Comprehensive study on RF-MEMS switches used for 5G scenario
LY Ma, N Soin, MHM Daut, SFWM Hatta - IEEE Access, 2019 - ieeexplore.ieee.org
This paper presents a comprehensive study on radio frequency-microelectromechanical
systems (RF-MEMS) switches, which are expected to be extensively integrated into 5G …
systems (RF-MEMS) switches, which are expected to be extensively integrated into 5G …
Mechanical modeling, numerical investigation and design of cantilever beam for low pull-in MEMS switch
The pull-in voltage of an electrostatically actuated cantilever-based series type MEMS switch
suitable as a switching device in several applications can be lowered by reducing its …
suitable as a switching device in several applications can be lowered by reducing its …
Analytical modelling, design optimisation and numerical simulation of a variable width cantilever beam MEMS switch
Pull-in potential of electrostatic actuation ohmic cantilever beam type RF MEMS switch is
lowered by reducing stiffness constant of its cantilever beam. However, this design objective …
lowered by reducing stiffness constant of its cantilever beam. However, this design objective …
Design, modeling and analysis of perforated RF MEMS capacitive shunt switch
KS Rao, CG Chand, KG Sravani, D Prathyusha… - IEEE …, 2019 - ieeexplore.ieee.org
This paper illustrates the design, modeling, and analysis of bridge type structure based
capacitive RF MEMS switch with different beam thickness and materials. We have used …
capacitive RF MEMS switch with different beam thickness and materials. We have used …
Investigations on beam membrane and dielectric materials using Ashby's methodology and their impact on the performance of a MEMS capacitive switch
The micro-electro-mechanical-system switch performance significantly depends on
materials used for the design of different components. The two most important elements of …
materials used for the design of different components. The two most important elements of …
Optimization and analysis of bridge type RF MEMS switch for X-band
KG Sravani - Microsystem Technologies, 2021 - Springer
This paper presents design and optimization of a bridge-type RF MEMS switch with and
without perforations having non-uniform meanders for applications in the low-frequency (X …
without perforations having non-uniform meanders for applications in the low-frequency (X …
Design and experimental validation of a restoring force enhanced RF MEMS capacitive switch with stiction-recovery electrodes
M Li, J Zhao, Z You, G Zhao - Microsystem Technologies, 2017 - Springer
This paper presents an approach for restoring force enhancement to radio frequency (RF)
micro-electro-mechanical systems (MEMS) switch with stiction-recovery actuation …
micro-electro-mechanical systems (MEMS) switch with stiction-recovery actuation …
Mathematical modeling and numerical simulation of novel cantilever beam designs for ohmic RF MEMS switch application
PV Kasambe, A Barwaniwala… - … on Advances in …, 2019 - ieeexplore.ieee.org
RF MEMS switch is characterized by its pull-in potential. Stiffness constant of cantilever
beam plays an important role in determining its pull-in potential. Stiffness constant of the …
beam plays an important role in determining its pull-in potential. Stiffness constant of the …
Improve the performance of a novel capacitive shunt RF MEMS switch by beam and dielectric materials
This paper deals with design and simulation of RF MEMS Shunt type switch having non-
uniform meanders. The device is optimized and done various electromechanical and RF …
uniform meanders. The device is optimized and done various electromechanical and RF …
Layered axial force coupled membrane based metal contact single-pole quad-throw RF MEMS switch: design, RF performance and mechanical modeling
T Singh, N Kaur - Microsystem Technologies, 2016 - Springer
RF MEMS is a perfect candidate to replace the conventional switches used for microwave
frequency. Most of the RF MEMS switches developed generally concentrate on single-pole …
frequency. Most of the RF MEMS switches developed generally concentrate on single-pole …