Owon TDS8304 [21/83] Introduction to the horizontal system
![Owon TDS8304 [21/83] Introduction to the horizontal system](/views2/1472747/page21/bg15.png)
4.Junior User Guidebook
through touchscreen" on P18.
Introduction to the Horizontal System
Shown as Figure 4-11, there are a button and two knobs in the "HORIZONTAL
CONTROLS". The following practices will gradually direct you to be familiar with
the setting of horizontal time base.
Figure 4-11 Horizontal Control Zone
1. Use the horizontal "SEC/DIV" knob to change the horizontal time base setting
and observe the consequent status information change. Rotate the horizontal
"SEC/DIV" knob to change the horizontal time base, and it can be found that the
"Horizontal Time Base" display in the status bar changes accordingly.
2. Use the "HORIZONTAL POSITION" knob to adjust the horizontal position of
the signal in the waveform window. The "HORIZONTAL POSITION" knob is
used to control the triggering displacement of the signal or for other special
applications. If it is applied to triggering the displacement, it can be observed that
the waveform moves horizontally with the knob when you rotate the
"HORIZONTAL POSITION" knob.
Triggering displacement back to 0 shortcut key
Turn the HORIZONTAL POSITION knob to change the horizontal position of
channel and press the HORIZONTAL POSITION knob to set the triggering
displacement
back to 0 as a shortcut key.
3. With the "Horiz" button, you can do the Window Setting and the Window
Expansion.
Introduction to the Trigger System
As shown in Figure 4-12, there are one knob and three buttons make up "TRIGGER
CONTROLS". The following practices will direct you to be familiar with the setting
of the trigger system gradually.
16
Содержание
- Tds series 1
- Touchscreen digital storage oscilloscope 1
- User manual 1
- Headquarter 2
- Xiamen office 2
- General warranty 3
- Advanced user guidebook 23 4
- General characteristics 4 4
- General safety requirements 1 4
- How to implement self calibration 14 4
- How to implement the function inspection 11 4
- How to implement the general inspection 10 4
- How to implement the probe compensation 12 4
- How to operate the function menu 36 4
- How to set the horizontal system 30 4
- How to set the probe attenuation coefficient 13 4
- How to set the trigger system 32 4
- How to set the vertical system 24 4
- How to use the probe safely 14 4
- Introduction to the horizontal system 16 4
- Introduction to the structure of the oscilloscope 6 4
- Introduction to the touchscreen controls 17 4
- Introduction to the trigger system 16 4
- Introduction to the vertical system 14 4
- Junior user guidebook 5 4
- Safety terms and symbols 2 4
- Table of contents 4
- Use mathematical manipulation function 26 4
- Use vertical position and volts div knobs 30 4
- User interface introduction 9 4
- Appendix 78 5
- Appendix a enclosure 78 5
- Appendix b general care and cleaning 78 5
- Communication with pc 59 5
- Demonstration 64 5
- Example 1 measurement a simple signal 64 5
- Example 2 gain of an amplifier in a metering circuit 65 5
- Example 3 capturing a single signal 66 5
- Example 4 analyze the details of a signal 68 5
- Example 5 application of x y function 69 5
- Example 6 video signal trigger 71 5
- General technical specifications 77 5
- Technical specifications 73 5
- Troubleshooting 72 5
- Using lan port 60 5
- Using usb port 59 5
- General safety requirements 6
- Safety symbols 7
- Safety terms 7
- Safety terms and symbols 7
- Warnin 8
- Warning 8
- General characteristics 9
- Junior user guidebook 10
- Front panel 11
- Introduction to the structure of the oscilloscope 11
- Rear panel 12
- Control key and knob area 13
- User interface introduction 14
- How to implement the general inspection 15
- How to implement the function inspection 16
- How to implement the probe compensation 17
- How to set the probe attenuation coefficient 18
- How to implement self calibration 19
- How to use the probe safely 19
- Introduction to the vertical system 19
- Introduction to the horizontal system 21
- Introduction to the trigger system 21
- Introduction to the touchscreen controls 22
- Set the vertical system through touchscreen 23
- Set the horizontal system through touchscreen 24
- Zoom the waveform through touchscreen 24
- Operate the menu through touchscreen or buttons knob 26
- Other operations using touchscreen 26
- Junior user guidebook 27
- Set the system time touch the time in the top right corner of the screen to display the 27
- Time setting window 27
- Window to display the cursor measure menu in the bottom menu 27
- Advanced user guidebook 28
- How to set the vertical system 29
- To turn waveforms on or off channel math 29
- Use mathematical manipulation function 31
- Using fft function 32
- How to set the horizontal system 35
- Use vertical position and volts div knobs 35
- Zoom the waveform 36
- Edge trigger 37
- How to set the trigger system 37
- Trigger control 37
- Pulse width trigger 38
- Video trigger 38
- Slope trigger 39
- How to implement sampling setup 41
- How to operate the function menu 41
- How to set the display system 43
- Persist 44
- Xy mode 44
- Cymometer 45
- How to save and recall 45
- To save the current screen image 46
- To save waveform data to reference waveform storage 46
- To display remove reference waveforms 47
- To recall waveform data in storage 47
- To save setup files 47
- To edit file names 48
- To recall setup files 48
- To select the path or file in file explorer 48
- To manage file 49
- To save with copy button push 49
- Config 50
- Display 50
- How to implement the auxiliary system function setting 50
- Calibrate 51
- Pass fail 51
- Sync output 53
- System 53
- How to measure automatically 54
- Measure 54
- The automatic measurement of voltage parameters 55
- The automatic measurement of time parameters 56
- How to measure with cursors 57
- The cursor measurement for normal mode 57
- The cursor measurement for fft mode 59
- How to use autoscale 61
- Autoset 62
- How to use executive buttons 62
- Run stop 63
- Single 63
- Communication with pc 64
- Using usb port 64
- Connect directly 65
- Using lan port 65
- Connect through a router 66
- Demonstration 69
- Example 1 measurement a simple signal 69
- Example 2 gain of an amplifier in a metering circuit 70
- Example 3 capturing a single signal 71
- Example 4 analyze the details of a signal 73
- Example 5 application of x y function 74
- Example 6 video signal trigger 76
- Troubleshooting 77
- Technical specifications 78
- General technical specifications 82
- Appendix 83
- Appendix a enclosure 83
- Appendix b general care and cleaning 83
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