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1. Microwaves 2018

   https://ncsu.summon.serialssolutions.com/2.0.0/link/0/eLvHCXMwpV3PS8MwFH649eJFJwr-mGWg11CbrEkDYzKHdSKCqKddShcTdlA3nZv_vnlpgoqwi-dC0zav7_uS9-V7AKdGWeCYZIIIyx1ItxKUVExqYpE-VYoJxbPJ782cWk2IZ2H8_Ia06HL100zhNnlCU2bBBS2vzudvBBtHYYHVd9FoQITuX_bfjEbD62Icgopxy1Ckx1hMz1hn5M6Dj9I8RXYp_JE6ZnN14tbr5ZUlwc96hgVTmv9J0w57im14CU_tJCfY6OCn9j5xfofO5CJ4O_7rDVuw5UlqZ1BH1Q5s6NddaPWm_VuU731WK73oJdP-HpwUl4_DEQmjlD4yF-X3EGwfOpopw7VECxjatSuZXHEllTqTzBijU3oA7XW3OFx_-Qg2Lb_Ia3VrG5of70t9DE38QDFEFzcPg_vYT1cMjbts_AVw5qM1

   Carrara, Nello

   Colle Di Galileo, Vol. 7, Issue 2, p. 5.

   Journal Article  |  Full Text Online

2. Microwave Nonreciprocity 2020

   https://ncsu.summon.serialssolutions.com/2.0.0/link/0/eLvHCXMwjV3PS8MwFH64nfTgrwlOp-7gTWPTpE0aGAMZDhH8gSh4C0masJMT3fTfN8nSsYEHD4Ue2tB-zcv3Xvre9wDOnfHEoUuOuPcdUKE4QYoKizzT58ZQblip1zdz4HJZC2Otjcln9iqcxn_59dTMw1ZZJjy5e0JtQavCqVZruerSMnVNy70BezNsCmSwyO6enh9HPhQkPkIN-iNFvkZCsavK-lJMEr-Md-CtebKYVhKaGazm12dR0zAKWTT6jf99i13YTj5n_3oxSfZgw77vw9aKEmEHzgaT4X3IzftR33aQTYb9h-l7EL4IBOcd9QN4Hd-8jG5R6p2AjB98hrgSVlUl0UrVuhb-UMJHbkENz1RYs0Jp7BxjuraqwEoZx1WhysrxWufMVfQQ-pYax6wI-jCk8GFOZZgRxmBBnXM2J124aFCUHwttDBljCixkxFwGzGXCvAudgMXyygRDF3oN8DKZz5ckQYawpIyTo7_vOobNMPYiq64H7dnn3J5AO3yW0zgvfgHRCLcN

   Kord, Ahmed; Sounas, Dimitrios L.; Alu, Andrea

   Proceedings Of The Ieee, Vol. 108, Issue 10, pp. 1728 - 1758.

   In this article, we provide a comprehensive review of past and present efforts in the field of microwave nonreciprocity with an emphasis on the most commonly used nonreciprocal devices, namely gyra... Read more

   In this article, we provide a comprehensive review of past and present efforts in the field of microwave nonreciprocity with an emphasis on the most commonly used nonreciprocal devices, namely gyrators, isolators, and circulators. After discussing the origin and history of such efforts, we elaborate on the pros and cons of four distinct approaches to break reciprocity which include magnetic biasing of ferrite materials, intrinsic nonreciprocity of solid-state devices, nonlinearities with geometric asymmetries, and finally, periodic spatiotemporal variation. We subsequently pay due attention to the spatiotemporal approach and show that the recently emerging proposals to achieve magnet-free nonreciprocity with linear, periodically time-varying circuits can compete with traditional ferrite devices and even outperform them in several metrics, thus opening the door to exciting venues for miniaturized low-cost and high-performance nonreciprocal devices with numerous applications ranging from full-duplex communications and quantum computing to biomedical imaging and radar systems. Read less

   Journal Article  |  Full Text Online

3. Microwave Photonics 2009

   https://ncsu.summon.serialssolutions.com/2.0.0/link/0/eLvHCXMwjV1LS8QwEB5UELz42BXsro8KXgRr06bNA0QQUUQUPKzgrbTZhD25Ynf17ztJ02LBBW-lCSWZyXTmy7wAzoxCxVHlPOJoO0RZydOopFJHqOkTpShXLK_6lzlw0eXCaK1d8Jm-tI_Olz-dq6W9KoszLmwtknVYF8TnanUeA4QZLjWaU4oSnmatS5LI-PFp0gRNpq7gWtJTQa6nio2ILGskimm6WfR_zNRrm_sdeGvX6YJMbGuD39H2satw6MpatNUc_7unXdj2Fmh40xyZPVjT7wPY8dZo6GW9HsCmCw5V9RBGV7PrZxu4911-6at4dh2-zOYLW1O33ofX-7vJ7UPkeypEKmN0EVVUSZGi0SIQyuRprnOECCVaMYRUpLQJ5oYxxbNpMjVEC4a6zL1OaKINmkr0AEJNlWFa2roxaYbwRyimpFJEUmOMTtIAzlv6Fh9NzYzCYQ0iC-RF0_nS8yKAoaVJN8-TI4DjHkO6cdS0Kc-5DGDccqjwUlcXIhecUylIAKfdKIqL9YGU73q-rIuENQ3f7RdOVsyhjCY5wq4AwhUzEOQhnMcNj_5e_hi2Gq-TDXs5hI3F51IfwYY9J8fu2P4AB0Touw

   Yao, Jianping

   Journal Of Lightwave Technology, Vol. 27, Issue 3, pp. 314 - 335.

   Broadband and low loss capability of photonics has led to an ever-increasing interest in its use for the generation, processing, control and distribution of microwave and millimeter-wave signals fo... Read more

   Broadband and low loss capability of photonics has led to an ever-increasing interest in its use for the generation, processing, control and distribution of microwave and millimeter-wave signals for applications such as broadband wireless access networks, sensor networks, radar, satellite communitarians, instrumentation and warfare systems. In this tutorial, techniques developed in the last few years in microwave photonics are reviewed with an emphasis on the systems architectures for photonic generation and processing of microwave signals, photonic true-time delay beamforming, radio-over-fiber systems, and photonic analog-to-digital conversion. Challenges in system implementation for practical applications and new areas of research in microwave photonics are also discussed. Read less

   Journal Article  |  Full Text Online

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