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6 Calibration Procedures
Calibration Security
182 U3606A User’s and Service Guide
4 Press or to increment or decrement the digit.
5 Press when you are done.
6 If the correct security code is entered, “PASS” is displayed in the
primary display for 3 seconds, after which the instrument will enter the
adjustment mode.
7 If the incorrect security code is entered, “FAiL” is displayed in the
primary display for 3 seconds, after which the calibration security code
edit mode will appear again.
To unsecure the instrument from the remote interface
Send the CALibration:SECurity:CODE <mode>, <code> command
from the remote interface.
& CAL:SEC:CODE OFF,
ATU3606A
This command unsecures the instrument for
calibration. The default security code is
ATU3606A. The security code can only be
changed when the instrument is unsecured.
& CAL:SEC:CODE ON, ATU3606A
This command secures the instrument from
accidental or unauthorized adjustments.
OUT
SBY
- Agilent U3606A 1
- Multimeter 1
- Safety Symbols 3
- General Safety Information 4
- Environmental Conditions 5
- Regulatory Markings 6
- In This Guide… 8
- Table of Contents 11
- 3 DC Power Supply Operation 12
- 4 System Related Operation 13
- 6 Calibration Procedures 14
- 7 Disassembly and Repair 15
- 9 List of Error Messages 16
- List of Figures 17
- List of Tables 19
- Getting Started 21
- Introduction 22
- System features 23
- Output features 23
- Initial Inspection 24
- Adjusting the Handle 26
- To Rack Mount the Instrument 27
- Stacking the Instrument 28
- Product at a Glance 29
- The front panel at a glance 30
- The display at a glance 31
- 1Getting Started 32
- Getting Started 1 33
- The keypad at a glance 34
- The terminals at a glance 39
- The rear panel at a glance 42
- Digital Multimeter Operation 43
- Making Measurements 44
- Making the connections 45
- Measuring DC voltage 46
- Measuring AC voltage 47
- Measuring AC+DC voltage 48
- Measuring DC current 50
- Measuring AC (rms) current 51
- Measuring AC+DC current 52
- Measuring resistance 54
- Measuring low-resistance 57
- Measuring capacitance 68
- Performing continuity tests 69
- Testing continuity 70
- Performing diode tests 71
- Checking diodes 72
- Setting the Resolution 75
- Math Operations 76
- Enabling the null operation 77
- Editing the null value 78
- Enabling the dBm operation 79
- Enabling the dB operation 80
- Editing the relative value 81
- Enabling the MinMax operation 82
- Enabling the limit operation 84
- Enabling the hold operation 88
- Triggering the Multimeter 89
- Front panel triggering 90
- Remote interface triggering 91
- DC Power Supply Operation 93
- Basic Operation 94
- Supplying constant voltage 95
- Constant current (CC) mode 96
- Supplying constant current 97
- Protection Functions 98
- Checking the OVP operation 99
- Resetting the OVP condition 100
- Overcurrent protection (OCP) 101
- Checking the OCP operation 102
- Resetting the OCP condition 103
- Overvoltage limit (OV) 104
- Overcurrent limit (OC) 106
- Square-wave Output 108
- Setting the amplitude 109
- Setting the frequency 110
- Setting the duty cycle 111
- Setting the pulse width 112
- Sweep Functions 113
- Generating a ramp signal 114
- Scan signal 115
- Generating a scan signal 116
- Selecting a Range 117
- Enabling the Output 118
- Remote Sensing 119
- Remote sensing connections 120
- DC Power Supply Operation 3 123
- Enable remote sensing 124
- Stability 125
- CV regulation 125
- Output rating 125
- Output noise 125
- System Related Operation 127
- Using the Utility Menu 128
- Editing values 130
- Utility Menu Summary 131
- System Related Operation 4 133
- Reading error messages 134
- Changing the power-on state 136
- Configuring the beeper 137
- Performing a self-test 140
- Setting the smooth function 147
- Enable refresh hold 150
- Enable data hold 151
- Storing a state 152
- Recalling a stored state 153
- Remote Operation 154
- GPIB address 155
- SCPI commands 157
- Agilent Technologies 159
- Recommended Test Equipment 160
- Using an electronic load 163
- Test Considerations 164
- Input Connections 165
- Alternate connection path 166
- Self-test 173
- Zero offset verification test 174
- Input Function Range 175
- Gain verification test 176
- AC voltage verification test 177
- AC current verification test 178
- Output verification test 181
- CV noise effect 184
- Load transient response time 185
- 0 A 3 A ±0.003 A 187
- 3 A 3 A ±0.0075 A 187
- CC noise effect 189
- Additional Verification Tests 191
- 1000 μF 1000 μF±15 μF 192
- 10000 μF 10000 μF±250μF 192
- Calibration Procedures 195
- Calibration Overview 196
- Calibration interval 197
- Adjustment is recommended 197
- Time required for calibration 197
- Calibration Process 199
- Calibration Security 200
- Calibration Count 206
- Calibration Message 207
- Selecting the adjustment mode 208
- Entering adjustment values 208
- Key Description 209
- General calibration procedure 210
- Adjustments procedures 213
- Gain adjustments 215
- 1000.00 Hz, 1 V 221
- 1 kHz 1 V 221
- 1000.00 Ω 1000 Ω 223
- 100.000 Ω 100 Ω 223
- 1.0000 mA, 1 kHz 1 mA 1 kHz 225
- 10.0000 mA, 1 kHz 10 mA 1 kHz 225
- Calibration Procedures 6 227
- Output adjustments 228
- S2 (8 V/3 A) 230
- OUt-L 0 A 230
- OUt-H 3 A 230
- +S + + – – –S 234
- Disassembly and Repair 239
- Operating Checklist 240
- Cleaning 241
- Fuse Replacement 241
- Mechanical Disassembly 247
- Disassembly and Repair 7 249
- Front panel removal 250
- Front panel disassembly 253
- Replaceable Parts 255
- To Order Replaceable Parts 256
- Types of Services Available 257
- Repackaging for Shipment 258
- Product Characteristics 260
- Specification assumptions 262
- DC specifications 262
- AC specifications 265
- Frequency specifications 266
- Operating specifications 268
- Supplementary characteristics 269
- Safety considerations 273
- Specifications assumptions 273
- Performance specifications 274
- Range S1 0.2 V 276
- Sweep specifications 278
- List of Error Messages 279
- Error Messages 280
- Command errors 281
- Execution errors 282
- Internal errors 283
- Query errors 283
- Device specific errors 283
- Self-test errors 284
- Calibration errors 285
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