Keithley 2100 Digitale multimeter
Fabrikant:
Model:
2100
Datum:
2007
Categorie:
Groep:
Omschrijving:
6 1/2-Digit Resolution Digital Multimeter

Informatie

The Keithley Instruments Model 2100 is a rugged and versatile 6 1/2-digit resolution digital multimeter. It has 0.003% one-year basic DC voltage accuracy at 10V range and 0.005% one-year basic resistance accuracy at 10kΩ range. At 6 1/2 digits, the multimeter delivers 50 triggered RDGS/sec via the USB remote Interface. At the fast 4 1/2-digit setting, it reads over 2000 RDGS/ sec into its internal buffer. • Resolution: 6 1/2 digits • 5x7 dot-matrix VFD, dual displays with 3-color annunciators • Eleven standard measurement functions and eight math functions • Stability, accuracy, and speed • Built-in USB interfaces • DC voltage: 0.1V, 1V, 10V, 100V, and 1000V • AC voltage: 0.1V, 1V, 10V, 100V, and 750V • DC current: 10mA, 100mA, 1A, and 3A • AC current: 1A, and 3A • Two and 4-wire resistance: 100Ω, 1KΩ, 10KΩ, 100KΩ, 1MΩ, 10MΩ, and 100MΩ • Frequency: From 3Hz to 300kHz • Period measurement • Diode measurement • Continuity measurement for resistance Some additional capabilities of the Model 2100 include: • Temperature measurement using RTDs • Full math functions: dB, dBm, MX+B, ratio, percentage, Max/Min, null, and limits • TMC compliant USB remote control Interface for PC control • Microsoft® Office Word, and Excel add-in tools for remotely storing and recalling the measured values from these applications

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Gebruikershandleiding
Handleidingen type:
Gebruikershandleiding
Pagina’s:
159
Grootte:
13.09 Mbytes (13726725 Bytes)
Taal:
english
Herziening:
C
Handleidingen-ID:
2100-900-01
Datum:
Kwaliteit:
Elektronisch document, geen scan, zeer goed leesbaar.
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2012 05 20
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Informatie

Section Topic Page 1 General Information ... 1-1 Introduction ... 1-2 Feature overview ... 1-2 Specifications ... 1-3 Manual addenda ... 1-3 Precautions for operation ... 1-3 Upkeep of the Model 2100, ... 1-3 Safety information ... 1-4 Safety symbols and terms ... 1-4 Inspection for damage ... 1-4 Shipment contents ... 1-5 Instruction manual ... 1-5 Repacking for shipment ... 1-5 2 Getting Started ... 2-1 Overview ... 2-2 Setting up the Model 2100 Digital multimeter ... 2-2 Adjusting the handle ... 2-2 Setting the line voltage ... 2-4 Connecting the power ... 2-7 Changing the fuses ... 2-9 Factory default settings ... 2-18 Model 2100 familiarization ... 2-19 The front panel ... 2-19 The display ... 2-21 The rear panel ... 2-23 3 Basic Measurement Functions ... 3-1 Introduction ... 3-2 Voltage measurements (DC and AC) ... 3-2 How to measure voltage ... 3-3 Current measurements (DC and AC) ... 3-3 How to measure current ... 3-3 Resistance measurements (2- and 4-wire) ... 3-4 How to measure resistance ... 3-6 Frequency and period measurements ... 3-6 How to measure frequency and period ... 3-6 Continuity measurements ... 3-7 How to measure the continuity ... 3-7 Diode measurements ... 3-7 How to measure a diode ... 3-8 RTD measurements ... 3-8 2-wire RTD measurements ... 3-8 3-wire RTD measurements ... 3-9 4-wire RTD measurements ... 3-10 4 Front Panel Operations ... 4-1 Introduction ... 4-2 Measurement configuration ... 4-2 Set ADC (Auto Zero and Auto Gain) ... 4-2 Filter ... 4-4 Resolution setting (digits) ... 4-6 DC input resistance ... 4-7 Threshold resistance (continuity) ... 4-8 Range (manual and auto) ... 4-9 Rate (integration time) ... 4-10 Sensor selection for temperature ... 4-11 Measurements ... 4-11 RTD ... 4-11 Input terminal switch ... 4-13 Trigger operations ... 4-14 Trigger mode ... 4-14 Trigger source ... 4-16 Trigger setting ... 4-18 Math operations ... 4-20 Ratio ... 4-21 % (Percent) ... 4-22 MIN/MAX ... 4-23 Null ... 4-24 Limits test ... 4-25 MX+B ... 4-26 dB ... 4-27 dBm ... 4-29 Other system-related operations ... 4-31 Display ... 4-31 Beeper ... 4-32 Reading memory (store and recall) ... 4-33 Sensitivity band (Hold) ... 4-35 Initial mode ... 4-35 Language ... 4-36 Error condition ... 4-37 Firmware revision ... 4-38 Calibration ... 4-41 Self-test ... 4-41 5 Remote Interface Operations ... 5-1 Introduction ... 5-2 Pass/fail output from the USB connector ... 5-2 Setting up the remote Interface ... 5-2 Remote Interface commands ... 5-3 Common commands ... 5-3 Other measurement configuration commands ... 5-7 Math operation commands ... 5-7 Triggering ... 5-8 Triggering commands ... 5-8 System-related commands ... 5-9 Status reporting commands ... 5-9 Other Interface commands ... 5-10 6 Error Messages ... 6-1 Introduction ... 6-2 Execution errors ... 6-2 Self-test errors ... 6-4 A Specifications ... A-1 B Remote Interface Reference ... B-1 An introduction to SCPI language ... B-2 Command format used in this manual ... B-2 SCPI parameter types ... B-4 Output data formats ... B-5 The MEASure? command ... B-6 The CONFigure command ... B-7 The measurement configuration command ... B-9 The math operation command ... B-14 The triggering commands ... B-17 The system-related commands ... B-18 Other Interface commands ... B-20 The SCPI status pattern ... B-20 Status reporting commands ... B-26 Model 2100-specific SCPI compliance information ... B-28 IEEE-488 compliance information ... B-30 About application programs ... B-30 Visual Basic 6 programming example 1: MEASure.bas ... B-30 Visual Basic programming example 2: CONFigure ... B-33 Visual C++ programming example: DEVQUERY ... B-35 Visual C++ sample application ... B-35 Index ... I-1

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Servicehandboek
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Taal:
english
Herziening:
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Handleidingen-ID:
2100-905-01
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Informatie

Calibration Manual Table of Contents Introduction ... 2 Control Software ... 2 Environmental conditions ... 3 Calibration considerations ... 3 Recommended test equipment ... 3 Firmware revision ... 4 Calibration code ... 5 Zero calibration (Front/Rear) ... 5 Front panel zero calibration ... 5 Rear panel zero calibration ... 6 Voltage function adjustment (DC and AC) ... 6 DC voltage range adjustment ... 6 AC voltage range adjustment ... 9 Ohms function adjustment ... 12 Resistance low range adjustment (100Ω - 1MΩ) ... 12 Resistance high range adjustment (10MΩ - 100MΩ) ... 16 Current function adjustment (DC and AC) ... 18 DC current range adjustment ... 18 AC current range adjustment ... 20 Calibration date ... 22 Performance verification ... 22 DC voltage accuracy verification ... 22 AC voltage accuracy verification ... 23 Resistance accuracy verification ... 23 DC current accuracy verification ... 24 AC current accuracy verification ... 24 Frequency accuracy verification ... 24

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