Calibration of a Measurement System for High Frequency Nonlinear Devices Jan Verspecht bvba
Page 1 Calibration of a Measurement System for High Frequency Nonlinear Devices Jan …

Measurement of microwave and UHF signals is often done with sampling techniques. In this
paper, the techniques and technology of sampling of electrical signals is reviewed from …

A method is proposed to find the individual impulse response of broad-band sampling
oscilloscopes (HP54124T, 50 GHz bandwidth). The method is based on the fact that, when …

We review the waveform metrology program developed over many years at the National
Institute of Standards and Technology. The goal of this program is to provide a measurement …

A system is presented for the accurate measurement of high-frequency periodic time-domain
voltage and current waveforms of a nonlinear microwave device. The measurements are …

A 2.4 GHz MESFET sampler is designed and tested. Transistor nonlinearities as well as
propagation effects on transmission lines are precisely modelled. Waveforms of dynamic …

A large-signal automatic stepped CW waveform measurement system for nonlinear device
characterization is presented that combines the high accuracy of a vector network analyzer …

In the past the" nose-to-nose" calibration procedure has been introduced as probably the
most accurate method to determine the impulse response of broadband sampling …

In this paper, we present a new advanced calibration and normalization procedure for time
domain reflection and transmission (TDR/T-) measurements. Our approach reduces the …

The primary system used at NBS, Boulder, CO, to measure fast (picosecond-nanosecond
range), repetitive, electrical pulse parameters consists essentially of a wide-band (dc-18 …