Fluke 5720A Series Manuals

Manuals and User Guides for Fluke 5720A Series. We have 6 Fluke 5720A Series manuals available for free PDF download: Service Manual, Operator's Manual, Getting Started, Sales Manual

Fluke 5720A Series Service Manual (576 pages)

Multi-Function Calibrator

Brand: Fluke | Category: Test Equipment | Size: 47.57 MB

Table of Contents
3
Power Source
22
Introduction and Specifications

25
- Chapter 1
  
  27
Theory of Operation

67
- Chapter 2
  
  71
  - Introduction
    71
  - Calibrator Overview
    71
  - Internal References
    71
  - Hybrid Reference Amplifiers
    71
  - Fluke Thermal Sensor (FTS)
    71
  - Digital-To-Analog Converter (DAC)
    72
  - Digital Section Overview
    72
  - Analog Section Overview
    72
  - Digital Section Block Diagram
    73
  - Functional Description Presented by Output Function
    74
  - DC Voltage Functional Description
    74
  - Analog Section Block Diagram, Part
    75
  - AC Voltage Functional Description
    77
  - Wideband AC V Functional Description (Option -03)
    78
  - DC Current Functional Description
    78
  - AC Current Functional Description
    78
  - Ohms Functional Description
    79
  - System Interconnect Detailed Circuit Description
    79
  - Digital Motherboard Assembly (A4)
    79
  - Transformer Assembly (A22)
    80
  - Analog Motherboard Assembly (A3)
    80
  - System Interconnections
    81
  - Front/Rear Binding Posts
    84
  - Rear Panel Assembly (A21)
    84
  - Filter PA Supply Assembly (A18)
    84
  - Digital Section Detailed Circuit Description
    84
  - Digital Power Supply Assembly (A19)
    84
  - Power Supply
    85
  - Power Supplies
    85
  - Power Supply
    86
  - And +75V Shut-Down Circuit
    86
  - CPU (Central Processing Unit) Assembly (A20)
    87
  - Power-Up and Reset Circuit
    87
  - Clock Generation
    87
  - CPU Assembly Block Diagram
    88
  - Watchdog Timer
    90
  - Address Decoding and DTACK (Data Acknowledge)
    90
  - Interrupt Controller
    91
  - Glue Logic
    91
  - RAM (Random-Access Memory)
    91
  - ROM (Read-Only Memory)
    91
  - Electrically-Erasable Programmable Read-Only Memory (EEPROM)
    92
  - DUART (Dual Universal Asynchronous Receiver/Transmitter) Circuit
    92
  - Clock/Calendar Circuit
    92
  - Clock Filter Circuit
    93
  - CPU to Rear Panel Interface
    93
  - CPU to Front Panel Interface
    93
  - Fan Monitor
    93
  - Front Panel Assembly (A2)
    94
  - Clock Regeneration Circuitry
    94
  - Refresh Failure Detect Circuitry
    94
  - Decoding and Timing Circuitry
    94
  - Control Display Circuitry
    95
  - Output Display Circuitry
    96
  - Keyboard Scanner Circuitry
    97
  - Knob Encoder Circuitry
    97
  - Led Circuitry
    98
  - Keyboard Assembly (A1)
    98
  - Analog Section Detailed Circuit Description
    99
  - Filter/Pa Supply (A18), Low-Voltage Filter/Regulator Section
    99
  - Unregulated OSC Supplies
    100
  - Unregulated LH Supplies
    100
  - Unregulated S Supplies
    100
  - Triac Circuit
    100
  - FR1 Supplies
    100
  - Unregulated FR1 Supply
    100
  - FR2 Supplies
    101
  - Filter/Pa Supply (A18), Power Amplifier Output Supply Section
    101
  - PA Supplies Digital Control
    101
  - Power Amplifier Output Supply Simplified Schematic
    102
  - And ±500V Supplies
    103
  - PA and -PA Supplies
    103
  - PA Supply Current Limit
    103
  - Regulator/Guard Crossing Assembly (A17)
    104
  - Voltage Regulator Circuitry
    104
  - Regulated OSC Supplies
    104
  - Regulated LH Supplies
    105
  - Regulated S Supplies
    105
  - FR1 Supply
    106
  - FR2 Supply
    106
  - Guarded Digital Control Circuitry
    107
  - Switch Matrix Assembly (A8)
    109
  - Switch Matrix Digital Control
    110
  - Switch Matrix Assembly Simplified Schematic
    111
  - Switch Matrix Operation: 11V DC and 22V DC Ranges
    112
  - Switch Matrix Configuration for 11V DC and 22V DC Ranges
    113
  - Switch Matrix Operation: 2.2V AC and 22V AC Ranges
    114
  - Switch Matrix Operation: 220V AC and DC Ranges
    114
  - Switch Matrix Configuration for 2.2V and 22V AC Ranges
    115
  - Switch Matrix Configuration for 220V DC and AC Ranges
    116
  - Switch Matrix Operation: 2.2V DC Range
    117
  - Switch Matrix Configuration for 2.2V DC Range
    118
  - Calibration of the 2.2V Range
    119
  - Calibration of the 2.2V DC Range
    120
  - Switch Matrix Configuration for 220 MV DC Range
    121
  - Calibration of the MV Ranges
    122
  - Internal CAL Zero Amplifier
    125
  - Switch Matrix 5725A Amplifier Interface
    127
  - DAC Assembly (A11)
    127
  - Basic DAC Theory of Operation
    127
  - DAC Assembly Digital Control
    130
  - DAC Assembly Reference Circuitry
    130
  - Duty-Cycle Control Circuit
    131
  - DAC Filter Circuit
    132
  - DAC Output Stage
    132
  - Sense Current Cancellation Circuit
    133
  - Linearity Control Circuit
    133
  - Negative Offset Circuit
    134
  - DAC Output Switching
    134
  - DAC Buffered Reference Sip
    134
  - Calibration Hardware
    135
  - ADC Amplifier
    135
  - ADC Input Selection
    135
  - ADC Circuit
    136
  - How the DAC Is Used in Calibration
    138
  - DAC Assembly Calibration
    138
  - Oscillator Section Overview
    139
  - Oscillator Control Assembly (A12)
    139
  - Oscillator Control Digital Control
    140
  - Oscillator Input Switching
    140
  - Sense Current Cancellation
    140
  - Averaging Converter
    141
  - Error Integrator
    141
  - Three-Pole Filter
    141
  - Analog Amplitude Control Loop
    141
  - Oscillator Control Analog Control Loop
    142
  - AC/DC Thermal Transfer Circuit
    143
  - AC/DC Thermal Transfer Circuit
    144
  - Oscillator Calibration
    145
  - AC/DC Frequency Response Characterization
    146
  - Oscillator Output Assembly (A13)
    146
  - Quadrature RC Oscillator Circuit
    147
  - Oscillator Output Digital Control
    148
  - Quadrature RC Oscillator
    148
  - Oscillator Amplitude Control
    149
  - Phase−Locked Loop
    149
  - And 22V Range Output Amplifier
    150
  - Oscillator Wideband Smd Assembly (A13A1)
    150
  - Output Stage
    151
  - Phase Shifter
    151
  - Power Amplifier Assembly (A16)
    151
  - Power Amplifier Digital Control Sip Assembly (A16A1)
    152
  - PA Common Circuitry
    153
  - PA and -PA Supplies
    153
  - PA Input Stage
    153
  - PA MID Stage
    154
  - PA Output Stage
    154
  - PA Sense Current Cancellation Circuitry
    155
  - PA in Standby
    155
  - PA Operation: 220V DC Range
    155
  - Power Amplifier Simplified Schematic
    156
  - PA Operation: 220V AC Range
    157
  - High Voltage Assembly Support Mode
    157
  - DC Internal Calibration Network
    158
  - PA Calibration
    158
  - Power Amplifier DC Calibration Network
    159
  - Power Amplifier Calibration AC Attenuator
    161
  - High Voltage Assemblies (A14 and A15)
    162
  - 1100V AC Range
    162
  - High Voltage/High Current Assembly 1100V AC Range
    163
  - 1100V DC Range
    164
  - HVDC Power Supply Filter Circuit
    164
  - HV DC Output Series Pass and Current Limit Circuit
    164
  - High Voltage/High Current Assembly 1100V DC Range
    165
  - DC HV Amplifier/Ac Sense Buffer
    166
  - A Range
    166
  - High Voltage/High Current Assembly 2.2A AC and DC Ranges
    167
  - A Power Supply Filter Circuit
    168
  - High Voltage Digital Control
    169
  - High Voltage Calibration
    169
  - Calibration of the AC Function
    170
  - High Voltage/High Current Assembly Calibration
    171
  - Calibration of the Current Function
    172
  - High Voltage Magnitude Control
    172
  - High Voltage/High Current Assembly 2.2A Range Calibration
    173
  - Ohms Overview
    174
  - Ohms Main Assembly (A10)
    175
  - Selection of Resistance Values
    175
  - Ohms Assemblies Simplified Schematic
    176
  - Ohms Main Assembly Simplified Schematic
    177
  - Ohms Main Assembly Support of Current Function Calibration
    178
  - Ohms Digital Control
    178
  - Ohms Cal Assembly (A9)
    178
  - Ohms CAL Digital Control
    178
  - 1, 1.9, and Short Resistance
    179
  - Two-Wire Ohmmeter Compensation Circuit
    179
  - Ohms Calibration
    181
  - Ratio Calibration, 10Ω from 100Ω
    186
  - Current/High Resolution Oscillator Assembly Overview (A7)
    187
  - Current Section
    188
  - Current Output Simplified Schematic
    189
  - Current Assembly Calibration
    192
  - High-Resolution Oscillator Section
    194
  - Rear Panel Assembly (A21)
    196
  - Rear Panel Power Supplies
    197
  - Rear Panel Address Mapping
    197
  - Clock Regeneration Circuit
    198
  - IEEE-488 (GPIB) Interface
    198
  - RS-232C Interface
    198
  - Auxiliary Amplifier Interface
    199
  - 5725A Interface
    199
  - Phase Lock In/Variable Phase out
    199
  - Rear Panel Relay Control
    200
  - Rear Panel CPU Interface
    200
  - Wideband AC Module (Option -03)
    201
  - Wideband Oscillator Assembly (A6)
    201
  - Wideband Output Assembly (A5)
    204
  - Wideband Output Assembly Simplified Schematic
    205
Calibration and Verification

211
- Chapter 3
  
  213
  - Introduction
    213
  - Accessing the Fuse
    214
  - Cleaning the Air Filter
    215
  - Accessing the Air Filter
    215
  - Cleaning the Exterior
    216
  - Calibration
    216
  - Calibrating the 5700A/5720A Series II to External Standards
    216
  - Calibration Requirements
    217
  - When to Adjust the Calibrator's Uncertainty Specifications
    217
  - Calibration Procedure
    218
  - Range Calibration
    224
  - Calibrating the Wideband AC Module (Option 5700A-03)
    227
  - Wideband Module Calibration Connection
    229
  - Performing a Calibration Check
    230
  - Full Verification
    232
  - Overview of Verification Tests
    232
  - Required Equipment for All Tests
    233
  - Warm-Up Procedure for All Verification Tests
    233
  - Resistance Verification Test
    235
  - Ohm and 10 Ohm Resistor Verification
    236
  - Two-Wire Compensation Verification
    237
  - DC Voltage Verification Test
    238
  - DC Voltage One-Tenth Scale Linearity Test
    239
  - Direct Current Accuracy Verification Test
    240
  - Direct Current Accuracy Test Setup
    240
  - AC Voltage Frequency Accuracy Test
    241
  - Output Level Tests for AC V Ranges
    241
  - Alternating Current Test Setup
    245
  - Rationale for Using Metal-Film Resistors to Measure AC Current
    247
  - Metal Film Resistor Equivalent Circuit
    247
  - Metal Film Resistor in Test Circuit
    247
  - Wideband Frequency Accuracy Test
    248
  - Wideband AC Voltage Module Output Verification
    248
  - Wideband Output Accuracy at 1 Khz Test
    249
  - Wideband Accuracy at 1 Khz Test Setup
    249
  - Wideband Output Flatness Test
    250
  - Wideband Flatness Test Setup
    250
  - Wideband Flatness Calibration Procedure
    251
  - Optional Tests
    252
  - DC Voltage Load Regulation Test
    252
  - DC Voltage Linearity Test
    253
  - DC Voltage Output Noise (10 Hz to 10 Khz) Test
    253
  - DC Voltage Output Noise Test Setup
    254
  - AC Voltage Distortion Test
    255
  - Wideband Distortion Testing
    255
  - AC Voltage Overshoot Test
    256
  - Minimum Use Requirements
    256
  - Determining Test Limits for Other Calibration Intervals
    258
Maintenance

283
- Chapter 4
  
  285
  - Introduction
    285
  - Cleaning the Air Filter
    285
  - General Cleaning
    286
  - Cleaning Pca's
    286
  - Access Procedures
    286
  - Top and Bottom Covers
    286
  - Digital Section Cover
    286
  - Analog Section Covers
    286
  - Rear Panel Removal and Installation
    286
  - Rear Panel Removal
    286
  - Rear Panel Assembly Access
    287
  - Front Panel Removal and Installation
    288
  - Display Assembly Removal and Installation
    288
  - Front Panel Removal
    288
  - Keyboard Assembly Removal and Installation
    289
  - Analog Assembly Removal and Installation
    289
  - Analog and Digital Assemblies
    290
  - Digital Assembly Removal and Installation
    291
  - Power Transformer Removal and Installation
    291
  - Hybrid Cover Removal
    291
  - Front/Rear Binding Post Reconfiguration
    291
  - Installing a Wideband AC Module (Option -03)
    293
  - Clearing Ghost Images from the Control Display
    293
  - Replacing the Clock/Calendar Backup Battery
    293
  - Using Remote Commands Reserved for Servicing
    294
  - Using the ETIME Command
    294
Troubleshooting

297
- Chapter 5
  
  299
List of Replaceable Parts

379
- Introduction
  381
- How to Obtain Parts
  381
- Manual Status Information
  381
- Newer Instruments
  381
- Service Centers
  382
- Parts List
  382
Figure Title Page

467

Fluke 5720A Series Operator's Manual (336 pages)

Multi-Function Calibrator

Brand: Fluke | Category: Test Equipment | Size: 3.49 MB

Power Source
6
Table of Contents
9
Introduction and Specifications

19
Chapter 1

21
Installation

63
Chapter 2

65
- Introduction
  65
- Unpacking and Inspection
  65
- Service Information
  66
- Contacting Fluke
  66
- Placement and Rack Mounting
  66
- Cooling Considerations
  66
- Accessing the Fuse
  67
- Selecting Line Voltage
  68
- Connecting to Line Power
  70
- Connecting a 5725A Amplifier
  70
- Selecting Output Binding Posts
  70
Features

71
- Front Panel Features
  71
  - Display Screen Saver
    71
  - Introduction
    71
  - Rear Panel Features
    71
  - Softkey Menu Tree
    71
  - Display Screen Saver
    73
  - Front Panel Features
    73
  - Introduction
    73
  - Rear Panel Features
    82
  - Softkey Menu Tree
    84
Front Panel Operation

87
Chapter 4

89
- Introduction
  89
- Powering on the Calibrator
  90
- Warm up
  90
- DC Zeros
  91
- Executing DC Zeros
  91
- DC Zeros Reminder
  91
- The Setup Menu
  92
- Instrument Setup
  93
- Format EEPROM Menu
  93
- Spec Format Setup Menu
  94
- Setting the Internal Clock/Calendar
  95
- Selecting Amplifiers
  96
- Checking the Instrument Configuration
  97
- Special Functions Menu
  98
- Resetting the Calibrator
  98
- Operate and Standby Modes
  99
- Connecting the Calibrator to a UUT
  99
- Recommended Cable and Connector Types
  99
- When to Use External Sensing
  100
- When to Use the External Voltage Guard
  101
- When to Use the Current Guard
  101
- Four-Wire Vs Two-Wire Resistance Connections
  102
- Cable Connection Instructions
  102
- Setting the Output
  108
- DC Voltage Output
  110
- AC Voltage Output
  111
- DC Current Output
  113
- AC Current Output
  114
- Resistance Output
  116
- Wideband AC Voltage Output (Option 5700A-03)
  118
- Variable Phase Output
  120
- Phase Locking to an External Signal
  121
- Using an Auxiliary Amplifier
  122
- 5725A Amplifier Output
  123
- Checking the Calibrator's Uncertainty Specification
  124
- Error Mode Operation
  124
- Error Mode Overview
  125
- Entering Error Mode
  125
- Exiting Error Mode
  125
- Using Error Mode
  126
- Reading the UUT Error: AC and DC Voltage and Current Output
  126
- Reading the UUT Error: Resistance Output
  127
- Introduction to Offset, Scale, and Linearity Errors
  128
- Offset Error
  128
- Scale Error
  129
- Linearity Error
  130
- Combining the Error Types
  130
- Programming an Offset
  131
- Programming a Scale Factor
  132
- Linearity Checking Using Offset and Scale
  133
- Setting Output Limits
  136
- Setting Voltage and Current Limits
  136
- Sample Applications
  137
- Calibrating Fluke 70 Series Multimeter
  137
- Cables
  138
- Guarding
  138
- Sensing
  138
- Testing the Meter
  139
- Calibrating the Meter
  140
- Calibrating a Fluke Model 8840A Series Digital Multimeter
  142
- Cables
  142
- Guarding
  142
- Sensing
  144
- Basic Calibration Procedure
  144
- Calibration Setup Procedure
  144
- A/D Calibration
  145
- Offset and Gain Calibration
  146
- High Frequency AC Calibration
  148
- Performing a Wideband Flatness Test
  149
Remote Operation

151
Chapter 5

153
- Introduction
  153
- Using the IEEE-488 Port for Remote Control
  154
- IEEE-488 Bus Restrictions
  154
- Bus Setup Procedure
  154
- Using the RS-232C Port for Remote Control
  155
- Serial Remote Control Setup Procedure
  156
- Exceptions for Serial Remote Control
  157
- Command Syntax Information
  157
- Parameter Syntax Rules
  158
- Extra Space Characters
  159
- Terminators
  159
- Incoming Character Processing
  159
- Response Message Syntax
  160
- Input Buffer Operation
  160
- Commands
  160
- Multiple Commands
  161
- Coupled Commands
  161
- Sequential and Overlapped Commands
  162
- Commands Ignored When Not in Remote
  162
- Commands that Require the Calibration Switch to be Set
  162
- Long Term Commands
  162
- Local-To-Remote State Transitions
  193
- Checking the Calibrator's Status
  195
- Serial Poll Status Byte
  197
- Service Request Line (SRQ)
  198
- Service Request Enable Register
  198
- Loading the SRE
  198
- Event Status Register
  199
- Bit Assignments for the ESR and ESE
  199
- Reading the ESR and ESE
  200
- Loading the ESE
  200
- Instrument Status Register
  201
- Instrument Status Change Register
  201
- Instrument Status Change Enable Register
  201
- Bit Assignments for the ISR, ISCR, and ISCE
  201
- Reading the ISR, ISCR, or ISCE
  202
- Loading the ISCE
  202
- Fault Queue
  203
- IEEE-488 Interface Configuration
  204
- Bus Communication Overview
  205
- Definition: Queries and Commands
  206
- Functional Elements of Commands
  206
- Interface Messages
  208
- The IEEE-488 Connector
  209
- The IEEE-488 Connector
  210
- Remote Program Examples
  211
- Printing Main Output Calibration Shift Results
  211
- Verifying a Meter
  212
- Remote Calibration
  212
- DC Zeros
  212
- Calibration
  213
- Calibration Check
  214
- Wideband AC Module (Option 5700A-03) Gain Calibration
  215
- Using *OPC?, *OPC, and *WAI
  216
- Writing an SRQ and Fault Handler
  217
- Emulating a Fluke 5100B or 5200A Calibrator
  218
- Entering Emulation Mode
  218
- Exiting Emulation Mode
  219
- The 5720'S Display During Emulation
  219
- 5100B Emulation
  219
- Local-To-Remote Transitions
  219
- Current Output Location
  220
- Differences in the 5700A/5720A Series II and 5100B Ohms Function
  220
- Ohms Remote Program Modifications for 5100B Emulation
  221
- 5200A Emulation
  222
- Local-To-Remote Transitions
  222
- Voltage and Frequency Ranges
  222
- Rounding Numeric Entries
  223
- Settling Times
  223
- Programming External Sensing
  224
- Overload Conditions
  224
- Phase Lock Errors
  224
Using the RS-232C Serial Interface

225
Chapter 6

227
- Introduction
  227
- RS-232C Interface Specifications
  227
- Setting up and Connecting the Serial Interface
  228
- Printing Calibration Reports
  230
- Calibration Shift Results
  230
- Calibration Check Shift Results
  231
- Generating a Printout
  232
Operator Maintenance

243
Chapter 7

245
- Introduction
  245
- Accessing the Fuse
  246
- Cleaning the Air Filter
  246
- Cleaning the Exterior
  248
- Calibration
  248
- Calibrating the 5700A/5720A Series II to External Standards
  248
- Calibration Requirements
  249
- When to Adjust the Calibrator's Uncertainty
  249
- Calibration Procedure
  250
- Range Calibration
  256
- Calibrating the Wideband AC Module (Option 5700A-03)
  260
- Performing a Calibration Check
  263
Options and Accessories

265
Chapter 8

267
- Introduction
  267
- Wideband AC Voltage Module
  267
- Accessories
  267
- Low Thermal EMF Test Leads
  268
- Rack Mount Kits (Y5737 and Y5735)
  268
- Shielded IEEE-488 Interface Cables (Y8021 and Y8022)
  268
- RS-232C Null-Modem Cables
  268
- DC Voltage Reference Standard (732B)
  268
- Shielded IEEE-488 Interface Cables (Y8021, Y8022, and Y8023)
  268
- RS-232C Null-Modem Cables (Y1702 and Y1703)
  268
- And 10 Kω Resistance Standards (742A-1 and 742A-10K)
  269
- 5725A Amplifier
  269
- Amplifier
  269
Appendices

271
- Symbolic Names of Calibration Constants
  271
Appendix

273
- Fault Codes
  273
- ASCII and IEEE Bus Codes
  297
- Symbolic Names of Calibration Constants
  301
- Glossary
  317
  - Calibration Interval
    318
  - Crest Factor
    319

Fluke 5720A Series Service Manual (186 pages)

Multi-Function Calibrator

Brand: Fluke | Category: Test Equipment | Size: 1.53 MB

Service Manual
1
Table of Contents
3
Power Source
14
Introduction and Specifications

17
- Chapter 1
  
  19
Theory of Operation

59
- Chapter 2
  
  61
Calibration and Verification

71
- Chapter 3
  
  73
Maintenance

139
- Chapter 4
  
  141
  - Introduction
    141
  - Accessing the Fuse
    141
  - Cleaning the Air Filter
    141
  - General Cleaning
    142
  - Cleaning Pca's
    143
  - Access Procedures
    143
  - Top and Bottom Covers
    143
  - Digital Section Cover
    143
  - Analog Section Covers
    143
  - Rear Panel Removal and Installation
    143
  - Rear Panel Assembly Access
    144
  - Front Panel Removal and Installation
    144
  - Display Assembly Removal and Installation
    145
  - Keyboard Assembly Removal and Installation
    145
  - Analog Assembly Removal and Installation
    146
  - Digital Assembly Removal and Installation
    148
  - Power Transformer Removal and Installation
    148
  - Hybrid Cover Removal
    148
  - Front/Rear Binding Post Reconfiguration
    148
  - Installing a Wideband AC Module (Option -03)
    150
  - Clearing Ghost Images from the Control Display
    150
  - Replacing the Clock/Calendar Backup Battery
    150
  - Using Remote Commands Reserved for Servicing
    151
  - Using the ETIME Command
    151
  - Fault Codes
    153
List of Replaceable Parts

177
- Introduction
  179
- How to Obtain Parts
  179
- Service Centers
  179
- Parts List
  179

Fluke 5720A Series Getting Started (42 pages)

Brand: Fluke | Category: Amplifier | Size: 0.14 MB

Operator Safety Summary
5
Power Source
6
Table of Contents
11
Introduction
17
Contacting Fluke
18
Where to Go from here
18
How to Use the Manuals
20
General Specifications
22
Standard Equipment
24
Unpacking and Inspection
24
Line Power Cord Types Available from Fluke
25
Service Information
27
Placement and Rack Mounting
27
Cooling Considerations
28
Connecting to the 5700A Calibrator
28
5725A
29
Getting Started
29
Selecting Line Voltage
30
Accessing the Fuse
32
Connecting to Line Power
34
Front-Panel Features
34
Front-Panel Features
36
Rear-Panel Features
38
Rear-Panel Features
39
Turning on the 5725A Amplifier
41
Warm up
41

Fluke 5720A Series Operator's Manual (40 pages)

Multi-Function Calibrator

Brand: Fluke | Category: Test Equipment | Size: 0.24 MB

Table of Contents
3
What Is in this Guide
4
Safety Summary
4
P Fuse and Line Voltage
6
Basic Operation
7
A Short Calibration Exercise
7
Warming up the Calibrator
7
Exercise: Running DC Zero Calibration
8
Connecting a Meter
8
Applying a DC Voltage
9
Checking the Calibrator Uncertainty
9
Exercise: Activating Error Mode
10
Checking the Meter's Higher and Lower Ranges
10
Exercise: Applying an Ac Voltage
11
Front Panel Features
12
Output Display (Left Side)
12
Control Display (Right Side)
12
Display Screen Saver
13
Front Panel Keys
14
Front Panel Connectors
23
Rear Panel Features
25
Rear Panel Connectors
25
Switches and Fuse Holder
28
Cable Recommendations
29
Connecting to a UUT (Unit under Test)
30
Using Error Mode
37
Operating in Remote
39
RS-232-C Interface Parameters
40

Fluke 5720A Series Sales Manual (28 pages)

Multifunction Calibrator

Brand: Fluke | Category: Test Equipment | Size: 0.93 MB

5730A Multifunction Calibrator
1
The New Gold Standard in Electrical Calibration
1
Table of Contents
2
Objective
3
Introduction
3
Product Positioning
3
Value Proposition
4
Features and Benefits
4
Target Customers
5
Who Do I Call
5
Typical Applications
6
Vintage Products
6
Key Features
7
Features At-A-Glance (Left Side)
7
Features At-A-Glance (Right Side)
8
Features At-A-Glance (Rear Panel)
8
Touchscreen Display Operation
9
Onnection to 5725A & 52120A Amplifiers
11
Artifact Calibration
11
Wideband Rf Option
12
Competitive Comparison
12
Key Specs/Feature Comparison
12
Price Vs. Performance
15
5730A Vs . 5720A
16
Common Objections
16
Product Demonstration
17
Ordering Information
22
Schedule
22
Sales and Marketing Materials
22
Faq
23

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Table of Contents

Introduction and Specifications

Chapter 1

Theory of Operation

Chapter 2

Calibration and Verification

Chapter 3

Maintenance

Chapter 4

Troubleshooting

Chapter 5

List of Replaceable Parts

Figure Title Page

Fluke 5720A Series Operator's Manual (336 pages)

Table of Contents

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Chapter 1

Installation

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Remote Operation

Chapter 5

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Chapter 6

Operator Maintenance

Chapter 7

Options and Accessories

Chapter 8

Appendices

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Theory of Operation

Chapter 2

Calibration and Verification

Chapter 3

Maintenance

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