The tools and techniques to fully leverage coplanar technology Coplanar Microwave
Integrated Circuits sets forth the theoretical underpinnings of coplanar waveguides and …

A comprehensive electrooptic field-mapping technique is applied to the characterization of
near-field radiation patterns above a microstrip patch antenna. The amplitude and phase …

A new calibration technique for application to near-field probes has been developed. For
this, a simple electric coaxial near-field probe for application in the 0.05-20-GHz band has …

A field mapping system based on external electrooptic sampling has been developed in
order to determine the vectorial components of the electric near-field distribution within …

In this paper, a new combined electro-optic (EO) and pulsed nonlinear vector network
analyzer-based (NVNA) load-pull measurement system for distributed multiharmonic electric …

A novel approach to on-wafer measurement is proposed, which combines the direct electro-
optic probing technique with a field theory based extraction technique for the modal voltages …

For the first time, two-dimensional mappings representing both the amplitude and the phase
of microwave fields inside a traveling-wave amplifier (TWA) are presented. The direct electro …

Nowadays, electro-optic sampling based on ultra-short optical pulses becomes more and
more attractive for microwave engineers developing monolithic microwave integrated …

High frequency scanning force microscope (HFSFM) testing enables, among other
measurements, the probing of device internal electric potential distributions within monolithic …

For the first time, distributions of microwave signals in an MMIC are measured by electro-
optic field mapping techniques and compared with results of microwave CAD. In good …