Agilent Technologies N6705 Guia do Utilizador Página 141
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Agilent N6705A DC Power Analyzer
User’s Guide
A 141
Appendix D
Output On/Off Synchronization
Output Coupling...............................................................................................142
Coupling Multiple Mainframes .....................................................................143
Normally, all outputs in an Agilent N6705A mainframe are included
in an output on/off delay sequence. Additionally, a delay offset is
automatically calculated and applied by the firmware to synchronize
the output turn-on delays.
Output on/off synchronization lets you manually select specific
outputs to be synchronized as well as specify the delay offset, which
serves as a reference for the user-programmed turn-on delays.
This makes it possible have some outputs excluded from an output
on/off delay sequence and be available for other purposes. It also
makes it possible to connect multiple Agilent N6705A mainframes
together and program accurate turn-on delay sequences across
multiple mainframes. Manually specifying a delay offset lets you
configure shorter or longer offset delays than the delay offset that is
automatically applied by the firmware.
NOTE
There is no need to specify a delay offset when outputs turn off. Outputs start
executing their turn-off delays as soon as an output Off command is received.
- A 1
- Legal Notices 2
- Safety Notices 3
- DECLARATION OF CONFORMITY 4
- In this Book 5
- Contents 6
- Model N6705A User’s Guide 7 7
- Model N6705A User’s Guide 9 9
- A 11 11
- Source Features 12
- Measurement Features 13
- System Features 13
- Power Module Features 14
- The Rear Panel – At a Glance 16
- Meter View 17
- Scope View 18
- Data Logger 19
- Front Panel Menu Reference 20
- Instrument Settings 21
- Power On Settings 22
- A 23 23
- Inspecting the Unit 24
- Installing the Unit 25
- Power Module Location 26
- Bench Installation 26
- Rack Installation 26
- Cleaning 26
- Connecting the Line Cord 27
- Connecting the Outputs 27
- 4-Wire Sense Connections 28
- Connecting the Digital Port 29
- GPIB Cable 30
- USB Cable 31
- LAN Interface 32
- Connecting to a Private LAN 33
- Connecting to the Web Server 34
- Connecting Using Telnet 35
- Connecting Using Sockets 35
- Power supply function 37
- Scope measurement function 37
- Data logging function 37
- File functions 37
- Turning the Unit On 38
- Using the Power Supply 38
- Enable the Output 39
- Set Additional Properties 39
- Set the Protection Functions 40
- Output Grouping 42
- Output Ratings 43
- Power Limit 43
- Turn-on Preference 44
- Common Properties 46
- Step Properties 46
- Ramp Properties 47
- Staircase Properties 47
- Sine Properties 48
- Pulse Properties 48
- Trapezoid Properties 49
- Exponential Properties 49
- User-Defined Properties 50
- Trigger the Arb 53
- bring the trace 56
- Marker View 57
- will indicate 58
- Scope Properties 59
- Markers 60
- Data Logger View 61
- Data Logger Properties 65
- Trigger 66
- Filename 67
- Data Logger Sampling Modes 68
- Standard (interleaved) 69
- Using the File Functions 71
- Load Function 72
- Export Function 72
- Import Function 73
- Screen Capture 73
- Show Details 74
- Delete Function 74
- Rename Function 75
- Copy Function 75
- New Folder 76
- Reset/Recall/Power-On State 76
- Using the System Utilities 79
- Error Reporting 80
- Configuring the Interfaces 81
- GBIB/USB Settings 83
- Configuring User Preferences 84
- Front Panel Lockout 85
- Clock Setup 85
- Administrator Login/Logout 86
- Instrument Calibration 86
- Disk Management 88
- Updating the Firmware 88
- Installing Options 89
- Changing the Password 90
- Configuring the Digital Port 91
- Digital In 92
- Fault Out 92
- Inhibit In 92
- Trigger In 94
- Trigger Out 95
- Output Couple Controls 95
- A 97 97
- Operating Modes 98
- Current Sinking 99
- Autoranging Boundary 99
- Wire Size 100
- Multiple Loads 101
- 4-Wire Sense Considerations 101
- Open Sense Leads 102
- Output Noise Considerations 102
- Parallel Connections 103
- Series Connections 104
- Effect on Specifications 105
- Setting the Outputs 105
- Measurement Considerations 107
- Measurement System Bandwidth 108
- Averaged Measurements 109
- A 111 111
- Performance Specifications 112
- Supplemental Characteristics 113
- Autoranging Characteristic 115
- Output Impedance Graphs 115
- Appendix A Specifications 116
- Outline Diagram 125
- A 127 127
- Error List 128
- Error Messages Appendix B 129
- Appendix B Error Messages 130
- Command Errors (continued) 130
- A 133 133
- SCPI Command Summary 134
- :DELay 135
- Appendix C SCPI Commands 136
- SCPI Command Description 136
- SCPI Commands Appendix C 137
- Common Commands 139
- A 141 141
- Output Coupling 142
- Coupling Multiple Mainframes 143
- Operation 144
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