Agilent Technologies 16440A Guia do Utilizador Página 31
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Agilent 4155C/4156C User’s Guide Vol.2, Edition 6 1-13
Sweep Measurements
Measurement Functions
NOTE Pulse width
If the measurement settings do not meet the following conditions, pulse width
setting of SMU may be insufficient to make measurement. If so, the pulse width is
automatically changed to be appropriate.
Number of Meas. Channels: 1
Integration Time: Short
Ranging Mode: Fixed
- Agilent 4155C 1
- Agilent 4156C 1
- Manual Part Number 2
- Warranty 2
- Technol o gy Licenses 2
- Restricted Rights Legend 2
- Safety Summary 5
- Safety Symbols 7
- In This Manual 8
- Contents 10
- 1 Sweep Measurements 19
- Basic Sweep Measurement 22
- Pulse Sweep Measurement 29
- VNAME and INAME 35
- To Set up Primary Sweep 36
- To Set up Secondary Sweep 37
- To Set up Synchronous Sweep 38
- To Set up SMU Pulsed Output 40
- Pulse Parameters 41
- 16442A/B 49
- Kelvin Triaxial Cables 49
- Coaxial Cables 49
- Interlock/LED Cable 49
- Triaxial Cables 50
- Sweep Measurements 54
- Figure 1-8 Sweep Setup Screen 58
- 2 Knob Sweep Measurements 63
- KNOB SWEEP screen 70
- To Use User Function 71
- Executing Measurements 72
- To Execute Measurements 74
- To Stop Measurement 75
- To copy knob sweep setups 77
- Knob Sweep Measurements 78
- 3 Sampling Measurements 79
- Sampling Measurement Data 85
- Hold Time 86
- Sampling Interval 86
- Meas.time 86
- Sampling Completion 87
- Val of EVENT 88
- Linear Sampling Measurement 91
- Example Operation 94
- TOTAL SAMP.TIME 96
- @TIME Value 98
- Parameters 100
- INITIAL INTERVAL 101
- NO.OF SAMPLES 101
- HOLD TIME 101
- To Define Measurement Units 104
- To Set up Constant Output 107
- To Set up PGU Output 108
- To Define Stop Conditions 110
- To Display Graphics Results 111
- To Display List Results 112
- Charge Voltage 114
- Chan front-panel key 115
- Sampling Measurements 120
- Making a Measurement 120
- Measurement Functions 123
- Operation 124
- NOTE Integration Time 127
- To Set up QSCV Sweep Source 131
- To Set up Stop Condition 132
- measurement 134
- Maximum Measurement Value 146
- Quasi-static C-V Measurements 147
- 0.01 0.1 1 10 161
- QSCV Measurement Voltage (V) 161
- 5Stress Force 175
- Stress Function 177
- Stress Output Channels 178
- External Stress Source 179
- Stress Mode 180
- Stress Force Sequence 181
- Delay time of PGUs 182
- Example 182
- Abnormal Status 184
- Defining Stress Conditions 185
- To disable a unit 187
- To set hold time 190
- To Set up ac (Pulse) Output 191
- Delay time 192
- To Set up dc Output 193
- To Force Stress 194
- Stress Force 196
- Analysis Function 199
- Moving the marker 201
- Line Drawing 205
- Scaling Functions 207
- Overlay Display Function 208
- Automatic Analysis Function 208
- Manual Analysis 209
- To turn off markers 210
- To move marker fast 210
- To Display or Move Cursor 214
- Automatically 215
- To Zoom the Display Range 215
- Gradient 218
- To Display and Select a Line 224
- To Display Grid on the Graph 224
- To Scroll the LIST screen 230
- To turn off marker 231
- Automatic Analysis 233
- Display front-panel key 234
- • “QSCV Zero Offset Cancel” 246
- Measurement Units 247
- SMU - Source Monitor Unit 248
- Type of SMUs 249
- HRSMU - High Resolution SMU 250
- MPSMU - Medium Power SMU 253
- HPSMU - High Power SMU 256
- SMU Pulse Output 259
- VSU - Voltage Source Unit 261
- VMU - Voltage Monitor Unit 262
- PGU - Pulse Generator Unit 264
- Output Impedance 265
- Pulse Count 265
- Trigger Output 266
- Compliance 267
- Power Compliance 271
- Measurement Ranging Mode 273
- Auto Ranging 274
- Limited Auto Ranging 275
- Compliance Range 276
- Fixed Range 276
- Measurement Time 278
- Medium front-panel key 279
- Overhead Time 281
- To Specify Source Output Time 281
- SMU Filter 282
- Self-calibration 283
- Zero Offset Cancel 284
- To Perform Offset Cancel 286
- QSCV Zero Offset Cancel 287
- Operation States 290
- Stress Force State 291
- Standby State 291
- Output Sequence 293
- Sequential Mode 294
- Simultaneous Mode 296
- Measurement Sequence 298
- 8 Support Functions 299
- Output or Measurement Data 301
- Output data of PGU 302
- User Function 303
- User Variable 304
- 10 ASSIGN @Hp4155 TO 800 305
- Syntax of Data Variable Name 306
- Expression 307
- Standby Function 311
- When Getting Setup File 314
- To Use Standby Function 315
- R-BOX Control 316
- Non-Kelvin Connections 317
- Kelvin Connections 317
- Circuit Diagram 319
- Support Functions 320
- To Use R-Box 321
- 16441A R-Box 322
- SMU/PG Selector Control 323
- Restrictions using Selector 324
- To Use Selector 325
- Switching Matrix Control 327
- To Control Functions 330
- To Control Connections 335
- To Use Matrix Setup File 339
- Trigger Function 340
- Single, Repeat, or Append) 341
- Trigger Input 342
- 9 Built-in Functions 347
- Built-in Function 349
- Read Out Function 358
- Using Test Fixture 373
- Substrate 374
- Using Connector Plate 375
- To Measure Low Resistance 377
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