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EuMC: Load-Pull Techniques with Wideband Modulated Signals: State-of-the-Art and Future
Gustavo Avolio
Proceedings of the 51st European Microwave Conference Load-Pull Techniques with Wideband Modulated Signals: State-of-the-Art and Future Gustavo Avolio Anteverta-mw B.V., The Netherlands Abstract?We will discuss the architecture of a state-of-theart load pull measurement system for wideband impedance control with complex modulated signals. We will highlight the challenges involved in characterizin
EuMC: Sub THz Bands for 6G: 10x the Bandwidth with 10x the Problems?
Michael Dieudonne
Proceedings of the 51st European Microwave Conference Sub THz Bands for 6G: 10× the Bandwidth with 10× the Problems? Michael Dieudonné Keysight Technologies, Belgium Abstract?As the industry begins exploring new technologies to satisfy the ever-increasing signal bandwidth demand, moving to sub-THz bands for radio links is one technology being explored. These bands offer the great promise of very
EuMC: Uses of Terahertz Pulse Techniques in Industry
Philip F. Taday
Proceedings of the 51st European Microwave Conference Uses of Terahertz Pulse Techniques in Industry Philip F. Taday TeraView Limited, UK Abstract?Over the last few years TeraView has made considerable progress in the implementation of terahertz instrumentation into industry. Our EOTPR instrumentation is now widely used within the semiconductor packaging industry with systems installed at several
EuMC: How to Package mmWave MMICs: Understanding the Issues, Avoiding the Problems and Optimising Performance
Liam Devlin
Proceedings of the 51st European Microwave Conference How to Package mmWave MMICs: Understanding the Issues, Avoiding the Problems and Optimising Performance Liam Devlin PRFI, UK Abstract?The demand for broadband wireless data has directly led to increased exploitation of the mmWave frequency bands for high volume consumer applications such as 5G cellular and broadband satellite. This has driven
EuMC: Transparent Metal Mesh Metasurfaces
Themos Kallos
Proceedings of the 51st European Microwave Conference Transparent Metal Mesh Metasurfaces Themos Kallos Meta Materials, UK Abstract?The premise of high-performance 5G and upcoming 6G networks is to create wireless mobile networks able to handle a far greater number of simultaneous connections, to greatly reduce network latency, and to provide much higher data rates. However, these high-speed sig
EuMC: Advanced Integration and Packaging of High-Power Components and Amplifiers for 5G/Beyond Industrial Applications
Kamal K. Samanta
Proceedings of the 51st European Microwave Conference Advanced Integration and Packaging of High-Power Components and Amplifiers for 5G/Beyond Industrial Applications Kamal K. Samanta AMWT Ltd, UK Abstract?Advanced industrial applications, such as wideband wireless communication (including 5G and beyond 5G), satellite/space, defence, and imaging/sensing, demand microwave and mmW modules with high
EuMC: The Extracted-Zero Technique
Simone Bastioli
Proceedings of the 51st European Microwave Conference The Extracted-Zero Technique Simone Bastioli RS Microwave Company Inc., USA Abstract?Although numerous techniques are nowadays available for the realization of pseudo-elliptic cavity filters, there is one aspect those techniques have in common: they are all suitable for narrow or moderate bandwidth applications. Advanced techniques devoted to
EuMC: FDD for Low Power Backscattering in Batteryless Sensor Nodes
Yasser Qaragoez, Sofie Pollin, Dominique Schreurs
Proceedings of the 51st European Microwave Conference FDD for Low Power Backscattering in Batteryless Sensor Nodes Yasser Qaragoez, Sofie Pollin, Dominique Schreurs Div. ESAT-WAVECORE, KU Leuven, Belgium {yasser.mqaragoez, sofie.pollin, dominique.schreurs}-kuleuven.be d Abstract ? In this paper a novel batteryless sensor node for IoT applications is proposed. The design combines an energy harve
EuMC: Numerical and Experimental Investigations of Self-Mixing Effect of a Planar Gunn Diode Oscillator
Ming Yan Zhong, David R.S. Cumming, Chong Li
Proceedings of the 51st European Microwave Conference Numerical and Experimental Investigations of Selfmixing Effect of a Planar Gunn Diode Oscillator Ming Yan Zhong1, David R. S. Cumming2, and Chong Li3 1 James Watt School of Engineering, University of Glasgow, UK m.zhong.1-research.gla.ac.uk, {2davd.cumming.2, 3chong.li}-glasgow.ac.uk In this paper, we?ll investigate the self-mixing effect of
EuMC: Towards an Excitable Microwave Spike Generator for Future Neuromorphic Computing
Qusay Al-Taai, Razvan Morariu, Jue Wang, Abdullah Al-Khalidi, Ali Al-Moathin, Bruno Romeira, Jose Figueiredo, Edward Wasige
Proceedings of the 51st European Microwave Conference Towards an Excitable Microwave Spike Generator for Future Neuromorphic Computing Qusay Al-Taai1, Razvan Morariu1, Jue Wang1, Abdullah Al-Khalidi1, Ali Al-Moathin1, Bruno Romeira2, José Figueiredo3, Edward Wasige1 1 High Frequency Electronics Group, James Watt School of Engineering, University of Glasgow, UK 2 International Iberian Nanotechnol
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