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Fluke Technical Papers
A New Method for the Calibration of the mV Ranges of an AC Measurement Standard »
A Poor Man's Resistance Bridge
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A Preliminary Assessment of the Effectiveness of 5700A Artifact Calibration
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A Traceability Technique for Complex Waveform Generators
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A Wheatstone Bridge for the Computer Age
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A study on the stability of standard platinum resistance thermometer in the temperature range from 0 degrees C through 720 degrees C
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Accreditation Experiences of an American Company
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Accrediting Artifact Calibration of a Multi-Function Calibrator
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An Application of the Guide to Measurement Uncertainty
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An Assessment of Artifact Calibration Effectiveness for a Multifunction Calibrator
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An Investigation of Long-Term Stability of a Precision Platinum Resistance Thermometer up to 660°C
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An investigation of long-term stability of a precision platinum resistance thermometer up to 660 degrees C
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Automated Batch Temperature Probe Calibration
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Automation-Validation-Verification with an Accredited Laboratory
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Calibrating Precision Multimeters Using a Characterized Multifunction Calibrator »
Calibration Data Management: Meeting the Reporting Requirements of ISO/IEC FDIS 17025
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Calibration Intervals, a Manufacturer's Perspective »
Calibration and Traceability of a Fully Automatic AC Measurement Standard
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Closing the Measurement Gap. An alternative to traditional methods for disseminating traceability in electrical calibration.
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Comparison Between Melting and Freezing Points of Aluminum and Silver »
Control Charting Laboratory References for Quality Control »
Cost-Effective Traceability for Oscilloscope Calibration
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Design and evaluation of the 792A AC/DC transfer standard* »
Design and implementation of a fully automated crossfloat system for the comparison of piston guages in guage and absolute measurement modes »
Determining Size of Source for Handheld Infrared Thermometers – Theory and Practice »
Developments in High Bandwidth Power Amplifier Technology, for Compact Cost Effective Calibrator Applications
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Easing the problem of traceability for complex waveforms by optimizing instrument
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Easing the problem of traceability for complex waveforms by optimizing instrument design
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Emissivity– The Crux of Accurage Radiometric Measurement »
Enhancing Reliability in a Multi-Function Calibrator Using Thermal Design »
Evaluation of out-of-tolerance risk in measuring and test equipment »
Fluke Accreditation Experiences
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Future Developments in Oscilloscope Calibration
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Gaining accreditation for an american standards laboratory »
Guardbanding Using Automated Calibration Software
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Guardbanding With Confidence
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Guardbanding and the World of ISO Guide 25: Is There Only One Way?
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Guiding Your Organization through Laboratory Accreditation: A Technical Manager's Experience
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Having Confidence in Specification
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High Resistance Measurements
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How does temperature non-uniformity of an annealing furnace affect SPRT stability? »
How the Loading of an AC/DC Transfer Standard Can Affect Your Measurements of AC Voltage and Current
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How to Maintain Your Confidence (in a World of Declining Test Uncertainty Ratios)
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Impact of VSWR on the Uncertainty Analysis of Harmonics for a Scope Calibrator Instrument
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Implementing ISO 17025 Measurement Uncertainty Requirements in Software
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Improving Accuracy of Power and Power Quality Measurements
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Infrared uncertainty budget determination in an industrial application »
Interpolating Between Calibration Points for an AC/DC Transfer Standard
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Josephson-Voltage Standard in a Working Calibration Laboratory
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Low voltage traceability and uncertainty evaluation for high accuracy thermocouple calibration utilizing a modern automated potentiometer »
Maintaining 10 VDC at 0.3 ppm or Better in Your Laboratory
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Maintaining ISO 17025 Compliance in Automated Procedures
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Maintaining In-Situ Traceability on the Factory Floor with Process Metrology »
Maintaining Traceability at Remote Sites with Process Metrology
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Maintaining the Traceability of an Active Capacitance Source
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Maintenance and Calibration of HART Field Instrumentation
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Making Accurate DC Voltage Measurements in the Presence of Series Mode AC Signals
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Managing Calibration Confidence in the Real World
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Measurement Methods for a New RF & Microwave Calibration Source
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Measuring Output VSWR For An Active Levelled Source »
Methods for Evaluating the Condition of Platinum Resistance Thermometers »
Modern Precision Multimeter Measurements -- Putting Theory to the Test
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Moving a Standards Lab via the Internet
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Multiple Tones in Power Calibration
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North American Interlaboratory Comparison of 10V Josephson Voltage Standards
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Power Calibration is Getting Much Easier
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Predictability of Solid State Zener References
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Quality control of fixed-point cells during manufacturing »
Realization of the Freezing Point of Indium Using Stainless Steel-Cased Cells
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Reporting Requirements of ISO Guide 25 and the Prospective Replacement ISO/DIS 17025
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Signal Generators and Oscilloscope Calibration
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Signal Sourcing Requirements for Spectrum Analyzer Calibration
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Software Strategies for On-Site Calibration
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Study of a New Fixed-Point System for Calibration of Short Secondary Platinum Resistance Thermometers »
Supporting New Calibrators with Existing Equipment
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The Calibration and Use of Thermocouple Simulators
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The Challenges of Precision Analog Modulation Measurement »
The Design, Confirmation and User of a Compact Current Coil Set for Clampmeter Calibration
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The Effectiveness of Artifact Calibration in Computing Internal Resistance Values
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The Legacy Database and Part 11 »
Traceable Calibration of a GPS Disciplined Oscillator
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Uncertainty Analysis for Laboratory Accreditation
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Understanding and Dealing with High Frequency Error Sources in Oscilloscope Calibration
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Understanding phase noise in calibration applications »
Using Bar Codes to Ensure Data Integrity in Process Calibration
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Using Software to Collect and Report the Calibration Information Required by ISO 17025.
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Validation of Calibration Software by the Calibration Facility
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Verifying Precision Voltage Dividers and High Resistance Ratio Bridges Using a Josephson Voltage Standard
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Verifying the Wideband Input of an AC Measurement Standard »
What TUR Do You Really Need? Putting Statistical Theory into Practice
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Widening the Calibration Bandwidth
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