A novel synthesis method for lumped-element bandpass filters is proposed on the basis of
frequency-dependent coupling matrices, which can preserve the moderate bandwidth …

With the increased requirements of real-time grid monitoring, disturbance location, and
situation awareness, Phasor Measurement Units (PMUs) have become more critical for the …

The low permittivity and the low loss tangent of the benzocyclobutene polymer (BCB) offers
to coplanar waveguides (CPW) a low dispersive propagation properties at THz frequency …

An L-2L through-line de-embedding method has been verified up to millimeter wave
frequency. The parasitics of the pad can be modeled from the L-2L through-line …

Programmable logic controllers (PLCs) are used to control devices throughout the power
system since they have fast control capabilities and can utilize multiple types of …

The fabrication of passive RF structures in the millimeter wave frequency range with
conventional printed circuit technology is subjected to some disadvantages (available …

This paper presents a W-band low power, wideband low noise amplifier design in 65nm
CMOS. Low noise amplifier consists of six-stage to obtain high gain. For a high-data rate …

Uncovering relationships between the structural parameters and the dielectric properties of
cotton fabrics brings two consequential benefits: development of a structural analysis …

Fractional-order calculus exhibits clear advantages over modeling the nonlinear and
complex physics phenomena. In this article, fractional-order calculus is introduced to the …

A new on-wafer de-embedding method using thru, short and open patterns sequentially is
proposed to eliminate the errors of conventional methods. This “thru-short-open” method is …