Abstract Micro Electro Mechanical System (MEMS) technology revolutionized electronics by
enabling miniaturization and integration of components like sensors, actuators, & switches …

This paper deals with the study of dimple type RF MEMS capacitive shunt switch using
different meandering techniques for high isolation and low actuation voltage. The novelty of …

This paper presents the Electromagnetic modelling and simulation analysis of an RF MEMS
Shunt switch. The S parameters are investigated with different analysis such as changing …

This paper designs and analyzes a novel RF MEMS capacitive switch with a high on/off
capacitance ratio and low pull-in voltage. Compared with general capacitive RF MEMS …

The micro-electro-mechanical-system switch performance significantly depends on
materials used for the design of different components. The two most important elements of …

This paper presents a novel structure of capacitance shunt type RF switch for 5G
applications. The proposed RF MEMS switch is having Cantilever type designed with …

In this paper, a capacitive RF MEMS switch working in shunt configuration is designed and
optimized using FEM software. An electrostatically actuated fixed–fixed type shunt switch is …

In this paper, SP4T (Single Pole four throw) type RF MEMS Switch is designed for Satellite
applications. The beam thickness of the switch is varying from 1 μm, 1.5 μm, and 2 μm. The …

Miniaturization of mechanical or electromechanical systems has paved the way to develop
Micro Electro Mechanical Systems (MEMS), and they have the potentials for application in …

A new structure for low‐loss and high‐isolation radio‐frequency microelectromechanical
systems (RF MEMS) switches is presented. The high contact force of the switch leads to very …