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Search Publications by: Nicholas G. Paulter Jr. ()

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Displaying 126 - 150 of 251

High-Bandwidth Coaxial PWB Transmission Line Probe

December 5, 2005
Author(s)
Nicholas Paulter, Robert H. Palm, Dwight D. Barry
The design and test of a wide bandwidth (3 dB attenuation bandwidth > 20 GHz) , 50 ohm , coaxial probe for the electrical characterization of printed wiring board (PWB) transmission lines is described. The probe makes thousands of repeated contacts, using

A Discussion of the IEEE Standard on Transition and Pulse Waveforms, Std-181-2003

October 1, 2004
Author(s)
Nicholas Paulter, Donald R. Larson, Jerome J. Blair
The IEEEStd-181-2003, which is a newstandard on pulse techniques and definitions, has been recently published. This standard was written to replace the withdrawn IEEE standards, Std-181-1977 and Std-194-1977. The Std-181-2003 combines information from both

The IEEE Standard on Transitions, Pulses, and Related Waveforms, Std-181-2003

August 1, 2004
Author(s)
Nicholas Paulter, Donald R. Larson, Jerome J. Blair
The IEEE has written a new standard on pulse techniques and definitions to replace the withdrawn standards, IEEE-Std-181-1977 and Std-194-1977. The Std-181-2003 combines information from both of the withdrawn standards. Relative to the withdrawn standards

NIST Impulse Spectrum Amplitude Measurement Service

July 1, 2004
Author(s)
Nicholas Paulter, Donald R. Larson
The NIST service for measuring the impulse spectrum amplitude of the output of impulse generators is described. The calibration procedures used in this measurement service were recently modified and this reduced both the time for measurement and the

Pulse Parameter Dependence on Transition Occurrence Instant and Waveform Epoch

May 20, 2004
Author(s)
Donald R. Larson, Nicholas Paulter, David I. Bergman
The pulse parameters of amplitudeds and transition duration (10% to 90 %) are examined as a function of the epoch and position of the transition edge in the epoch. The primary explanations for the observed variations are the pulse aberrations and the

The Effect of Tilt on Waveform State Levels and Pulse Parameters

May 20, 2004
Author(s)
Nicholas Paulter, Donald R. Larson
Tilt is the slope in waveform values that occurs before and/or after a waveform transition. Tilt causes a bias in the computed values of waveform state levels that may affect the value of several waveform parameters. The effects of tilt on pulse parameters

Pulse Parameter Dependence on Transition Position and Epoch Duration

May 18, 2004
Author(s)
Donald R. Larson, Nicholas Paulter, David I. Bergman
The pulse parameters of amplitudes and transition duration (10% to 90%) are examined as a function of the epoch and position of the transition edge in the epoch. The primary explanations for the observed variations are the pulse aberrations and the finite

NIST-NPL Interlaboratory Pulse Measurement Comparison

January 13, 2004
Author(s)
Nicholas Paulter, A. G. Smith, Donald R. Larson, T. M. Souders, A. G. Roddie
A comparison of the pulse parameter values obtained from the pulse measurement services of the National Institute of Standards and Technology, USA and the National Physical Laboratory, UK was performed. The comparison was based on the pulse parameters of

Sources of Uncertainty in the Nose-to-Nose Sampler Calibration Method

October 1, 2003
Author(s)
Nicholas Paulter, Donald R. Larson
We analyze the nose-to-nose (ntn) method for use as an accurate sampler calibration method. The variations in the measurement of the sampler impulse response using the ntn method are presented, and the validity of the assertion that the kick-out pulse is
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