Hioki IM7581 Series Manuals

Manuals and User Guides for Hioki IM7581 Series. We have 3 Hioki IM7581 Series manuals available for free PDF download: Instruction Manual, Communication Instruction Manual

Hioki IM7581 Series Instruction Manual (344 pages)

Impedance analyzer

Brand: Hioki | Category: Medical Equipment | Size: 20 MB

Table of Contents
3
Im7580A
9
- Options (Sold Separately)
  10
- Safety Information
  10
- Operating Precautions
  13
- Overview
  17
- Overview and Features
  17
- Names and Functions of Parts
  19
- Screen Operations
  22
- Measurement Preparations
  25
- Connecting the Test Head
  25
- Pre-Operation Inspection
  27
- Connecting the Power Cord
  28
- Connecting a Measurement Cable/Fixture
  29
- Connecting an Interface
  30
- Turning the Power on and off
  32
- Select the Measurement Mode
  33
- LCR Function
  35
- Flowchart
  35
- Screen Map
  36
- Measurement Screen
  38
- Status and Error Display of this Instrument
  39
- Setting Basic Settings of Measurement Conditions
  40
- Setting Display Parameters
  40
- Starting Measurement at any Arbitrary Timing (Trigger)
  41
- Setting the Delay Time from Trigger to Measurement Start (Trigger Delay)
  42
- Applying the Signal to the Sample During Measurement Only (Trigger Synchronous Output)
  43
- Setting the Measurement Frequency
  45
- Setting the Measurement Signal Level
  46
- Setting the Measurement Speed
  48
- Display with Average Values (Average)
  49
- Judging Measurement Results
  51
- Setting the Judgment Mode
  52
- Judging with Upper and Lower Limit Values (Comparator Judgment Mode)
  54
- Classifying Measurement Results (bin Judgment)
  61
- Analyzer Function
  67
- Flowchart
  68
- Screen Map
  70
- Measurement Screen
  72
- Types of Graph
  73
- Status and Error Display of this Instrument
  74
- Setting Basic Settings of Measurement
  75
- Setting the Measurement Parameters
  75
- Starting Measurement at any Arbitrary Timing (Trigger)
  76
- Setting the Delay Time from Trigger to Measurement Start (Trigger Delay)
  77
- Applying the Signal to the Sample During Measurement Only (Trigger Synchronous Output)
  78
- Setting the Sweep Parameter
  80
- Sweep Measurement
  81
- Setting the Sweep Method
  82
- Setting the Sweep Range
  84
- Normal Sweep
  89
- Segment Sweep and Segment Interval Sweep
  92
- Set Measurement Conditions for Sweep Points
  95
- Setting the Measurement Signal Frequency
  95
- Setting the Measurement Signal Level
  96
- Setting the Measurement Speed
  98
- Displaying Average Values (Average)
  98
- Setting the Delay Time for each Sweep Point (Point Delay)
  99
- Setting the Graph Display Method
  100
- Setting the Horizontal Axis
  100
- Setting the Vertical Axis
  103
- Configuring the X-Y Display Vertical Axis Reversal Setting
  106
- Setting The X-Y Display Scale Width
  107
- Setting Grid Display
  108
- Setting Overlay
  109
- Setting the Cursor
  110
- Selecting the Cursor to Display in the Screen
  110
- Setting Cursor Move
  111
- Performing Measurement Value Search
  112
- Setting the Search Target Parameter
  112
- Setting the Search Type
  113
- Using the Automatic Search Function
  114
- Executing Search
  115
- Judging Measurement Results (Comparator Function)
  116
- Setting the Judgment Mode
  116
- Setting the Parameter to be Judged (Spot Judgment Excluded)
  118
- Setting the Judgment Area to Display in the Measurement Screen (Spot Judgment Excluded)
  119
- Area Judgment
  120
- Peak Judgment
  124
- Spot Judgment
  128
- Equivalent Circuit Analysis Function
  133
- Configuring Basic Settings For Analysis
  134
- Performing Equivalent Circuit Analysis
  141
- Simulating Frequency Characteristics
  144
- Settings to Judge Analysis Results
  146
- Calibration and Compensation
  149
- Calibration and Compensation Function Overview
  149
- Calibration
  153
- Setting Calibration Conditions and Executing Calibration [CAL]
  153
- Error Compensation
  162
- Setting the Electric Length Compensation [LENGTH]
  162
- Setting Compensation Conditions and Executing Compensation [COMPEN]
  163
- Calculating Values (Scaling)
  168
- Troubleshooting of Compensation
  170
- Continuous Measurement Function
  171
- Continuous Measurement
  171
- Operation Flow
  172
- Measurement Screen
  173
- Configuring Continuous Measurement Basic Settings
  174
- Executing and Stopping Continuous Measurement
  175
- Checking Continuous Measurement Results
  176
- Cancels the Measurement if an Error Is Detected
  177
- Application Function
  179
- Checking Contact Defects and the Contact State (Contact Check Function)
  179
- Setting the DC Measurement
  179
- Setting the Judgment
  182
- Detecting OPEN During 2-Terminal Measurement (Hi Z Reject Function)
  184
- Monitoring the Detection Level (Detection Level Monitoring Function)
  185
- Other Functions
  187
- Set the Number of Display Digits
  187
- Setting Absolute Value Display (LCR Only)
  188
- Setting the Communication Measurement Data Type
  189
- Common Functions (LCR Mode, ANALYZER Mode)
  190
- Saving Measurement Results (Memory Function)
  190
- Setting the Screen Display
  192
- Setting the Beep Sound
  196
- Display The Warm-Up Message
  197
- Disabling Key Operation (Key-Lock Function)
  198
- Setting the Communication Measurement Data Type
  202
- Initializing the Instrument (System Reset)
  204
- External Control
  207
- External Input/Output Connector and Signals
  207
- Timing Chart
  217
- LCR Mode
  217
- Analyzer Mode
  219
- CONTINUOUS Measurement Mode
  221
- Internal Circuit
  223
- External Control Q&A
  226
- Measurement Using a Computer
  226
- External Control I/O Settings
  227
- Enabling Trigger Input During Measurement (Trigger Enabled)
  227
- Setting Valid Edge of Trigger Input (Trigger Edge)
  228
- Setting Reset of Judgment Results (Judgment Result Signal Reset)
  229
- Setting the EOM Output Method (EOM Mode)
  230
- Setting Delay Time from Judgment Results Output until Output of EOM (LOW) (JUDGE-EOM)
  232
- S Et a Delay for INDEX Signal Output (INDEX Delay)
  233
- Saving and Loading Panel Information
  235
- Saving Measurement Conditions (Panel Save Function)
  236
- Loading Measurement Conditions (Panel Load Function)
  239
- Changing a Panel Name
  240
- Deleting a Panel
  241
- Setting the SYSTEM
  243
- Setting the Interface
  243
- Checking the Instrument Version
  244
- Self Checks (Self Diagnosis)
  245
- Panel Test
  245
- Panel Compensation
  246
- Screen Display Test
  247
- ROM/RAM Test
  248
- I/O Test
  249
- Setting the Date and Time
  250
- Using USB Flash Drive
  251
- Overview
  251
- Inserting and Removing USB Flash Drive
  253
- Screen Display When Using USB
  254
- Saving Data to USB Flash Drive
  255
- Saving Measurement Result as Text
  255
- Saving Measurement Screen (Screen Copy)
  266
- Setting Save Folder
  268
- Saving Memory Data
  270
- Saving Instrument Settings to USB Flash Drive
  271
- Saving Instrument Settings
  271
- Saving All Settings of Instrument (ALL SAVE Function)
  272
- Loading Binary Data from USB Flash Drive
  273
- Loading Measurement Data (ANALYZER Function)
  273
- Loading Instrument Settings
  274
- Loading All Settings (ALL LOAD Function)
  276
- Editing Data Saved in USB Flash Drive
  277
- Formatting a USB Flash Drive
  277
- Creating a Folder in USB Flash Drive
  278
- Changing Folder Name or File Name in USB Flash Drive
  279
- Deleting a File or Folder in USB Flash Drive
  281
- Checking The Contents Of Files
  282
- Specifications
  283
- General Specifications
  283
- Measurement Specifications
  284
- Functional Specification
  293
- Interface Specifications
  299
- Measurement Accuracy
  300
- Example: Calculation of Accuracy
  300
- Measurable Range
  307
- Maintenance and Service
  309
- Inspection, Repair and Cleaning
  309
- Disposal
  311
- Troubleshooting
  313
- Error Display
  318
- Appendix A1
  321
- Appx. 1 Measurement Parameters
  321
- Appx. 2 Countermeasures to
  323
- Noise from the Power Supply Line
  323
- X84; Countermeasures to Prevent Entry Noise from the Measurement Cables
  323
- Appx. 3 Series Equivalent Circuit
  324
- Equivalent Circuit Mode
  324
- Appx. 4 Selecting the Equivalent
  325
- Circuit Model
  325
- Appx. 5 Maintenance of Coaxial Connector
  326
- Appx. 6 Rack Mounting
  327
- X84; Installation Procedure
  332
- Appx. 7 Dimensional Diagram
  335
Introduction
9
Verifying Package Contents
9

Hioki IM7581 Series Instruction Manual (21 pages)

Impedance Analyzer

Brand: Hioki | Category: Measuring Instruments | Size: 2 MB

Table of Contents
2
Contents
2
Introduction
3
Safety Information
3
Im7580A
3
Chapter 1 Specifications

4
- RS-232C Specifications
  4
- GP-IB Specifications
  5
- USB Specifications
  5
- LAN Specifications
  5
Chapter 2 Connection and Setting

6
- Overview of Communication
  6
- USB Settings and Connection
  8
  - Setting USB
    8
  - Connecting the USB Cable
    9
- LAN Settings and Connection
  10
  - LAN Settings
    10
  - Connecting a LAN Cable
    15
- GP-IB Connection and Settings
  16
  - (When the Z3000 Is Connected)
    16
  - Connecting the GP-IB Cable
    16
  - Setting GP-IB
    16
- RS-232C Connection and Settings (When the Z3001 Is Connected)
  18
  - Connecting the RS-232C Cable
    18
  - Setting RS-232C
    19
- Remote Mode
  20
Appendix

21
Appendix 1Checking the USB Virtual COM Port

21

Hioki IM7581 Series Communication Instruction Manual (21 pages)

IMPEDANCE ANALYZER

Brand: Hioki | Category: Measuring Instruments | Size: 2 MB

Contents
2
Table of Contents
2
Introduction
3
Safety Information
3
Chapter 1 Specifications

4
- RS-232C Specifications
  4
- GP-IB Specifications
  5
- USB Specifications
  5
- LAN Specifications
  5
Chapter 2 Connection and Setting

6
- Overview of Communication
  6
- USB Settings and Connection
  8
- Setting USB
  8
- Connecting the USB Cable
  9
- LAN Settings and Connection
  10
- LAN Settings
  10
- Connecting a LAN Cable
  15
- GP-IB Connection and Settings
  16
- (When the Z3000 Is Connected)
  16
- Connecting the GP-IB Cable
  16
- Setting GP-IB
  16
- RS-232C Connection and Settings (When the Z3001 Is Connected)
  18
- Connecting the RS-232C Cable
  18
- Setting RS-232C
  19
- Remote Mode
  20
Appendix

21
Appendix 1Checking the USB Virtual COM Port

21

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