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We2D-5: Mixed-Mode Distributed Physical-Based Model on OSFP Connector for Fast PAM-4 Channel Analysis and Pathfinding up to 212.5Gbps
Advanced mixed-mode distributed physical-based transmission line (mm-dPBTL) model is developed for fast PAM-4 signal-integrity (SI) diagnosis on high-speed connectors. This model includes loading effe...
We2D-6: THz Diffraction Radiation Analysis of Finite Graphene Strip Grating with Grounded Dielectric Substrate Excited by Electron Beam
We consider THz range diffraction radiation (DR) of a harmonically modulated electron beam passing above graphene-strip grating on dielectric substrate with perfectly electric conducting (PEC) ground ...
We2E-1: 50-Way W-Band All Waveguide Radial Combiner Design
This paper presents a novel and challenging design of a 50-way all-waveguide W-band radial combiner, utilizing WR10 ports for all connections. The novelty lies in its pioneering design and implementat...
We2E-2: Novel Radial Combiners with Integrated Low Pass Filtering Function
This paper presents a novel methodology to design compact radial combiners with integrated low pass filtering function. Such devices find application in high power systems that utilize solid-state hig...
We2E-3: A Multi-Functional Circularly Polarized All Pole Filtering Conical Horn Antenna
In this paper, we present a circularly polarized filtering conical horn antenna for aero-space communication applications. This filtering antenna basically includes the functionality of a band pass fi...
We2E-4: Rectangular Waveguide-Based CRLH Frequency Scanning Array Antenna Operating at W-Band
We present the design, modeling, and characterization of a prototype metallic waveguide-based composite right/left-handed (CRLH) frequency scanning array (FSA) operating in the frequency range of 77.8...
We2E-5: High-Power Handling, Amplitude and Phase Stable, Full Band WR-06 Rotary Joint Based on TE01 Mode
This paper presents the industry’s first WR-06 full waveguide band rotary joint. The joint is a novel design, which is capable of high-power handling and delivers superior amplitude and phase stabilit...
We2E-6: Optimizing Material and Shape of 3D-Printed Waveguide Terminations
This paper investigates the impact of shape and material (Ice9, PEKK-ESD, and PEEK-ESD) on the performance of waveguide terminations, with the goal of designing Ku-band (10.7–13.75 GHz) terminations t...
We2G-1: A 13.7–41GHz Ultra-Wideband Frequency Doubler with Cross-Coupled Push-Push Structure Achieving 10.6% Peak Efficiency and 7-dBm Psat
This paper presents a 13.7–41 GHz frequency doubler with high conversion gain and efficiency. A cross-coupled push-push structure is proposed to increase the high-frequency output power and extend the...
We2G-2: A 110–130-GHz Frequency Quadrupler with 12.5% Drain Efficiency in 22-nm FD-SOI CMOS
A high-efficiency frequency quadrupler (×4) operates between 110 and 130 GHz. The design consists of two push-pull doublers and three differential amplifiers that improve output power and conversion g...