This paper is designed to review the MEMS switch by considering key aspects on the basis
of mechanical structure, actuation methods, and types of contact and circuit configurations …

This study reports the design and analysis of novel step structure RF micro‐
electromechanical system (MEMS) switch for low pull‐in voltage, low insertion loss and high …

In this paper, we have enhanced the performance of the existing switch operating at 35 GHz
by using a novel optimization process and these results are compared with the existing …

This paper present the design and simulation of a circular patch antennas integrated with
low pull in voltage novel iterative meander RF MEMS switch. The transmitting signal can be …

Abstract Tunnel Field Effect Transistor (TFET) has become one of the promising devices to
be part of Integrated circuits as the technology advances to the nanoscale. A TFET has many …

Optimization of the RF MEMS switch is essential to enhance its performance characteristics
at high frequency Millimeterwave applications. Many optimization techniques have been …

Now a days, filters became essential component in many of the RF, satellites and wireless
communication networks and system. The size and complexity of the system increases while …

RF MEMS switches have been employed in many commercial and defense applications due
to their high potentiality at microwave and millimeter wave frequencies. In this paper, an RF …

In this paper, two types of RF MEMS switches namely step structure and Normal beam
structure are designed and analyzed using different meander techniques. Three techniques …

This study aims to propose a new fabrication method for an ohmic contact type RF-MEMS
switch with Au–Au/carbon nanotube (CNT)-composite contacts. These contacts are …