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34410A/11A/L4411A User’s Guide 23
Quick Start 1
To Make a 2-Wire Temperature Measurement
Press to select the temperature function. Then press
and select RTD-2W or THERMISTOR-2W from the menu.
• Probe types: 2.2 kΩ, 5 kΩ, 10 kΩ thermistors; 0.00385/°C RTD
• Configurable parameters: PROBE TYPE, THERMISTOR or RTD value, AUTO ZERO, OFFSET
COMP (RTD probes only), INTEGRATION, UNITS, NULL, and NULL VALUE
To Make a 4-Wire Temperature Measurement
Press to select the temperature function. Then press
and select RTD-4W or THERMISTOR-4W from the menu.
• Probe types: 2.2 kΩ, 5 kΩ, 10 kΩ thermistors; 0.00385/°C RTD
• Configurable parameters: PROBE TYPE, THERMISTOR or RTD value, OFFSET COMP
(RTD probes only), INTEGRATION, UNITS, NULL, and NULL VALUE
All 4-wire temperature measurements are made with auto-zero on.
Connect test leads as shown:
Thermistor or RTD
Connect test leads as shown:
Thermistor or RTD
UG_ED5.book Page 23 Thursday, March 1, 2012 11:28 AM
- Agilent 34410A/11A 1
- 6 ½ Digit Multimeter 1
- Safety Information 3
- Ω 4W"). The Protec 4
- Additional Notices 5
- Standard Limit 6
- (true-rms) 7
- (34410A/11A) 9
- Functions” 10
- In This Guide… 11
- Quick Start 13
- Basic Multimeter Operations 14
- Front-Panel Keys 15
- To Measure DC Voltage 18
- To M ea s u re A C Vo ltag e 18
- To Measure DC Current 19
- To Measure AC Current 19
- Connect test leads as shown: 20
- Resistance 20
- To Measure Frequency 21
- To M ea s u re Pe riod 21
- To M ea s u re C apacita nce 22
- Thermistor or RTD 23
- To Test C ontinu ity 24
- To Ch ec k D iode s 24
- ~ voltage 24
- ~ 0.8V (not adjustable) 24
- Other Basics of Operation 25
- 1Quick Start 26
- To Adjust the Carrying Handle 27
- Contents 29
- Features and Functions 35
- Triggering the Multimeter 67 36
- Data Logging 78 36
- System-Related Operations 82 36
- Power-On and Reset State 85 36
- SCPI Commands 37
- Front Panel Display 38
- Annunciators 40
- <feed> 41
- ManRng annunciator 42
- Continuity and Diode Tests 47
- Multimeter State Storage 48
- Accessing Reading Memory 49
- Multimeter Reset 50
- DC Measurements 51
- DC Input Impedance 53
- AC Measurements 54
- Gate Time 55
- Auto Zero 56
- <function> 56
- Null Measurements 59
- Radix Character (34410A/11A) 60
- Beeper (34410A/11A) 61
- Math Functions 62
- Using Statistics 65
- Limit Testing 66
- Triggering the Multimeter 67
- Auto Triggering (34410A/11A) 68
- Reading Hold (34410A/11A) 69
- Immediate Triggering 69
- <level> 70
- Number of Samples per Trigger 71
- Trigger Delay 72
- Automatic Trigger Delay 73
- External Triggering 75
- Trigger Slope 77
- Data Logging 78
- System-Related Operations 82
- Error Conditions 83
- Reading the Error Queue 84
- NISPOM Memory Sanitization 84
- Calibration 84
- Power-On and Reset State 85
- Stored States ● No change 86
- Enabled 86
- Remote annunciator turns 88
- Configuring the USB Interface 90
- Configuring the LAN Interface 91
- Configuring LAN Parameters 92
- IP Address 93
- Subnet Mask 93
- Default Gateway 94
- Host Name 94
- DNS Server 95
- Web Password 95
- Measurement Tutorial 99
- High-Speed Measurements 117 100
- DC Measurement Considerations 101
- Noise Rejection 102
- Noise Caused by Ground Loops 103
- 4–Wire Ohms Measurements 104
- True RMS AC Measurements 106
- Measurement Tutorial 4 109
- 10, provided there 111
- DC Current Measurements 112
- Capacitance Measurements 113
- Temperature Measurements 115
- Auto Zero On/Off 116
- Integration 116
- Offset Compensation 116
- NULL Reading: 116
- High-Speed Measurements 117
- Settling Time Effects 119
- Loading Errors (ac volts) 119
- Measurements Below Full Scale 120
- Low–Level Measurement Errors 120
- Common Mode Errors 122
- Leakage Current Errors 122
- Specifications 123
- DC Characteristics 125
- 5 Specifications 126
- Trans fe r Accuracy (Typical) 126
- AC Characteristics 128
- Specifications 5 131
- Frequency and Period 131
- Measurement Considerations 131
- Settling Considerations 131
- Capacitance Characteristics 132
- Temperature Characteristics 132
- Measurement and System Speeds 134
- System Speeds 135
- Data From Memory 136
- Triggering and Memory 137
- Dimensions 138
- \0.003% of 5 VDC 140
- \30 ppm of 5 VDC 140
- Trans fe r A c cur ac y 141
- 24–Hour Accuracy 141
- 90–Day and 1–Year Accuracy 141
- Temperature Coefficients 141
- for dc voltage measurements 142
- Agilent Technologies 143
- √ Documents & Downloads 144
- √ Instrument Drivers 147
- Directive, 5 152
- Web Browser, 98 152
- Web Password, 91, 95 152
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