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5.10 Equivalent Circuit Analysis Function

239

Chapter 5 ANALYZER Function

Select the equivalent circuit model you wish to use for equivalent circuit analysis.

By selecting the appropriate equivalent circuit model, you will be able to estimate constants more accurately.

5.10.2 Configuring Basic Settings for Analysis

Setting the equivalent circuit model

Application Settings

Analyzer Initial Screen

Press .

Application Settings

Setting the equivalent circuit

Procedure

Default Chapter3
- Table of Contents3
Chapter 1 Overview17
- Product Overview Features17
- Names and Functions of Parts18
- Screen Configuration and Operation20
- Initial Screen20
- Measurement Mode Selection Screen21
- Advanced Settings Screen22
- Compensation Settings Screen29
- System Settings Screen30
- Save Settings Screen32
- Parameter Settings Screen33
Chapter 2 Measurement Preparations35
- Preparation Flowchart35
- Pre-Operation Inspection36
- Connecting the Power Cord37
- Connecting the Measurement Cables, Probes, or Fixture38
- Turning the Power on and off39
Chapter 3 Measurement41
Example41
- When LCR Measurement Mode41
- When Analyzer Measurement Mode43
Chapter 4 LCR Function45
- About LCR Function45
- Initial Screen46
- Setting Display Parameters47
- Setting Basic Settings of Measurement Conditions49
- Setting the Measurement Frequency49
- Setting the Measurement Signal Level51
- Setting the Measurement Range57
  - Setting AUTO Ranging57
  - Setting the Ranging to HOLD59
  - Low Z High Accuracy Mode61
- Perform Measurements with User-Defined Timing (Trigger Measurement)63
- Setting the DC Bias65
- Setting the Measurement Speed67
- Setting the Voltage/Current Limit68
- Displaying Average Values (Averaging Set)70
- Measuring at Desired Time (Trigger Delay)72
- Setting DC Resistance Measurement73
- Setting the Measurement Signal Level74
- Setting the Measurement Range77
  - Setting AUTO Ranging77
  - Setting the Ranging to HOLD79
  - Low Z High Accuracy Mode81
- Setting the DC Adjustment Function83
- Setting the Measurement Speed85
- Setting the Voltage/Current Limit86
- Displaying Average Values (Average Set)88
- Setting the Delay Time90
- Judging Measurement Results92
- Judging with Upper and Lower Limit Values(Comparator Measurement Mode)94
  - Setting the Upper or Lower Limit Value as an96
  - (Absolute Value Mode)96
  - Setting the Upper or Lower Limit Value as a Percentage (%) Relative to a Reference Value (Percentage Mode)97
  - Setting Upper and Lower Limit Values as ( %) Values Relative to the Offset from the Reference Value (Deviation Percentage Mode)99
- Classifying Measurement Results (bin Measurement)101
  - Setting the Upper or Lower Limit Value as an103
  - Setting the Upper or Lower Limit Value as a Percentage (%) Relative to a Reference Value (Percentage Mode)106
  - Setting Upper and Lower Limit Values as109
    - Reference Value110
- Setting Application Settings112
- Synchronizing Measurement (Trigger Synchronous Output Function)112
- Trigger Synchronous Output Function113
- Saving Measurement Results (Memory Function)114
- Detecting OPEN During 2-Terminal Measurement (HIGH-Z Reject Function)116
- Monitoring the Detection Level (Monitoring the Detection Level Function)118
- Monitoring the Detection Level Function119
- Setting the Delay Time from the Output of Comparator and bin Judgment Results until Output of EOM (LOW) and Resetting Judgment Results123
- Enabling Trigger Input for During Measurement and Setting the Valid Edge of Trigger Input125
- Setting the EOM Output Method127
- Disabling Key Operation (Key-Lock Function)129
- 10Setting the Number of Display Digits132
- 11Enlarging Display of Measurement Values134
- 12Setting the LCD to ON/ off135
- 13Setting Operation Sounds (Beep Sounds)136
- 14Initializing (System Reset)137
Chapter 5 ANALYZER139
Function139
- About ANALYZER Function139
- Initial Screen140
- Setting Basic Settings of Measurement141
- Setting the Measurement Parameter141
- Setting the Sweep Parameter143
- Setting the Trigger145
- Setting the Display Timing147
- Setting the Trigger Delay148
- Segment Setting150
  - Normal Sweep151
- Setting Sweep Points151
- Setting the Measurement Signal165
- Setting the Measurement Range168
- Setting the Measurement Range172
- Setting the Measurement Speed172
- Displaying as Average Values (Average Set)173
- Setting the Point Delay174
- Setting the DC Bias175
- Segment Sweep177
- Select Segments177
- Setting the Graph Display Method184
- Setting the Horizontal Axis184
  - Overwrite Setting184
  - Horizontal Axis Scale Setting185
  - Span Setting187
- Setting the Vertical Axis189
  - Draw Color Setting189
  - Vertical Axis Scale Setting191
- Setting Grid Display194
- Checking the Measurement Values196
- Setting the Cursor196
  - Cursor Display Setting197
  - Cursor Move Setting197
  - Cursor Move Setting198
  - Search Function Setting198
  - Search Target Parameter Setting199
  - Option Setting199
  - Auto Search Setting200
- Moving the Cursor201
- Performing Measurement Value Search202
- Judging Measurement Results (Comparator Function)205
  - Area Judgment205
  - Peak Judgment216
- Editing Judgment Points225
- Application Settings227
- Saving Measurement Results (Memory Function)227
- Detecting OPEN During 2-Terminal Measurement (HIGH-Z Reject Function)230
- Setting the Detection Sensitivity for232
  - (Overflow or Underflow)232
- Setting the Delay Time from the Output of Comparator Judgment Results until Output of EOM (LOW) and Resetting Judgment Results234
- Enabling Trigger Input for During Measurement and Setting the Valid Edge of Trigger Input236
- Setting the EOM Output Method237
- Disabling Key Operation (Key-Lock Function)238
- Setting the LCD to ON/ off241
- Setting Operation Sounds (Beep Sounds)242
  - Synchronous Output Function)243
- 11Initializing (System Reset)245
- Equivalent Circuit Analysis Function246
  - Function246
- 2Configuring Basic Settings for Analysis247
  - Setting the Equivalent Circuit Model247
  - Setting the Method of Analysis249
  - Setting the Frequency Range to Analyze251
  - Selecting the Segment to Analyze253
  - Configuring Calculation of the Electromechanical Coupling Coefficient (K)255
  - Setting the Position at Which to Display Analysis Results258
- 3Performing Equivalent Circuit Analysis260
  - Performing Frequency Sweep Measurement260
  - Performing Equivalent Circuit Analysis261
- 4Simulating Frequency Characteristics266
- 5Judging Analysis Results268
  - Setting the Upper or Lower Limit Value268
  - Making Judgments Using Analysis Results270
- 6Generating X-Y Displays271
  - Creating an X-Y Display271
Chapter 6 Continuous Measurement Function273
- Initial Screen273
- Setting Continuous Measurement274
- Performing Continuous Measurement275
- Checking the Continuous Measurement Results276
- Setting Application Settings277
- Setting the Display Timing277
- Setting the Trigger278
- Halting Continuous Measurement at a FAIL Judgment Result279
- Setting the LCD to ON/ off280
Chapter 7 Error Compensation281
- Setting Open Circuit Compensation281
- All Compensation282
- Spot Compensation285
- Short Circuit Compensation288
- All Compensation290
- Spot Compensation293
- Compensating Values to Match Reference Values (Load Compensation)296
- Compensating Measurement Cable Errors (Cable Length Compensation)309
- Calculating Values Scaling310
Chapter 8 Setting the SYSTEM313
- Setting the Interface313
- Checking the Version of the Instrument314
- Self Checks (Self Diagnosis)315
- Setting the Date and Time322
Chapter 9 Saving and Loading Panel Information323
- Saving Measurement Conditions (Panel Save Function)325
- Loading Measurement Conditions (Panel Load Function)330
- Changing a Panel Name332
- Deleting a Panel334
Chapter 10 Using USB Flash Drive337
- Inserting and Removing USB Flash Drive338
- About the File Operation Screen339
- About the File Save Setting Screen340
- Saving Measurement Data341
- Loading Measurement Data354
- Saving Instrument Settings357
- Saving Instrument Settings359
  - Saving All Settings of Instrument (ALL SAVE Function)359
- Reading Setting Conditions363
  - Loading All Settings Saved on a USB Flash Drive (ALL LOAD Function)363
- File and Folder Operations365
Drive337
Chapter 11 External Control371
- External Input/Output Connector and Signals371
  - Connector Type and Signal Pinouts372
  - Signal Descriptions375
- Timing Chart377
- 1LCR Measurement377
- 2Analyzer Measurement380
- Internal Circuitry386
  - Connection Examples386
- External I/O Settings387
- External Control Q&A388
- Measurement Using a Computer388
Chapter 12 Printing389
- Connecting the Printer389
  - Connecting the Printer to the Instrument390
- Instrument and Printer Settings391
  - Make Instrument Settings391
- Printing392
Chapter 13 Specifications395
- General Specifications395
- Measurement Range and Accuracy403
- About Measurement Times and Measurement Speed407
Chapter 14 Maintenance and Service411
- Inspection, Repair and Cleaning411
- Troubleshooting413
- Error Display415
- Discarding the Instrument417
Appendix419
Appendix 1 Measurement Parameters and Arithmetic Expressions419
Appendix 2 Measurement of High Impedance421
- Components421
Appendix 3 Measurement of In-Circuit Components422
Appendix 4 Countermeasures against423
Appendix 5 Supplying DC Bias425
Appendix 6 the Residual Charge Protection Function428
Appendix 7 Series Equivalent Circuit Mode and Parallel Equivalent Circuit Mode429
Appendix 8 Selecting the Equivalent Circuit Model430
Appendix 9 Open Circuit Compensation and Short Circuit Compensation431
Appendix 10Rack Mounting432
Appendix 11Dimensional Diagram434
Appendix 12Initial Settings Table435
Appendix 13Device Compliance Statement441

Brand	Hioki
Model	IM3570
Category	Measuring Instruments
Language	English

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