Agilent Technologies B2902 Guide de l'utilisateur Page 200
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- Table des matières
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Noté. / 5. Basé sur avis des utilisateurs
6- 12 Agilent B2900 User’s Guide, Edition 2
Function Details
Over Voltage/Current Protection
Over Voltage/Current Protection
The over voltage/current protection is effective for preventing damage to the test
device from overcurrent or overvoltage. If this function is enabled, the
source/measure unit (SMU) sets the output to 0 V and sets the output switch to off
automatically and immediately when it reaches the compliance status.
To set the over voltage/current protection, see “Output Connection dialog box” on
page 4-25.
- Agilent B2900 Series 1
- Precision Source/Measure Unit 3
- Safety Summary 5
- Safety Symbols 7
- Product Stewardship 15
- In This Manual 16
- Contents 17
- 1 Getting Started 25
- D: Dual view 26
- 1: Single view 26
- Applying DC Output 27
- **UDSK9LHZ 31
- Operation Tips 32
- Operation Summary 34
- View key 37
- Getting Started 40
- 2 Introduction 41
- Front View 44
- Rear View 47
- Serial Number 48
- Source/Measure Unit 49
- Measurement Parameters 50
- Limit/Compliance 50
- Output and Measurement Ranges 51
- Specification Conditions 56
- Maximum Voltage and Current 56
- Source Specifications 56
- Measurement Specifications 56
- Pulse peak 60
- Pulse width 60
- Pulse base 60
- Output Characteristics 63
- Resistance Measurement 65
- System Speeds 65
- General Specifications 67
- Front Panel Interface 68
- Easy-to-use Key Operations 68
- Sweep Measurement 70
- Data Buffers 70
- Programming Language 71
- USB File System 71
- Digital I/O Interface 72
- Software and Drivers 73
- Furnished Accessories 74
- Available Accessories 74
- 3 Installation 77
- Inspecting the Shipment 79
- Checking for Errors 80
- Safety Considerations 81
- Environment 81
- Connecting the Power Cord 81
- Bench Installation 82
- Rack Installation 83
- Removing the Bumper 83
- Removing the Handle 83
- Cleaning 84
- Self-test 84
- Self-calibration 85
- Calibration 85
- Connecting a DUT 86
- Floating 88
- Using Test Leads 89
- Using the N1295A Test Fixture 90
- Using the 16442B Test Fixture 91
- 2-wire connections 92
- 4-wire connections 92
- Guarding 94
- $QRGH 96
- &DWKRGH 96
- Installation 97
- GPIB/USB Interfaces 98
- LAN Interface 100
- Connecting to a Site LAN 100
- Modifying the LAN Settings 101
- Communicating Over the LAN 102
- Using Telnet 103
- Using Sockets 103
- Using Digital I/O 105
- 4 Front Panel Reference 107
- Hard Keys and Rotary Knob 109
- Display and Assist Keys 111
- Dual View 112
- Single View 114
- Range parameters 117
- Sweep parameters 118
- Pulse parameters 120
- Trigger parameters 121
- Graph View 123
- Roll View 125
- Status Information 128
- Function Keys 129
- Config key group 130
- Output Connection dialog box 131
- Output Filter dialog box 132
- Sweep dialog box 133
- Ranging dialog box 134
- Wait Control dialog box 135
- Math Expression dialog box 136
- Limit Test Setup dialog box 138
- Trace Buffer Setup dialog box 140
- Trigger key group 141
- Measure Result dialog box 144
- Limit Test Result dialog box 145
- File Selection dialog box 147
- Program key group 148
- I/O key group 149
- Data Output Format 150
- Format (Measure) dialog box 150
- Format (Trace) dialog box 151
- LAN Configuration dialog box 152
- DIO Configuration dialog box 152
- DIO Read/Write dialog box 153
- Display key group 154
- System key group 155
- 5 Front Panel Operations 157
- Starting measurement 158
- Basic Operations 159
- Setting the Power Frequency 161
- Setting the Beeper 162
- Setting the Date and Time 162
- Performing the Self-Test 162
- Displaying the Error Message 163
- Clearing the Error Buffer 163
- Clearing Timestamp 163
- Setting the GPIB Address 164
- Front Panel Operations 165
- Controlling the Source Output 165
- Stopping the Source Output 166
- Setting the Output Range 166
- Setting the Pulse Output 167
- Setting the Sweep Output 168
- Setting the List Sweep Output 169
- Setting the Source Wait Time 170
- Setting the Output Filter 170
- Setting the Connection Type 171
- Protection 172
- Function 173
- Setting the Sweep Direction 174
- Setting the Measurement Mode 176
- Performing Spot Measurement 176
- Stopping Measurement 176
- Setting the Measurement Speed 176
- Setting the Measurement Range 177
- Performing Sweep Measurement 177
- Using the Math Function 181
- Performing the Limit Test 182
- Setting the Trace Buffer 186
- Selecting a Program 188
- 6 Function Details 189
- To Set Compliance 191
- Setting the Ranging Mode 192
- Aperture Time 193
- Overhead Time 193
- Pulse Output 195
- To Set Pulse Output 196
- Sweep Output 197
- List Sweep 198
- Output Filter 199
- Output-Off Status 201
- High Capacitance Mode 203
- Resistance Compensation 204
- Predefined Math Expressions 205
- Limit Test 208
- Function Details 209
- Trace Buffer 211
- Program Memory 213
- Channel Grouping 214
- Trigger Source 215
- ARM Layer 216
- TRIGger Layer 216
- Device Actions 217
- Trigger Output 218
- Synchronous Device Actions 219
- Interlock Function 220
- Over Temperature Protection 221
- Initial Settings 222
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