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150 5000 Series Oscilloscope User’s Guide
4 Making Measurements
To use the XY horizontal mode
The XY horizontal mode converts the oscilloscope from a
volts-versus-time display to a volts-versus-volts display using
two input channels. Channel 1 is the X-axis input, channel 2 is
the Y-axis input. You can use various transducers so the display
could show strain versus displacement, flow versus pressure,
volts versus current, or voltage versus frequency. This exercise
shows a common use of the XY display mode by measuring the
phase difference between two signals of the same frequency
with the Lissajous method.
1 Connect a sine wave signal to channel 1, and a sine wave
signal of the same frequency but out of phase to channel 2.
2 Press the AutoScale key, press the Menu/Zoom key, then press
the XY softkey.
3 Center the signal on the display with the channel 1 and 2
position ( ) knobs. Use the channel 1 and 2 volts/div knobs
and the channel 1 and 2 Vernier softkeys to expand the signal
for convenient viewing.
The phase difference angle (θ) can be calculated using the
following formula (assuming the amplitude is the same on
both channels):
θsin
A
B
---
or
C
D
----
=
- Agilent InfiniiVision 1
- 5000 Series 1
- Oscilloscopes 1
- In This User’s Guide… 3
- Contents 10
- Getting Started 15
- To inspect package contents 16
- InfiniiVision 5000 Series 17
- Oscilloscope 17
- 1Getting Started 18
- Table 2 Accessories available 18
- To adjust the handle 20
- To power-on the oscilloscope 22
- Getting Started 1 23
- Table 3 Power Cords 23
- The remote interface 24
- To establish a LAN connection 25
- To use the Web interface 28
- Identify Function 31
- Setting a password 32
- Perfectly compensated 38
- Over compensated 38
- Under compensated 38
- To calibrate the probes 39
- Passive Probes Supported 39
- Active Probes Supported 40
- Using Quick Help 41
- Quick Help Languages 42
- Quick Help Updates 42
- Front-Panel Controls 43
- Conventions 45
- Front Panel Controls 47
- (differences only) 51
- Interpreting the display 52
- Front-Panel Operation 53
- To make a single acquisition 55
- To pan and zoom 56
- Using AutoScale 57
- Example exercise 57
- Passive Probes 58
- Active Probes 59
- Using the channels 60
- Turning channels off 61
- Measurement Hints 62
- Main mode 65
- Zoom mode 67
- Roll mode 70
- To make cursor measurements 72
- Using Labels 74
- To define a new label 75
- To print the display 78
- To set the clock 78
- Year set Month set Return to 79
- Day set Hour set Minute set 79
- To set up the screen saver 80
- To perform service functions 82
- User Calibration 82
- To perform User Cal 83
- User Cal Status 84
- Self Test 86
- About Oscilloscope 87
- Triggering the Oscilloscope 89
- Triggering Features 90
- Auto mode 92
- Normal mode 93
- To select trigger Coupling 94
- To se t Ho l dof f 95
- The External Trigger input 97
- Trigger Types 100
- To use Edge triggering 101
- Trigger level adjustment 102
- To use Pulse Width triggering 103
- To use Pattern triggering 106
- To use CAN triggering 108
- To use I 112
- C triggering 112
- To use LIN triggering 118
- To use SPI triggering 121
- 3 Triggering the Oscilloscope 122
- To use Duration triggering 127
- To use TV triggering 130
- Example exercises 134
- Alternate Triggering 135
- To trigger on all sync pulses 136
- Triggering the Oscilloscope 3 141
- To use UART/RS232 triggering 142
- The Trigger Out connector 147
- Making Measurements 149
- To use the XY horizontal mode 150
- Signal must 151
- 4 Making Measurements 154
- Math Functions 155
- Math scale and offset 156
- Multiply 157
- Figure 20 Multiply 158
- Subtract 159
- Figure 21 Subtract 160
- Differentiate 161
- Integrate 163
- Channel 1 164
- FFT Measurement 165
- True frequency component 166
- Aliased frequency component 166
- FFT Operation 167
- softkey, then turn 168
- FFT Scale FFT Offset 168
- FFT Measurement Hints 170
- Square Root 172
- Making Measurements 4 173
- Figure 26 Square Root 173
- Cursor Measurements 174
- Cursor Examples 178
- Automatic Measurements 181
- Preshoot and Overshoot 182
- To set measurement thresholds 184
- Time Measurements 186
- Duty Cycle 187
- Frequency 187
- Fall Time 188
- Rise Time 189
- X at Max 189
- Delay and Phase Measurements 190
- Source 1 191
- Source 2 191
- Voltage Measurements 193
- Std Deviation 195
- Preshoot 198
- Overshoot 199
- Displaying Data 201
- Pan and Zoom 202
- Antialiasing 204
- Using the XGA video output 204
- Display Settings 205
- Grid intensity 206
- Vectors (connect the dots) 206
- Using Vectors (Display menu) 207
- Acquisition Modes 209
- Normal Mode 210
- Peak Detect Mode 210
- High Resolution Mode 210
- Averaging Mode 211
- To use the Averaging mode 212
- Displaying Data 5 213
- Realtime Sampling Option 214
- Using Serial Decode 216
- To decode I 217
- Interpreting Decoded I 219
- To decode SPI data 221
- Interpreting Decoded SPI Data 224
- To decode CAN data 226
- Sample Point 228
- Interpreting Decoded CAN Data 229
- CAN Totalizer 231
- 5 Displaying Data 232
- To decode LIN data 233
- 3 Specify the LIN signal: 234
- Interpreting Decoded LIN Data 237
- To decode UART/RS232 data 239
- UART/RS232 Totalizer 245
- HF Reject 246
- LF Reject 247
- Noise rejection 247
- ∞ Persist (infinite 250
- ∞ Persist is 250
- How AutoScale Works 251
- Saving and Printing Data 253
- Print options 254
- Selecting print options 255
- Supported Printers 256
- Saving and Printing Data 6 257
- Saving oscilloscope data 258
- Selecting a file name 260
- Choosing save settings 263
- Length Control 264
- File explorer 266
- To use the file explorer 268
- 6 Saving and Printing Data 270
- Reference 271
- Software and firmware updates 272
- To set up the I/O port 273
- To return the instrument 274
- To clean the oscilloscope 274
- Binary Data (.bin) 275
- Waveform Header 276
- Waveform Data Header 279
- Examples of Binary Files 280
- 7 Reference 282
- Agilent Technologies 283
- Power Requirements 284
- Measurement Category 285
- Environmental Conditions 287
- Specifications 288
- Acknowledgements 288
- Contact us 289
- Numerics 291
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