Extensive work has demonstrated broadband, low-reflection transitions between substrate-integrated waveguide (SIW) and other planar lines, including microstrip, coplanar waveguide (both regular and co...
In this talk, flexible antennas, interconnects, “smart” encapsulation and packages, RF electronics, RFIDs, microfluidics and sensors fabricated on PET, paper and other flexible substrates are introduc...
The integration and packaging of electronic components and systems at mm-wave and THz frequencies present unique challenges. As operating frequencies increase, conventional transmission media such as ...
Gap waveguide technology has emerged as a promising solution for high-frequency systems, enabling low-loss transmission and integration flexibility without the need for electrical contact between meta...
An overview of the PCM RF switch technology at Tower Semiconductor will be presented. Different integrations with their advantages and disadvantages for different product applications will be discusse...
This presentation demonstrates a low Ron*Coff (<12fs) PCM RFS on N16 and N40 platform with enhanced phase change material (PCMe) on low-cost bulk substrate. The switch maintains stable Ron over...
In this talk, we will present a breakthrough optical actuation method that leverages the optical absorption properties of PCMs at infrared wavelengths. By using a 915nm pulsed laser source and SiN wav...
Microwave and mm-wave switches are key components in communication systems. They are used for signal routing and for realizing a wide range of reconfigurable microwave and mm-wave devices. Phase-Chang...
Innovative PCM circuits and switches will be presented in this presentation. The presentation will cover switches and switch circuits. A DPDT integrated switch with less than 1dB loss and more than 25...
The non-linear properties of phase-change materials (PCMs), particularly vanadium dioxide (VO2), offer a powerful mechanism for controlling the electromagnetic wave. This presentation highlights recen...