1
38. 3 H X 0
39. DC Zo 236 6000 6000 8 8 5pF 100k 00 15pF 100k 150 44 1 pF 237 238 100 kHz 1 MHz 10MHz 100MHz 1GHz 45
40. Time Div 500 ms div Normal Single 4 1 2 Mode Coupling Coupling DC AC LF DC DC AC AC 10 Hz 100 MHz 3 5 Hz DC External Trigger 3 5 Hz DC Ac LF Reject
41. User Spell Entry Enter Text O Entry 3 Entry Entry Wait 180 4 Preview Saver 5 3 re 68 6000 2 6000
42. Minimum Y Maximum Maximum Y Minimum Maximum Y Peak Peak Peak Peak Maximum Maximum Y 6000 6000 RMS RMS DC RMS DC X n 2 X Xi ith n RMS dc Top Top Top Maximum Y
43. Center Entry 6000 6000 Wl LA GCT 10 0dBVA 420dBY Hanning Preset frequency Span Center FFT FFT 2 FFT More FFT WYINdovy sp FFT Scale FFT dB div Scale Entry 0ffset FFT dB 0ffset Entry FFT
44. X Y Width Width X Y Width Width X Y X at Max X at Max X X X at Max FFT 1 Math FFT
45. BNC Agilent 6000 100 MHz MS0 DS06012A MS0 DS06014A AutoProbe AutoProbe AutoProbe BNC AutoProbe 1 2 Probe 3 Entry 1 2 5 0 1 1 1000 1 6000 47 2 1 Analog 1 Channel 1
46. 500 ms div 500 ms div Roll 500 ms div Normal t Roll 6000 99 2 Roll Single Roll Single Roll strip chart XY XY 1 xX
47. Agilent 6000 50 0 BNC 5 Vrms 50 0 5 Vrms 50 0 Agilent 6000 50 0 21 1 22 CAT1300 Vrms 400 Vpk 1 6 kVpk CAT ll 100 Vrms 400 Vpk 10073C 10074C 10 1 CAT 1 500 Vpk CAT 1 400 Vpk 1 Save Recall Default Setup 2 1 Probe Comp
48. 5 10 MHz REF BNC 10 MHz 8 233 6000 Y 100 ms 1 Math Counter Counter 1 2 X Duty Cycle X Y 100 erlod Duty cycle Frequency 1
49. perturbations 6000 239 240 L di dt D15 D8 D7 D0 3 ns 01650 61607 16
50. Main Delayed O 5 4 6000 99 2 56 0 00 s Y 400 ps
51. FFT FFT Math Cursors FFT FFT FFT FFT FFT Channel Flat Top FFT 2 dB Hanning Cursors
52. TV MegaZoom 1 Trigger Mode TV Entry Trigger TV Settings TV 6000 4 W Trigger Menu 1 i ww 1080750 Field TV TV 2 Source TV Trigger Level Tigger Mode Coupling TV 6000 131 4 132 TV 75 Q
53. AC DC AC 3 5 Hz DC AC TAC DC 0 Hz DC AC DC AC 50 0 2 Imped Imped 1M 0Q 500 MS0 DS06012A MS0 DS06014A 100 MHz 1 MO 6000 2 50 0 50 0 50 0 50 0 50 QJ AC 1 M Q
54. coPersist 4 6000 6000 6 2 x ain Delayed Delayed ge 1UUUs CUUITB MI8nL a 41 15ns 20 ms div 211 212 ACE Jare yjenL vv 42 15ns 20 ms div Autoscale Autoscale MS0 Autoscale 50 Hz 0 5 10 mV
55. ks Main Delayed Menu Sample Rate 2 00GSa s Center Main Delayed Roll XY 2 Main Delayed Main Delayed Roll XY Vernier Time Ref Main 1 Main Main Main Horizontal 2 Horizontal Main Horizontal de 54 6000 2 3 Vernier
56. 6000 4 ER ER sa naxz CC 2 GR 7 ON Cg R Start Addr7 Read Ack Data Start Addr7 Write Ack Data 17 7 ScL 1 I 1 7 8 9 1 7 8 4 17 10 26 10 Start Address byte 1 Write Address byte 2 Ack Data 6000 111 4 A ee a SCLI 1 1 7 8 9 1 e 9 1 7 hfs su 1 R7 1 2 1
57. 0 4 ED ER 2 Label I 6000 63 2 1 Label 2 Channel Entry Channel 3 Library Entry Library 4 Apply New Label 5 64 6000 6000 2 1 Label 2 Channel Entry
58. Holdoff holdoff 200 ns 600 ns Holdoff COC 6000 200 ns 600 ns Holdoff holdoff Holdoff Holdoff holdoff holdoff holdoff holdoff
59. MS0 54620 68701 54684 42301 6000 15 1 10073C 10074C 2 4 xm MS0 lt 20 54620 61801 16 1 5959 9334 2 5 5090 4833 20 241 Agilent 6000 16 6000 1 1 N2918A Agilent 6000 1180CZ N2919A N2919A 54684 44101 N2605A 097 USB 10833A 1 GPIB 10073C 10 1 500 MHz 1 5 10074C 10 1 100 MHz 1 5 54620 68701 54684 42301 6000 Pomona 4119 50 50 Feedthrough 1130A InfiniiMax 1 5 GHz InfiniiMax
60. 106 6000 4 Trigger Level D15 Thru D0 Thresholds 3 H X 4 Qualifier lt gt
61. 61 Cursors 1 2 Cursors Mode X Y AX 1V AX AY Normal AX 1 AX AY X1 X2 AX Y1 Y2 AY 6000 171 172 Binary X1 X2 Hex X1 X2 1 0 X
62. XGA XGA Display Display ca Persist Display 198 6000 6 Infinite persistence 1 2 Display Persist
63. FFT XY X 1 X1 X2 X1 X2 AX 1 AX Entry X1 X2 Y1 Y2 Y1 Y2 FFT 0 dB XY Y 2 Y1 Y2 Y1 Y2 AX Entry Y1 Y2 X1 X2 Entry X1 X2 AX X
64. 6000 173 Y1 Y2 Entry YI Y2 AY AX 107 AX 9 2937MHz AYITh 625 000mV 107600ns Mode x 1 X2 0 eg EE 28 174 6000 6000 AX F20000us 1 AX 192 31kHz DAY 0 00000Y a Fas x YY XI RY YX2 29 S00 200 Stop 180v AX 300 000ns AX 33333MHz A T 0 00000Y Mode Source Xx 1 be Kk Normal Xl1 X2 30 175 176 X1 X2 TAX 510 20kHz ae 11 WI Mode Fe i Pe 31 X1 X2 0 17xiv 32
65. 1 Trigger More TV 2 Settings Standard TV 3 Mode All Lines Trigger Menu 1 vA NTSC All Lines 11 6000 137 4 1 2 1 2 1 Trigger More TV 2 Settings Standard TV 3 Mode Field1 Field2 WW Trioger Menu 12 1 138 6000 4 All Fields 1 Trigger More TV 2 Settings
66. FFT FFT Hanning flattop rectangular http cp literature agilent com litweb pdf 5952 8898E pdf 243 The Fundamentals of Signal Analysis 165 166 FFT 1 Math FFT Settings FFT Center 125kHz Vertical Window FFT Source FFT 1 2 1 2 1 2 Span FFT 10 Hertz Span Entry Center FFT Center
67. D15 Thru D0 Thresholds c X a Channel Entry o b xX X X 5 Find Tdon t care X 119 4 120 Trigger on 1 Stage Trigger on Trigger on
68. Either 100 MHz Constant Wave 1 2 3 Agilent 6000 1 2 Ext Line 4 3 4 D15 D0 97 4 1 4 D0 D15 E L Tigger Level DC Digital Channel
69. ZINJ Tigger Level D15 Thru D0 Thresholds 1 115 4 2 n 3 holdoff 9 Trigger More Entry Trigger Sequence Settings
70. 16 mV 1 mV div 32 mV 2 mV div 244 6000 1 2 6000 9 30 10 C 12 MS0 DS0601xA 603xA 2 GSa sec MS0 DS0605xA 610xA 4 GSa sec 2 GSa sec 1 Mpts 500 kpts 625 kpts 312 kpts 2ML 2MH 2 Mpts 1 Mpts 8ML 8MH 8 Mpts 4 Mpts 2ML 2MH 1 25 Mpts 625 kpts 5ML 8MH 8 Mpts 2 5 Mpts 8 MS0 DS0601xA 1 ns MS0 DS0603xA 500 ps
71. 58 6000 2 0 Main Delayed Main 147 5 Roll Main Delayed Roll Roll
72. pre trigger post trigger Delayed Delayed 6000 6000 2 1 2 Main Delayed 3 Delayed
73. 20 pin 2 m 01650 63203 RC 20 pin 6000 8 5 54620 68701 5959 9333 5 5959 9335 2 5 01650 94309 54620 61801 16 1 5090 4833 20 tt Agilent 6000 DS0 MS0 E 6000 241 8 242 6000 Agilent 6000
74. 195 6 256 201 1 23 Entry Entry Entry Entry Entry 24 Autoscale Autoscale 212 Autoscale 25 6000 2 2 Agilent 6000 Om9 BO 2 A Sp B OO dT 2 Agilent 6000 2 4 2 2
75. USB Save Recall Save Recall 6000 221 7 222 1 2 USB USB USB USB THOSTJ USB USB Series A USB TDEVICEJ USB Agilent 6000 www agilent com find mso6000 USB drive0 4 drive5 drive1J
76. 75 Q Agilent 11094B 3 TV 1T 4 Standard TV TV NTSC PAL PAL M SECAM Generic EDTV 480p 60 HDTV 720p 60 HDTV 1080p 24 HDTV 1080p 25 HDTV 1080i 50 HDTV 1080i 60 5 Mode TV Field1 and Field2 1 2 All Fields Generic All Lines Line EDTV HDTV 6000 6000
77. D15 Thru D0 D15 D8 D7 D0 Turn off Turn on Turn on Turn off gt 1 Entry 2 82 6000 She oull 3 3 1 D15 Thru D0 2 zn 6000 1 Digital Select Digital Select Se 2 Digital Position
78. Math 1 2 7 Settings Scale V div A div channel Probe Scale Entry 1 2 0ffset 1 2 0ffset Entry 1 2 channel Probe Units 1 2 U 157 1 2 Ee 1 2 1 2 23 6000 PA d dt Acquire
79. Single Run Stop Single Single 40 ms DC Auto 88 Single 6000 2 1 Run Stop Single Run Stop 2
80. IP I 0 IP Utility I 0 Support Products Agilent Site ee Another web enabled instrument 2 Agilent Technologies B 39 TY et De Welcome to your Web Enabled Oscilloscope Information about this Web Enabled Instrument DSoB104A Oscilloscope 30d3090505 Agilent DISO6104A 30d3090505 pantheri 9 cos agilent com 130 29 68 219 TCPIPO panther19 INSTR i Advanced information Usethe navigation bar on the leftto access your Oscilloscopeand related information SAgilent Technologies Inc 2005 6000 231 232 10MHz 10MHz REF BNC 15 ppm 1 ms 15 ns
81. 3 gD 6000 Digital Channel Manu Digital Channel Menu Et 0 Jhreshond ee 81 3 1 D15 Thru D0 D15 Thru D0 gt 1
82. User TTL 1 4V CMOS 2 5V ECL 1 3V User 8V 8V dig D15 Thru D8 D7 Thru D0 H D Thresholds User User Entry User 236 4 241 6000 Agilent 6000 S08 S OO e 4 O Ee Agilent Technologies 4 Agilent 6000 MegaZoom
83. 2 Trigger Level D15 Thru D0 Thresholds 6000 99 4 3 4 lt gt gt lt Qualifier lt t lt 10 ns 10 ns ns ES
84. AR 65 2 i Library 75 A0 A12345
85. Single Run Stop Single Run Single 43 2 44 Single 45 1 Normal 88 Normal Autoj 2 Tigger Level 3 Single Single
86. 3 Spell Entry Entry Spell TNew label 4 Enter Enter 5 Enter Delete Character 6 Apply New Label ADDR0 DATA0 Apply New Label New labelj Apply New Label
87. Ai 76 6000 3 6 7 6000 17 3 8 3 6 Run Stop Single 1 0 78 6000 3 Autoscale Autoscale
88. InfiniiMax 24 Utility Service Start Self Test 100 80 Utility Service About 0scilloscope 6000 B3 2 Save Recall Default Setup
89. 1 USB USB 2 Utility gt File Explorer 3 Entry USB USB USB Entry c OriveD hy Proect TY UP SS hh Projects My CSW Flles Ol 27 26085 1 47 BM Scope Setues 1 27 2005 1 46 DN Waveforms l 21 2003 10 47 aiemales ela Delete Entry USB rdrive0 Tdrive5J fdrive1 USB 4 Load File 6000
90. X 0 3 Source Y Normal cursor Source 4 X YY XY X Y Entry X X FFT X 6000 Y channel Probe Units Volts Amps X1 X2 xX1 X2
91. 3 Clear Display 4 Clear Display Clear Display Autoscale ot ed Display Grid Entry 4 gt 6000 199 200 Agilent 6000
92. 3 slope Clock slope 00V DOW Dids oner 8 sp TIL SPI Tngger Pomnt cHK id LF LL Ee 4 Data Entry SPI DATA 2 6000 127 4 128 Data Entry DATA TsPIJ Trigger Level D15 Thru D0 Thresholds
93. 6000 6000 Quick Meas Counter Duty Cycle Frequency Period Rise Time Fall Time Width Width X at Max X at Max Phase Delay Average Amplltude Base Maximum Minimum Peak to Peak RM Top 177 Preshoot 0vershoot e Preshoot e 0Uvershoot 62 Quick Meas Quick Meas 1 Quick Meas
94. 71 959 6 FFT FFT X at Max X at Min Hertz FFT FFT 6000 181 182 Top Base 10 50 100 Ss 0 X at Max X at Min Top Base 10 50 100 Agilent 6000
95. HP PCL 3 USB Agilent 6000 Deskjet 350C Deskjet 610C amp 612C Deskjet 630C amp 632C Deskjet 656 Deskjet 825 Deskjet 845C Deskjet 648C Deskjet 810C amp 812C amp 815C amp 816C Deskjet 842C Deskjet 920 Deskjet 932C amp 935C Deskjet 940 amp 948 Deskjet 952C Deskjet 960 Deskjet 970C Deskjet 980 Deskjet 990C Deskjet 995 Deskjet 1220C amp 1125C Deskjet 3816 amp 3820 Deskjet 5550 amp 5551 Deskjet 6122 amp 6127 Deskjet 5600 amp 5100 amp 5800 Deskjet CP1160 amp CP1700 Deskjet 9300 amp 9600 Deskjet PhotoSmart PS100 amp PS130 amp PS230 amp PS140 amp PS240 amp 1000 amp 1100 Deskjet PhotoSsmart P2500 amp P2600 Deskjet PhotoSmart PS1115 amp PS1215 amp PS12818 amp PS1315 Deskjet PhotoSsmart PS7150 amp PS7350 amp PS7550 Deskjet PhotoSmart PS7960 amp PS7760 amp amp PS7660 amp PS7260 amp PS7268 Deskjet PSC 2100 amp 2150 amp 2200 amp 2300 amp 2400 amp 2500 amp 2170 Officejet 5100 amp 6100 amp 6150 amp 7100 amp 9100 Laserjet 1200 amp 2200 amp 4100 amp 4200 amp 4300 amp 2300 amp 1300 LaserJet 2500 amp 4550 amp 4600 amp 5500 Apollo P2100 amp P2150 219 7
96. USB C intern0 intern9 lt up gt 6000 223 7 ASB6tUpS TT mh LU gt lt Setups gt intern_e intern_l intern_z interr_ 3 interrn_d intern_s intern_6 intern_ 1 1 1388 1 281 138 1 81 1388 1 81 1388 1 1 1388 B11 1 1388 B1 1 1388 1 1 13988 intern_8 B1 1 1388 intern_9y 1 1 1398 Save to Prass to Mew File De Ed 5 Press to Save ww LEE USB 1 223 1 3 2 Entry USB 3 New File File Name Nenu ie re Save
97. 2 Source 178 6000 6000 A No Edgesj TClippedj TLow SignalJ lt valuej gt value 3 Clear Meas Quick Meas Frequency Peak Peak 4 Select Entry 5 Settings 6 Measure 7 Quick Meas Quick Meas O 179
98. 5 Frame by CS CS Timeout CS CS CS CS Timeout Frame by Timeout Timeout Entry Clock Frame by
99. NormalJ 1Auto Auto Run Stop Single 42 J 17 Waveform Acquire Normal Peak Detect Averaging 203 1 Realtime 206 Display 199 200 199 18
100. 1 2 Channel 1 Menu channel Menu DC 1M Ohm z 2 48 6000 6000 2 1 2 2 1 1 1 1 1 1 2 5 1 1 Vernier
101. 100 ns 10 s 6000 6000 4 CS CS Entry SPI cs cs CS CS Entry cs cs SPI Frame by Tigger Level D15 Thru D0 Thresholds 129 4 130 TV TV
102. FFT FFT 164 6000 6000 FFT 990 Hz FFT 100 kSa s Nyquist nle Rate 100kSa s Source Center More FFT ye sD 26 Aliasing 0 Nyquist FFT ee
103. 7 Timeout a Term Timeout b Timeout Entry 10 ns 10 Find Find Tigger Level D15 Thru D0 Thresholds 123 4 SPI SPI 4 32 Settings Settings Signals
104. 6000 6 Intensity 6000 201 6 37 100 Acoauirae Ment 38 40 202 6000 6 Agilent 6000 8 1 000 1 000
105. Autoscale Autoscale Undo Autoscale Autoscale Autoscale Autoscale 212 Save Recall Default Setup O 0 1 0 1 Probe Comp Probe Comp Save Recall Default Setup Autoscale 6000 79 3 Autoscale All 7 0 1 Autoscale MSO 80 6000
106. USB 2 Save Recall Save Recall 3 Recall Recall me es 4 Recall mh 5 Entry INTERN_n USB 6 Press to Recall 7 8 Display gt Clear Display 226 6000 7 USB
107. Utility Language Help Remain Help Close 6000 6000 1 Quick Help Quick Help Quick Help Quick Help Agilent 6000 Quick Help www agilent com find mso6000 Library Software amp Firmware Downloads Quick Help Utility Language Language 29 1 30 6000 Agilent 6000 we Se OO0e 2 se Agilent Technologies 31 2 32 Agilent 6000 Entry
108. Agilent 6000 www agilent com find mso6000 6000 Agilent 6000 2 16 MSO 4 16 MSO 2 DS0 4 DSO0 Agilent 6000 MS0 DS06012 MS0 DS06032 MSO0 DS06052 MSO0 DS06102 oe 6000 DS0 i 6000 MS0 DS06014 MS0 DS06034 MS0 DS06054 MS0 DS06104 100 MHz 2 GSa s MS06012A MS06014A DS06012A DS06014A 1 Mpts 300 MHz 2 GSa s MS06032A MS06034A DS06032A DS06034A 2 Mpts 2ML 2MH 2MH 500 MHz 1 GHz 4 GSa s 4 GSa s MSO06052A MS06102A MSO06054A MS06104A DS06052A DS06102A DS06054A DS06104A 8 Mpts 8ML 8MH 8MH MS0 MSO 6000 1 13 14 15 18 19
109. Form Feed Form Feed Grayscale Grayscale Grayscale CSV 6000 7 6000 USB USB Utility Print Config Print Config Print to BMP CSV Entry USB Quick Print 6 Quick Print Ca 1 USB drive0 drive54 Tdrive1J
110. ID ESD 9 8 div MSO DSO601xA 1 MQ 1 11 pF MS0 DS0603xA 605xA 610xA 1MQO 1 14 pF 500Q 1 5 AC DC 25 MHz DC gt 40 dB MS0 DS0601xA 10 1 10074C MS0 DS0603xA 605xA 610xA 10 1 10073C MS0 DS0601xA MS0 DS0603xA 605xA 610xA AutoProbe Agilent Tektronix 2 kV MS0 DS0601xA 3 2mV MS0 DS0603xA 3 3 mV MS0 DS0605xA 3 3 6 mV MS0 DS0610xA 3 4 mV lt 200 mV div 0 1 div 2 0 mV 0 5 gt 200 mV div 0 1 div 2 0 mV 0 5 DC DC 0 2 1 2 LSB 50 mV 10 mV div 80 mV 5 mV 2 0 80 mV 0 1 10 mV 2 0 mV 0 5 5 mV 0 2 80 mV 4 785mV MS06000A MS0 MS06000A
111. 4 6000 235 8 1 2 3 0 HI 20 dB
112. 45 1 Mode Coupling 2 Mode Normal Auto Normal Auto Normal Auto DC Run FIF0 Auto
113. Mode Source XY Entry X Y X1 and X2 Y1 and Y2 X1 X2 and Y1 Y2 Entry 226 J 171 J 6000 61 2 62 1 Quick Meas 2 Source
114. 500 3 Utility 0ptions gt Rear Panel Ref Signal 4 Entry Ref Signal 10 MHz TTL 10 MHz 6000 8 1 www agilent com tw 2 3 4 ee esinlogven eadars enet ee nd et THJ www agilent com tw 1 Be 3
115. 6000 51 2 52 10073C 10074C AutoProbe 10 1 Probe Entry 1 2 5 0 1 1 1000 1 ns Skew Skew Entry
116. Stage Trigger on Trigger Trigger on Trigger on Pattern 2 Entered AND J Pattern 2 Exited TINANDJ Edge 2 Pattern 2 and Edge 2 Nth Edge 2 2 Trigger 3 Trigger on Term Trigger 4 H L X a Channel Entry b LHX c 6000 6000 4 5 X a Channel
117. TNANDJ Edge 1 Pattern 1 and Edge 1 2 Find Find 3 Find Term Find 4 H L X a Channel Entry seqj b LHX H L X 6000 6000 4 Trigger Level
118. USB Trigger Level D15 Thru D0 Thresholds 4 Trigger USB SOP EOP EOP SE0 RC SE0 10 ms Suspend 3 ms Exit Sus 10 ms EOP SE0 SE0 6000 4 Trigger 0ut TRIG 0UT 8 100 MHz
119. 4 10 6000 19 1 2 RE RE 900 8120 1703 918 8120 4754 8120 0696 8120 6799 8120 1692 8120 6871 20 6000 1 6000 100 MHz 1 MQ 1 MOQ 50 0 50 0 Pomona 4119 50 BNC 300 MHz 500 MHz 1 GHz 500 10 50 0 50 0 1 BNC 2
120. lt gt Entry Timeout Entry AND P2C IC SDA SCD EEPROM 1 Trigger More Entry Trigger P2C Settings 2C 6000 4 Clock Data 12C 0 aa 9 rr 00s 20 At re 12v ne lt oer D Address
121. bitmap Agilent Technologies 215 7 216 BMP 24 bitmap CSV Si Utility Print Config Options Factors Factors print_nn txt CSV Invert Graticule Colors Invert Graticule Colors Form Feed Form Feed
122. i lt St Top Base 10 50 90 Average Delay Duty Cycle Fall Time Frequency Overshoot Period Phase Preshoot Rise Time RMS Width Width 1 Quick Meas Thresholds 2 Source 3 Type Top Base Absolute 5 95
123. 1 3 1 4 2 3 2 4 4 4 GSa s 1 2 3 2 GSa s fs 4 610x 500 MHz 610x 1 GHz Main Delayed Sample Rate 4 00GSa s TT 6000 207 208 Normal Peak Detect Realtime Averaging Realtime Realtime SEE
124. 0 LIN 008 2 Baud LIN LIN LIN 2400 b s 9600 b s 19 2 kbys 2400 b s 114 6000 6000 4 3 Trigger Sync LIN LIN Sync Break 4 Signal LIN Source LIN LIN Rx LIN Tx LIN 5 Source LIN Source Entry LIN
125. 139 140 USB 143 Trigger 0ut 145 5 147 148 XY 148 153 154 155 157 159 161 FFT 164 FFT 166 171 171 177 178 180 181 182 186 188 190 overshoot preshoot 192 6 195 196 197 Antialiasing 198 XGA 198 198 Infinite persistence 199 199 200 201 10 6000 6000 203 204 206 208 HF 209 LF 209 210 210 Autoscale 212 7
126. Averaging d dt Taverage slope estimate at 4 points 4 d Yi 2Yyir2 2Yi 2 yi 4 8At d y 1 2 1 2 1 2 1 2 i At Delayed d dt 1 Math d d Settings x Source d dt 1 2 1 2 1 2 Scale d dt V A W channel Probe Scale Entry d dt 6000 159 Offset dV dt V A
127. Pattern 1 or 2 Entered AND1 Pattern 1 or 2 Exited TNANDJ Edge 1 or 2 Pattern 1 and Edge 1 Timeout 2 Reset 3 Term Reset 4 No Reset 5 H L X a Channel Entry b L H X c 6000 6000 4 6 X a Channel Entry b X
128. BNC T BNC f to BNC f TRIG 0UT 2 5 2 6000 1 2 4 BNCT BNC f to BNC f T 1 2 3 TRIG 0UT 6 4 1 TRIG OUT BNC 40 BNC 2 Utility Service 3 Start User Cal 4 CALIBRATION PROTECTED 72 6000 2 Utility Service User
129. USB USB USB USB USB USB USB 1 USB 219 2 Print Config Utility Print Config 3 Print to 217 7 Driver Entry Generic PCL 3 4 Quick Print 5 Quick Print 218 6000 6000 7
130. 116 6000 6000 4 ee Sequence Stages First find Pattern 1 Entered Then trigger on Reset on De XXXX XXXX XXXX XXXX DB Ds XXXX XXXXK XXXX XXX D Di XR KKKXKX KKKXK XKKXK 0 SS AAS A A A SN Feo Dy SA E AAANAY AAA A KK XA D Pl 1 XxX 4 P2 1 XXXX 4 El1 1 XxXX 4 E2 1 XXX 4 N 1 TimeQut lO00ns equence Trigger Nlent 1 Find PlEnter Patrn 1 117 4 118 Find 1 Stage Find Find Stage Find Find Find Find Pattern 1 Entered TANDJ Pattern 1 Exited
131. Autoscale 213 6 214 6000 Agilent 6000 ea g O00e g E53 2 S ED Xo USB Print Config A NT dW TIN to Fress to go lt Uptions On mt Palette bt SF BMP 24 bi oor ED Ej CSV Length Utility Print Config Print to BMP 8
132. USB 224 6000 7 4 Entry Prass to go I Spe Enter De SS TO dr ivewy 5 I EE VE Entry Spell New file name J 5 Enter Enter 6 Enter A Delete Character 7 Press to Save USB SCOPBE1L TRC SCOPE1 SCP Recall 6000 225 7
133. 4 Line Field1 and Line Field2 1 2 1080i Line Alternate 1 2 NTSC PAL PAL M SECAM Vertical 70 us Generic Count Vertical Generic Line Entry 7 Generic Count Vertical Count Entry 133 4 134 6 HDTV EDTV Generic NTSC PAL PALM SECAM Generic 1 1 263 1 313 1 263 1 313 1 1024
134. Single 88 6000 6000 4 Normal Normal Normal FIF0 Run Stop Single Auto Normal
135. holdoff holdoff holdoff holdoff MegaZoom Stop holdoff 91 4 2 BNC Ext Tigger 4 BNC Ext Tig 248 92 6000 2 1 Trigger Mode Coupling tarTa Sy me nh Pp Prohe Hange lt Impad ne go 1Mohm 4
136. 1 2 Vernier 6000 6000 9 A sin060 Bb D 16 17 149 150 4 Cursors 5 Y2 Y1 AY Y X AX 0 00000V AYI21 168800V Mode Sn RD Mormal ye B48 0mV 18 6 Y1 Y2 YY 6000 AY AX OOOOOOW AVI21 1 03100Y Mode Source xX Y 2 sdbny Doanbmy YY 19 7 AY 8 AY 1031 6 _ 37 65 sing AY 1 688 XY
137. 100 MHz AutoProbe BNC 10073C 10074C 11 BNC BNC BNC 12 Label Label 63 13 File File Quick Print 221 14 Utility Utility 1 0 6000 2 15 45 Auto Normal 85 4 16 Run Stop Run Stop
138. 124 6000 4 Trigger More Entry Trigger SPI Settings SPI SPI SPI oO yer In Pi Tngg 1 Entry Bits 4 32 Data 6000 125 4 2 Entry Bit Entry Data 3 LHX Bit H X 2 3
139. 215 215 217 USB 217 219 221 222 USB 223 USB 224 226 227 8 229 MSO 229 229 0 230 231 10MHz 232 233 234 235 235 236 236 241 9 243 244 245 255 12 6000 Agilent 6000 e ee ee es OO 0e 1 see 9 2 Agilent Technologies 1 14
140. Standard TV 3 Mode All Fields Trigger Menu Source Nn UU Standard Mods Line vw NTSC Fields 13 TV Trigger 6000 139 4 1 1 3 2 2 4 1 Trigger More TV 2 Settings Standard TV od 3 Mode Field1 Field2 1 4 NTSC 1 3 Trigger Menu
141. Trigger Level D15 Thru D0 Thresholds 105 4 TANDJ 1 Trigger More Entry Trigger Duration Settings Duration Duration Trigger Menu 1 lt xx 4 Dc XXXX XXXX XXXX Xxxx D Channel H Xx lt Qualifier lt A 7 2 Channel HL X Channel Entry Pattern j Dur 2 4
142. Z XY 1 X 2 Y 4 2 2 Y X Z Z Z Z 1 4 V Y X Zz 1 4V 6000 151 20 90 21 152 6000 Math 1 2 ed 2 1 2 1 2 FFT 1 Math Math Y Settings
143. ee ee OOe 9 e009 e Agilent 6000 6000 Agilent Technologies 9 30 10 C 11 3dB MS0 DS0601xA DC 100 MHz MS0 DS0603xA DC 300 MHz MS0 DS0605xA DC 500 MHz MSO XDS0O610xA DC 1 GHz DC 2 0 1 DC 0 4 1 LSB 50 mV 10 mV div 80 mV 5 mV 2 0 80 mV 0 4 80 mV 1 92 mV MS06000A MSO MS06000A 100 mV 3 lt 10 mV div 1 div 5mV gt 10 mV div 0 6 div 100 mV 3 1 100 MHz 1 mV div 2 mV div 300 MHz 1 GHz 2 mV div 4 mV div
144. 1 Utility 0ptions Preferences Default Library 2 Default Library Save Recall Default Setup 6000 2 Quick Print USB USB Cancel Print Utility Print Config 215 Clock
145. 19 21 22 23 24 25 26 Quick Help 28 2 31 32 33 33 4 Agilent 6000 34 35 2 Agilent 6000 39 40 41 441 41 42 6000 43 45 Auto Normal 45 Autoscale 46 47 48 Horizontal 54 61 62 Label 63 67 67 68 69 70 70 74 3 75 75
146. gt t gt 10 ns Fr 10 ns te 10 ns gt lt t gt 10 ns t lt 15 ns el0ns _ 15 ns 1 ns 5 lt gt Entry 100 6000 6000 4 gt lt 2 ns 10 s 100 MHz 300 MHz 5 ns 10Ss gt lt 10 ns 10s 5 ns lt lt Entry gt lt Entry gt gt Entry gt lt
147. A2 div W div channel Probe Scale Entry 1 2 0ffset V A2 W Offset Entry 1 2 155 1 2 Settings Menu 200Y 200V x 1 2 1 2 Ky Scale Offset i 1 2 1 2 22 156 6000 6000 1 2 1 2 1 2 1 2 Channel 2 Invert 1 2 1
148. 6000 4 3 Trigger SOF CAN RTR 4 Signal CAN Source CAN H CAN_H CAN L CAN_L Rx CAN Tx CAN Differential CAN 5 Source CAN Signal Differential CAN Source Entry CAN CANj
149. USB 3 Save Recall 4 Entry USB 5 Press to Autosave QFILE_nn USB USB QFILE_nn nn 00 Utility File Explorer TRC SCcP 6000 7 USB 1 USB 2 Save Recall 3 Save Save 4 Entry USB drive0
150. Autoscale Autoscale Autoscale Undo Autoscale Autoscale Autoscale 1 2 Probe Comp Probe Comp Save Recall Default Setup Autoscale 10057 2 tt gt J 1287 4 1 2 Autoscale Autoscale 212 Autoscale 6000 2 Agilent 6000 100 MHz 10073C 10074C BNC
151. D15 Thru D0 Thresholds TTL CMOS ECL Ext Trigger Level 6000 4 Pulse Width Pulse Width More Duration 1 Trigger Pulse Width Pulse Width ss 0 9 9 Pulse Width Trigger Nlenu 1 Ww Vv 30 0ns 20 0ns 2 Source Entry
152. 23 5 D15 D0 75 3 6 48 35 2 36 7 Channel 0n 0ff Channel 0n 0ff 48 8 Math Math FFT 153 9 48 10 AutoProbe 100 MHz AutoProbe Probe 47
153. 66 LAN 230 216 LF 209 LF 209 64 229 LIN 114 227 221 226 84 209 M 54 1 2 155 1 2 157 159 FFT 164 153 161 188 155 154 154 157 154 36 190 226 38 182 40 6000 180 62 215 MegaZoom 4 43 229 190 I2C 110 87 MS0 4 MS0 229 155 N 65 209 210 209 90 203 171 37 45 89 216 Overshoot 193 Pp 45 196 241 25 106 102 SPI 125 102
154. 90 97 37 45 88 45 89 145 95 CAN 103 106 96 99 12C 108 LIN 114 102 99 115 96 SPI 124 TV 130 USB 143 6000 145 TTL 84 36 TV 130 U Autoscale 46 213 154 53 94 229 229 229 USB 35 USB 217 USB 230 USB 217 222 227 USB 35 222 USB 217 USB 143 70 84 36 V 32 200 19 49 55 49 49 18 201 188 6000 5 W 244 235 37 69 231 231 184
155. WV WV w w w Quick Help 28 Agilent 6000 MS0 MS0 DS0 6000 1 WV 6000 20 2 2 4 100 MHz 10074C 10073C
156. 227 7 OFILE_nn ScP QFILE nn TRC Save Recall LANGPACK JZP BIN JZP PRINT_nn xxx 5 USB Delete File USB 228 6000 Agilent 6000 8 MS0 MS0 16
157. Settings sa Source dt A ER hl Scale dt V A W channel Probe Scale Entry dt 6000 161 162 Offset Vdt V A W 0ffset Entry dt 6000 6000 1 0V dt ES Scal Dffset 1 0V dt dt Settings Menu dt Settings M n EE 10 0uVs 20 DuVs jdt dt 25 163 FFT FFT 1 2 1 2
158. Y 3 Delay Time 4e 196 Auto Normal 6000 Auto Run Normal Run Auto Normal Mode Coupling Mode Auto Normal 88 Normal Autoj 45 2 46
159. Digital Select D15 Thru D0 D Digital Select Digital Select Entry lt Digital Select Entry Entry 83 3 84 1 D15 Thru D0 2 Thresholds 3 D15 D8 D7 D0
160. 1141A InfiniiMax 200 MHz 1142A 1144A 800 MHz 1142A 1145A 750 MHz 2 1142A 1156A 1 5 GHz 01650 61607 54620 68701 16 16 16 2 x 8 MS0 1146A 100 kHz AC DC 10070C 1 1 10072A 10075A 0 5 mm IC 10076A 100 1 4 kV 250 MHz E2613B 0 5 mm Wedge 3 2 E2614A 0 5 mm Wedge 8 1 E2615B 0 65 mm Wedge 3 2 E2616A 0 65 mm Wedge 8 1 E2643A 0 5 mm Wedge 16 1 E2644A 0 65 mm Wedge 16 1 N2772A 20 MHz N2773A N2772A N2774A 50 MHz AC DC N2775A N2774A 17 1 18 1 Bo
161. 3 100700 10073C 4 10074C 4 10076A 4 Infiniium 25 1 26 AutoProbe AutoProbe 300 MHz 500 MHz 1 GHz 1 AutoProbe AutoProbe 50 0 Agilent 6000 100 MHz 1 M 0 Agilent 6000 100 MHz 50 0 Pomona 4119 50 4 300 MHz 500 MHz 1 GHz 1130A 1131A 1132A 1134A 1141A 1144A 1145A 1147A 1156A 1157A 1158A DI DD DNDN 6000 6000 1 Agil
162. 34 6000 6000 2 1 19 2 201 3 USB USB USB Quick Help USB J USB USB 215 7 4 4
163. 9 6 3 161 mm TFT LCD 100 000 XGA 768 1024 640 1000 256 8 x 10 overshoot preshoot RMS Y X Y X 5 1 GHz 10 MHz 8 10 50 90 X AX 1 AX
164. Averaging 2 Entry Avgsj Avgs 6000 6 ACOU a War enu Ve 39 scquire en 40 128 6000 205 206 Avgs 1 200 MSa s 1 MSa s 200 1 Acquire Averaging Entry Avgs 1 1
165. 2 V A d dt V s A s jdt Vs As FFT 1 2 3 4 1 MQ FFT dBV 500 FFT dBm FFT dB pd dB 6000 189 190 Amplitude Top Base Y Average Average Average X Average gt Xi Xi ith n Base Base
166. 50 kHz TV Trigger More TV HF 1 Mode Coupling 2 Noise Rej HF Reject Noise Rej HF ee 50 kHz HF Reject AM FM 6000 Holdoff 4 1 Mode Coupling 2 Entry Holdoff holdoff Holdoff
167. 10 ps 100 ns 200 ns Save Recall Default Setup 6000 6000 2 Units InfiniiMax 10073C 10074C Calibrate Probe InfiniiMax Calibrate Probe Probe Comp Probe Comp Calibrate Probe 53 2 Horizontal 1 Horizontal Main Delayed
168. 1M 0 AutoProbe InfiniiMax 1 BW Limit BW Limit 25 MHz BW Limit BW Limit BW 2 Invert Invert Math 3 Probe
169. 5 8 Quick Meas Select Counter Counter Math Y ys 100 ms 1 Counter 1 2 X 6000 8 1 10 MHz 10 MHz REF BNC 180 mv 1V 0V 2V 2 10 MHz REF BNC 15 V 3
170. Entry 1 segj b X 6 Trigger on Edge 2 Edge 2 a Trigger Nth Edge 2 b Term Count N c N Entry Find Count N Count N N 1 10 000 Trigger on don t carej Wo X 121 4 122 Reset on 1 Stage Reset on Reset on Stage Reset on Reset Reset on Reset on No Reset
171. Entry 101 4 TAND J H L X 1 Trigger Pattern l 2 Channel o H L X Channel Entry Pattern TPat 2 4 102 6000 4 Tigger Level D15 Thru D0 Thresholds
172. Utility 0ptions Rear Panel Ref Signal 4 Entry Ref Signal 10 MHz 0 8 0s EO 10 MHz Reference signal mode jy 10 MHz output 6000 233 234 10 MHz 0 5 soft unlock 10 MHz hard unlock 10 MHz 10 MHz 1 BNC 10 MHz REF BNC 2 BNC 10 MHz
173. 0vershoot 6000 193 194 6000 Agilent 6000 Agilent Technologies 195 196
174. 3 Probe Comp 4 Autoscale 5 Autoscale 23 6000 1 BNC Probe Comp gt DID 1 22 J 2 BNC BE comp odr 3 2 2 4 2 3 4
175. Y AY 1 2 1x2 FFT FFT 1 2 1 2 1 2 1x2 1000 1 2 3 4 MS0 DSO06xx4A 1 2 1 2 1 2 flattop hanning 50 90 dB 500 dBV dBm div 0 05 time div 50 time 251 9 eal 10 MHz Kensington 252 10 USB 1 1 BMP 8 BMP 24 CSV X Y USB 2 0 USB 1 1 10 100 BaseT LAN IEEE488 2 GPIB XGA 7 IEEE488 2 GPIB 500 kbytes sec USB USBTMC USB488 3 5 Mbytes sec 100 Mbps LAN TCP IP 1 Mbytes sec HP Deskjet Officejet Laserjet Laserjet
176. 1 2 2 1 1 ANNA NN 2 Quick Meas Select Delay Settings Delay 1 2 Measure Delay 6000 1 2 Pk PkI Y 3 9400W Fregil 814 00kHz Delavy l 432 4 355 00ns Source1 3 Source2 t Measure 1 We 2 ww Dela 33 Phase Phase 1 2 2 1 Settings _ X300 1 1 2 AN Setting
177. 35 94 95 93 93 94 F 74 183 FFT 164 FFT 167 227 215 36 229 Flat top 167 I2C 111 183 34 39 31 G 99 GPIB 230 76 77 33 41 41 49 H 18 Hanning 167 HDTV 130 172 HF 90 209 210 209 210 206 holdoff 91 37 37 Horizontal 54 time div 38 55 210 1 0 230 12C 108 Imped 50 95 236 172 42 199 210 50 95 22 94 161 35 41 51 6000 L 36 66 63
178. Agilent 6000 a e 9 2 Agilent Technologies 2005 54684 97023 2005 9 Agilent Technologies Inc 395 Page Mill Road Palo Alto CA 94303 USA www agilent com find mso6000 Agilent 6000 02 00
179. HP PCL 3 0 35 4 cm x18 8 cm x 28 2 cm 39 9 cm x18 8 cm x 28 2 cm 4 9 kgs 10 8 lbs 9 4 kgs 20 7 Ibs 2 kHz 5 V Triggers 17 ns 0 5V 0 2 5V 500 Source Frequency 1 Source Frequency 8 0 580 mV 0 290mV 500 350 MHz Source Frequency 50 0 125 MHz Source Frequency 8 500 TTL 180 mV 1V 0 2V 120 W 96 144 V 48 440 Hz 192 228 V 48 66 Hz 50 60 Hz 100 240 VAC 440 Hz 100 132 VAC 110 W 6000 9 10 C 55 C 51 C 71 C J WO 95 RH 40 C 24 90 RH 65 C 24 4 570 m 15 000 ft 15 244 m 50 000 ft Agilent B1 MIL PRF 28800FF 3 Agilent B1 MIL PRF 28800F 30 g 1 2 11 ms
180. 25 1 1 ms 8 Mpts 1 250 us 2 Mpts 1 125 ps 1 s 500 0 0015 0 1 20 ps 0 0015 0 1 40 ps WM MSO DSO605xA 10 hs 5 ys div 50 bs delta t 0 0015 10 ps 0 1 50 ps 20 ps 50 17 ns 0 005 0 1 1 1 ns 0 005 0 1 1 chan to chan 5 10 ps 5 ps div 50 hs delta t 0 005 10 bs 0 1 50 bus 1 ns 51 5 ns roll XY 1 MHz lt 0 5 Z Blanking 1 4V MS0 DS06xx2A MS0 DS06xx4A 4 MSO6xx2A Ch1 2 line ext D15 D0 DSO6xx2A h 1 2 line ext MSO6xx4A C
181. MS0 DS0605xA 610xA 250 ps 2 4 8 16 32 64 65536 avg 1 12 gt 10 ys div 4GSa s gt 20 ps div 2GSa s Sinx x BW 4 4 3 4 245 9 MS06000A MSO MS06000A pod 2 GSa sec pod 1 GSa sec AC 0 35 250 MHz pod 1 Mpts pod 500 kpts pod 312 kpts pod 156 kpts 2ML 2MH 8ML 8MH pod 2 Mpts pod 1 Mpts pod 8 Mpts pod 4 Mpts 2ML 2MH 2 5ML 8MH 1 pod 625 kpts pod 312 kpts pod 8 Mpts pod 1 25
182. 2 Quick Meas Math 3 Maximum X at Max FFT Maximum dB X at Max Hertz X at Mix X at Min X X X at Min 6000 6000 Pk PKIT Y 3 8400W Fregil 257 70kHz 1 Frer Fred Meas 9 185 FFT Phase Delay Delay Delay 1
183. 210 5 203 190 Period 183 42 Phase 187 49 148 19 35 19 64 Preset FFT 167 Preshoot 192 67 217 215 217 216 217 217 215 USB 217 219 autoprobe 36 53 52 93 35 47 53 94 26 21 23 75 25 75 100 99 257 5 0 100 Quick Help 28 Quick Meas 62 177 Quick Print 67 217 R 208 206 221 226 43 168 231 241 2C 110 235 235 184 RMS 191 59 37 Run Stop 42 S 5 207 54 203
184. 17 ns 0 5V 50 0Q 0 2 5V 2 TRIG 0UT BNC 0 580 mV 500 0 290 mV TRIG 0UT BNC 350 MHz 8 350 MHz 100 MHz Trigger 0ut User Cal 70 j 6000 145 4 146 6000 Agilent 6000 ee ee O00e 5 0 Agilent Technologies
185. 2 92 4 6000 39 2 40 Run Stop 000Hz Daw rr S000 Bmpll2 383 mV Selact heasurs Claar Settings Thresholds om Mor Re ee 3 0 2 6000 2
186. 24 USB 1 Utility 0ptions gt Clock 2 Year Month Day Hour Minute Entry 24 1 00 13 00 6000 67 2 gt KK 1 Utility 0ptions Preferences Screen Saver 2 Saver
187. 78 Autoscale 79 79 81 82 82 82 83 83 84 8 6000 6000 4 85 86 87 Mode Coupling 87 Normal Auto 88 90 HF 90 Holdoff 91 92 2 93 4 95 95 96 Pulse Width 99 102 CAN 103 106 12C 108 LIN 114 115 SPI 124 TV 130 135 135 137 138
188. Generic Line 2 1 262 314 625 264 525 314 625 1 1024 1 262 1 312 1 262 1 312 1 1024 Count Mode Line Field 1 Line Field 2 Count Vertical 1 2 O 7 EDTV HDTV EDTV 480p 60 HDTV 720p 60 HDTV 1080p 24 HDTV 1080p 25 HDTV 1080i 50 HDTV 1080i 60 1 525 1 750 1 1125 1 1125 1 1125 1 1125 6000 co 4 TV NTSC 6000 TV 1 2 TV Level
189. HDTV EDTV NTSC PAL PAL M SECAM Field 1 Field 2 field TV 0 5 holdoff A B C CAN 2 0A 2 0B LIN USB USB USB 2C 1C EEPROM 10 SPI
190. 1 26 5 EEPROM Data Read Data is z lt gt Data Ack Data is Data 6 7 10 a Address Entry 7 10 0x00 0x7F 7 0x3FF 10 112 6000
191. 184 FFT 167 X X Y 172 X 184 FFT X 181 182 X 184 XY 60 148 Y Y X 172 Z ed z 60 45 196 259 5 260 6000 www agilent com 2005 2005 9 2005 9 4684 97023 5 Agilent Technologies
192. 3 18 CATI 6000 CAT 1 IEC 61010 1 2001 EN 61010 1 2001 CSA C22 2 No 1010 1 1992 UL 61010B 1 2003 Low Voltage Directive 73 23 EEC EMC Directive 89 336 EEC CE HP Agilent 3 253 9 254 6000 5 Width 184 Width 184 1 2 155 1 2 157 A 73 AC 50 15 17 204 87 203 204 203 203 206 26 81
193. 182 50 CSV 61 171 Wi D D 83 d dt 159 15 DC 50 74 66 74 255 56 Delay 186 55 56 56 175 185 191 227 228 159 35 82 5 14 41 82 Autoscale 79 47 229 84 236 83 81 75 236 236 32 38 40 40 41 40 40 198 201 40 40 200 42 199 Quick Help 29 drive0 217 222 227 drive5 217 222 227 DSO 4 106 Duty cycle 183 256 E ECL 84 96 EEPROM 12C 110 Entry 32 33 entry 38 49 69 197 69 69
194. Utility 0ptions Features Show license information www agilent com find mso6000 www agilent com find mso6000 Library Software amp Firmware Downloads Utility Service About Oscilloscope Agilent Technologies 229 230 1 0 GPIB LAN USB 0 IP Utility 1 0 0 Configure 0 GPIB LAN USB LAN GPIB USB Agilent 6000 6000 8
195. Vernier Vernier Horizontal 1 2 5 O 4 Time Ref Y v Horizontal Y Main Horizontal 4r Y 0
196. 1 2 FFT FFT dBV FFT erg apt en dB FFT Re 2 4 3 4 ge 500 FFT dBm FFT dB dB DC FFT DC DC Aliasing FFT FFT
197. 227 221 223 224 Save Recall 221 68 SCL I2C 109 68 SDA 108 SDA 1I2C 109 32 32 258 73 115 2C 109 108 IP2C 109 70 46 79 74 15 235 7 43 Single 43 83 52 96 32 38 40 229 145 FFT 166 244 FFT 165 SPI 124 118 37 42 I2C 110 40 User Cal 72 37 42 I2C 110 157 55 33 TV 132 T 180 84 18 181 55 55 54 Top 191 90 92 HF Reject 90 holdoff 91 210 87 87
198. 4 0xXX 0xXXX 7 17 10 26 Data Entry 8 0x00 0xFF 0xXXX 7 17 10 26 6000 113 4 LIN LIN LIN LIN LIN Sync Break LIN J Checksum 1 Tigger More Entry Trigger LIN Settings LIN
199. 6000 4 USB USB USB D D S0P EOP RC Suspend Exit Sus USB D D SOP EOP SE0 1 Trigger More Entry Trigger USB Settings USB USB lt Trigger z Spaed SOF _ _ Fullspeed __ D D 2 Speed 1 5 Mb s 12 Mb s 3 D D USB D D D D 6000 143 4 144 D D Entry D D
200. Timeoutj gt lt lt gt lt gt Entry 5 lt gt Entry 6000 107 4 108 2C lt lt Entry gt lt Entry O Qt lt gt Entry gt gt Entry gt lt Entry
201. Top Top 2008 100 Auto 137 1TopfT 253 60mV 2 35 Top 191 overshoot preshoot Preshoot 0vershoot FFT Preshoot Preshoot X Rising edge preshoot a Amplitude local Maximum D Top Falling edge preshoot x100 Amplitude Preshoot local Maximum Preshoot local Minimum 192 6000 0vershoot Overshoot X local Maximum D Top Rising edge overshoot x100 Amplitude Falling edge overshoot EA Amplitude Overshoot local Minimum OQvershoot Overl1 69 00006 0 Source Measure Clear 1 Ow Over Meas 36
202. W Offset Entry d dt channel Probe Units 1 2 1 2 1 2 U 1 d dt Source Scale Offset 1 S00M V sA 500MMV7S d dt dy dt 24 160 6000 dt dt Trapezoidal RuleJ n Co At yy i 0 At y 1 2 1 2 1 2 1 2 Co i Delayed dt 1 Math dt
203. X Cursors X 169 FFT http cp literature agilent com litweb pdf 5952 8898E pdf 243 The Fundamentals of Signal Analysis Robert A Witte Spectrum and Network Measurements 4 170 6000 X Y Entry Cursors Cursors Quick Meas
204. 2 Imped 1M 50 100 MHz 1M 50 50 1M Units 6000 4 4 4 2 14 kQ 100 MHz 1 015 kQ 500 mV DC 500 MHz 100 MHz DC 100 MHz 15 V LU External Trigger 1
205. 2 Y XY XY XY XY 148 XY XY Z XY 1 X 2 Y 4 2 2 Y Xx Z Z Z Z 1 4 V Y X Z 1 4 V 6000 2 1 2 Cursors
206. Entry Probe 1 2 5 0 1 1 1000 1 AutoProbe AutoProbe 100 MHz 1 0 8 0 1 0 6000 93 4 94 2 CAT 1300 Vrms 400 Vpk 1 6 kVpk CAT ll 100 Vrms 400 Vpk 10073C 10074C 10 1 CAT 500 Vpk CAT 1 l 400 Vpk 2 50 Q 5 Vrms 50 Q 5 Vrms 50 0 50 0 300MHz 500 MHz 1 GHz
207. OO DOO gg mh 2 6000 1 BE 1 AC 100 240 VAC 20 2 2
208. A dt Vs As V A FFT 1 2 3 4 1 MO FFT dBV 500 FFT dBm FFT dB dB channel Probe Units 1 2 1 2 1 2 1 2 dy dt dt U 2 Scale 0ffset Entry 6000 6000 1 2 1 2 12 1 Math 1 2 Settings Scale V2 div
209. Apollo P2200 amp P2250 E Printer e20 Business InkJet 2200 amp 2230 amp 2250 amp 2280 amp 3000 amp 1100 amp 2300 Deskjet 600 Deskjet 640 amp 642 amp 644 Deskjet 660C Deskjet 670 amp 670TV amp 672TV amp 672C Deskjet 680C amp 682C Deskjet 690C amp 692C amp 693C amp 694C amp 695C amp 697C Deskjet 830C amp 832C Deskjet 840C amp 843 Deskjet 880 amp 882C Deskjet 895C Deskjet 930C Deskjet 950C amp 955 amp 957 Deskjet 975C 220 6000 7 Agilent 6000 USB USB
210. TV Trigger Source UU Standard Mode Ling a NTSC Field 14 1 3 140 6000 4 TV More Trigger TV Holdoff TV Holdoff Entry holdoff color burst TV Holdoff Entry holdoff holdoff Mode Coupling 6000 141 4 142 8 holdoff NTSC PAL PAL M SECAM Generic EDTV 480p 60 HDTV 720p 60 HDTV 1080p 24 HDTV 1080p 25 HDTV 1080i 50 HDTV 1080i 60 Vore og er Wa 8 35 ms 10 ms 10 ms 10 ms 8 35 ms 8 35 ms 8 35 ms 20 835 ms 20 ms 10 ms 8 35 ms TW Holdoff Tb 15 TV Holdoff 1 3 1
211. 2 GSa s 4 GSa s Avgs 1 lt 50 ns div lt 50 ns div 8 200 ns div 100 ns div 9 1 us div 500 ns div 10 5 us div 2 us div 11 gt 20 us div gt 10 us div 12 O 1 000 Stop Horizontal Vertical 6000 6 100 MHz 300 MHz 2 GSa s 1 GHz 500 MHz 4 GSa s 1 ee 3 4
212. 229 18 FFT 164 190 21 47 52 93 37 88 45 88 6000 62 177 ds 79 AutoProbe 36 51 93 222 Autoscale 46 79 autoscale 38 44 204 190 204 172 bitmap 215 SPI 125 60 151 35 C 53 CAN 103 FFT 166 48 51 50 51 49 53 52 49 49 36 245 32 236 199 210 67 CMOS 84 216 35 23 215 21 75 200 230 34 39 32 33
213. 5 Vrms 4 External Trigger SL Ext Trigger BNC MegaZoom MegaZoom Autoscale Horizontal Vertical Autoscale CAN 12C IC 6000 95 4 LIN SPI TV USB Run Stop Single
214. DS06032A 6052A 6102A 1 MQ 3 1 015 kQ 5 14 pF or 500 MSO DS06034A 6054A 6104A 2 14 kQ 5 CAT 300 Vrms 400 Vpk CAT I 100 Vrms 400 Vpk 15V 10073C 10 1 CAT 500 Vpk CAT 1 400 Vpk 5 Vrms 50 DC 1V 8V 5V 1V MSO0 DS06014A DC 100 MHz 100 mV DC 100 MHz 500 mV MSO0 DS06032A 6052A 6102A gt 100 MHz 200 mV 8V MSO DS06034A 6054A DC 100 MHz 250 mV 6104A DC 500 MHz 500 mV MSO DS06032A 6052A 6102A gt 100 MHz 500 mV AC 3 5 Hz DC HF LF 50 kHz 1D MS0 DS0601xA MSO0 DS0603xA 605xA 610xA AutoProbe Agilent Tektronix 250 6000 Display AAA FFT FFT Amplitude 6000
215. Mpts 2 ns MSO DSO6xx2A MSO DSO6xx4A MSO DSO601xA MSO DSO603xA MSO DSO605xA MSO DSO610xA MSO DSO601xA MSO DS0603xA MSO DS0605xA MSO DSO0610xA MSO DSO601xA MSO DS0603xA MSO DS0605xA MSO DSO0610xA MSO DSO601xA Ch 1 2 Ch 1 2 3 4 3 5 Hz 100 MHz 3 5 Hz 300 MHz 3 5 Hz 500 MHz 3 5 Hz 1 GHz 3 5 nsec 1 17 nsec 700 psec 350 psec 100 MHz 300 MHz 500 MHz 1 GHz 1mVv div 5V Xdiv 1 MO MSO XDS0603xA MS0 DS0605xA 2mV div 5V div 1 MQ 500 MSO0 DS0610xA 2 mV div 5V div 1 MQ 2 mV div 1V div 50 0 CAT 300 Vrms 400 Vpk 1 6 kVpk CAT ll 100 Vrms 400 Vpk 10073C 10 1 CAT 1500 Vpk CAT 11 400 Vpk lt 10 mV div 5V 10 mV div 200 mV div 20V gt 200 mVvdiv t75V 1 100 MHz 1 mV div 2 mV div 32 mV 2 mV div 16 mV 1 mV div 246 300 MHz 1 GHz 2 mV div 4 mV div 6000 _ BW
216. Start OS 0xxX SCLClock SDA Data 2 SCL SCL SCL Entry SCL I2C Tigger Level D15 Thru D0 Thresholds 3 SDA SDA SDA Entry SDA ICJ I 6000 109 4 110 Trigger Level D15 Thru D0 Thresholds
217. Y 4 Quick Meas Source Math FFT dB X at Max Probe Comp 1 2 kHz 1 FFT 5 ms div 500 mV div Units div 10 dBV 34 0 dBV 5 00 kHz 10 0 kHz Hanning Xathlaxi M 1 1900kHz in Jy 1 of 2 FFT Sample Rate 20 0kSaxs FF vettinNgs Wen il or 2 SoUrce Span 27 FFT 6000 6000 FFT FFT 1 000 FFT
218. e 199 o 6000 6000 2 Run Single a Single
219. ent 6000 100 MHz 50 0 Pomona 4119 50 5 Agilent 6000 4 Agilent 1144A 1142A Agilent 1145A 1142A Agilent N2772A N2773A En Agilent N2774A N2773A Agilent 1141A 1142A gt 27 Quick Help Quick Help Quick Help 1 2C lnter lC bius trigyer setup Consists Of connectind the Gstilloscope to the serial data SDA line and the serial Clock SCLI line You can then trigger on a stop start condition a restart a Missind EK eel an EEPROM data read or on a read write frame with a specifie device address an 9ta Walue The Picture below shows a typical SC signal pair DN all HY DA 7 I ht Start Address Fw a Stop Condition ond on 2 Quick Help a
220. h1 2 3 4 line ext D15 D0 DSO6xx4A Ch1 2 3 4 line ext 60 ns 10 15 ps rms 6000 XH TV CAN LIN USB 2C SPI Autoscale 6000 9 TV CAN LIN USB P2C SPI 2 nsec pod 0 7 8 15 going 5 ns MS0 DS0601xA 603xA 2 ns MSO DS0605xA 610xA 2 ns MS06000A MSO DS06000A 10 s
221. s 1 2 Phase 1 2 6000 187 1 d dt 8 0000 Phasell 2A 8 Source AS Select Measure Clear Settings Thresholds 1 Phase Phase Meas 34 channel Probe Units channel Probe Units 1 2 1 2 1 2 1 2 dy dt FFT X at Min X at Max FFT X at Max X at Min FFT 188 6000 FFT dB 1 2 V2 A W
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