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RIGOL Chapter 1 Quick Start
1-8 MSO1000Z/DS1000Z User’s Guide
Probe Compensation
When the probes are used for the first time, you should compensate the probes to
make them match the input channels of the oscilloscope. Non-compensated or
poorly compensated probes may cause measurement inaccuracy or error. The probe
compensation procedures are as follows.
1. Perform steps 1, 2, 3 and 4 of "Function Inspection".
2. Check the displayed waveforms and compare them with the following figures.
Figure 1-9 Probe Compensation
3. Use a nonmetallic driver to adjust the low-frequency compensation adjustment
hole on the probe until the displayed waveform is as the "Perfectly
compensated" in the figure above.
Over compensated Perfectly compensated Under compensated
- User’s Guide 1
- MSO1000Z/DS1000Z Series 1
- Digital Oscilloscope 1
- Guaranty and Declaration 3
- Safety Requirement 4
- Safety Terms and Symbols 6
- Measurement Category 10
- Ventilation Requirement 11
- Working Environment 12
- RIGOL 13
- General Care and Cleaning 14
- Environmental Considerations 14
- RIGOL 16
- Document Overview 17
- Manuals of this Product: 19
- Contents 20
- Contents RIGOL 21
- RIGOL Contents 22
- Chapter 1 Quick Start 27
- General Inspection 28
- Appearance and Dimensions 29
- To Connect to Power Supply 30
- Power-on Inspection 31
- To Connect the Probe 31
- RPL1116 Logic Probe User’s 32
- Function Inspection 33
- Probe Compensation 34
- Overview 35
- Rear Panel Overview 36
- VERTICAL 38
- Logic Analyzer 39
- Signal Source 39
- HORIZONTAL 40
- TRIGGER 41
- RUN/STOP 42
- Multifunction Knob 42
- Function Menus 43
- User Interface 45
- Parameter Setting Method 50
- To Use the Security Lock 51
- To Enable the Analog Channel 54
- Channel Coupling 54
- Bandwidth Limit 55
- Probe Ratio 55
- Waveform Invert 56
- Vertical Scale 56
- Amplitude Unit 57
- Channel Label 57
- Delayed Sweep 62
- Time Base Mode 63
- Roll Mode 65
- Acquisition Mode 68
- High Resolution 69
- Sin(x)/x 70
- Sample Rate 70
- MDepth SRate TScale HDivs=×× 72
- Antialiasing 73
- Trigger Source 76
- Trigger Mode 77
- Trigger Coupling 78
- Trigger Holdoff 79
- Noise Rejection 79
- Trigger Type 80
- Edge Trigger 81
- Pulse Trigger 82
- Slope Trigger 84
- UpLevel - LowLevel 85
- SlewRate = 85
- Video Trigger 87
- Pattern Trigger 89
- Duration Trigger 91
- Time Out 93
- Time Out< T 93
- Runt Trigger (Option) 95
- Window Trigger (Option) 97
- Source A 99
- Source B 99
- Trigger Level" 101
- Setup/Hold Trigger (Option) 102
- P<Idle Time<M 104
- Edge Type= 104
- Edge Num=2 104
- RS232 Trigger (Option) 106
- I2C Trigger (Option) 108
- SPI Trigger (Option) 111
- Trigger Output Connector 113
- Math Operation 116
- Subtraction 117
- Multiplication 118
- Division 118
- "AND" Operation 124
- "OR" Operation 125
- "XOR" Operation 126
- "NOT" Operation 127
- Lg (Use 10 as the Base) 131
- Fx Operation 134
- Math Operation Label 135
- Auto Measurement 136
- Time Parameters 138
- Source 1 139
- Average = 140
- Other Parameters 141
- Measurement Setting 142
- To Clear the Measurement 143
- All Measurement 145
- Statistic Function 145
- Measurement History 146
- Cursor Measurement 147
- Track Mode 151
- Auto Mode 153
- XY Mode 154
- Chapter 7 Digital Channel 157
- Group Set 159
- Reorder Setting 160
- Auto View 160
- To Set the Threshold 160
- To Set the Label 161
- Probe Calibration 161
- Chapter 8 Protocol Decoding 163
- Parallel Decoding 164
- Threshold 165
- RS232 Decoding (Option) 169
- The stop bit is less than 1 172
- I2C Decoding (Option) 174
- Address ID 176
- SPI Decoding (Option) 177
- To Enable REF Function 182
- To Select REF Source 182
- To Save to Internal Memory 182
- To Set the Color 183
- Chapter 10 Pass/Fail Test 185
- To Enable Pass/Fail Test 186
- To Select Source 186
- Mask Range 186
- Test and Output 187
- To Save the Test Mask 188
- To Load the Test Mask 188
- Chapter 11 Waveform Record 189
- Common Settings 190
- Playback Option 191
- Record Option 192
- Chapter 12 Display Control 193
- To Select the Display Type 194
- To Set the Persistence Time 194
- To Set the Screen Grid 195
- To Set the Grid Brightness 195
- Chapter 13 Signal Source 197
- To Output Basic Waveform 198
- To Output Square 199
- To Output Ramp 200
- To Output Pulse 201
- To Output DC 201
- To Output Built-in Waveform 202
- To Output Arbitrary Waveform 206
- To Select Waveform 207
- To Create Waveform 208
- To Edit Waveform 210
- Modulation 211
- Modulating Waveform 212
- Carrier Waveform 212
- Modulated Waveform 212
- Chapter 14 Store and Recall 215
- Storage System 216
- Storage Type 216
- Internal Storage and Recall 218
- External Storage and Recall 219
- Disk Management 220
- English Input Method 222
- Chinese Input Method 223
- To Delete a File or Folder 224
- To Rename a File or Folder 224
- To Clear the Local Memory 224
- Factory 225
- LAN Configuration 235
- Set the Gate 237
- Set the Domain Name Server 237
- USB Device 238
- GPIB Address 238
- System-related 239
- Power-off Recall 240
- Self-calibration 240
- Print Setting 241
- Aux Output 243
- Option Management 244
- Auto Options 245
- Key Lock 245
- Chapter 16 Remote Control 247
- Remote Control via USB 248
- Remote Control via LAN 252
- Remote Control via GPIB 253
- Chapter 17 Troubleshooting 255
- Chapter 18 Specifications 257
- Horizontal 258
- Vertical 258
- Oscilloscopes) 259
- Trigger 259
- Measure 262
- General Specifications 265
- Chapter 19 Appendix 267
- Appendix B: Warranty 268
- Index RIGOL 269
- RIGOL Index 270
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