Design of a Five-Band Dual-Port Rectenna for RF Energy Harvesting
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Array Designs for Long-Distance Wireless Power Transmission: State
INVITED PAPER Array Designs for Long-Distance Wireless Power Transmission: State-of-the-Art and Innovative Solutions A review of long-range WPT array techniques is provided with recent advances and future trends. Design techniques for transmitting antennas are developed for optimized array architectures, and synthesis issues of rectenna arrays are detailed with examples and discussions. By Andrea Massa, Member IEEE, Giacomo Oliveri, Member IEEE, Federico Viani, Member IEEE,andPaoloRocca,Member IEEE ABSTRACT | The concept of long-range wireless power trans- the state of the art for long-range wireless power transmis- mission (WPT) has been formulated shortly after the invention sion, highlighting the latest advances and innovative solutions of high power microwave amplifiers. The promise of WPT, as well as envisaging possible future trends of the research in energy transfer over large distances without the need to deploy this area. a wired electrical network, led to the development of landmark successful experiments, and provided the incentive for further KEYWORDS | Array antennas; solar power satellites; wireless research to increase the performances, efficiency, and robust- power transmission (WPT) ness of these technological solutions. In this framework, the key-role and challenges in designing transmitting and receiving antenna arrays able to guarantee high-efficiency power trans- I. INTRODUCTION fer and cost-effective deployment for the WPT system has been Long-range wireless power transmission (WPT) systems soon acknowledged. Nevertheless, owing to its intrinsic com- working in the radio-frequency (RF) range [1]–[5] are plexity, the design of WPT arrays is still an open research field currently gathering a considerable interest (Fig. -
Directional Or Omnidirectional Antenna?
TECHNOTE No. 1 Joe Carr's Radio Tech-Notes Directional or Omnidirectional Antenna? Joseph J. Carr Universal Radio Research 6830 Americana Parkway Reynoldsburg, Ohio 43068 1 Directional or Omnidirectional Antenna? Joseph J. Carr Do you need a directional antenna or an omnidirectional antenna? That question is basic for amateur radio operators, shortwave listeners and scanner operators. The answer is simple: It depends. I would like to give you a simple rule for all situations, but that is not possible. With radio antennas, the "global solution" is rarely the correct solution for all users. In this paper you will find a discussion of the issues involved so that you can make an informed decision on the antenna type that meets most of your needs. But first, let's take a look at what we mean by "directional" and "omnidirectional." Antenna Patterns Radio antennas produce a three dimensional radiation pattern, but for purposes of this discussion we will consider only the azimuthal pattern. This pattern is as seen from a "bird's eye" view above the antenna. In the discussions below we will assume four different signals (A, B, C, D) arriving from different directions. In actual situations, of course, the signals will arrive from any direction, but we need to keep our discussion simplified. Omnidirectional Antennas. The omnidirectional antenna radiates or receives equally well in all directions. It is also called the "non-directional" antenna because it does not favor any particular direction. Figure 1 shows the pattern for an omnidirectional antenna, with the four cardinal signals. This type of pattern is commonly associated with verticals, ground planes and other antenna types in which the radiator element is vertical with respect to the Earth's surface. -
Antenna Characteristics
Antenna Characteristics Team Cygnus Shivam Garg Sheena Agarwal Prince Tiwari Gunjan Bansal Adikeshav C. Outline • Introduction • Characteristics • Methodology • Observations • Inferences Antenna • An antenna is a device designed to radiate and/or receive electromagnetic waves in a prescribed manner. A Yagi Uda antenna meant for home use Schematic diagram of a antenna The current distributions on the antennas produce the radiation. Usually, these current distributions are excited by transmission lines or waveguides. Types Of Antennas Wire Antennas Aperture antennas Micro strip Antennas Reflector antennas Antenna Basics Radiation Pattern • The distribution of radiated energy from an antenna over a surface of constant radius centered upon the antenna as a function of directional angles from antenna . Reciprocity Theorem • The reception pattern of an antenna is identical to its radiation (transmission) pattern. This is a general rule, known as the reciprocity theorem. • A complete radiation pattern is three dimensional function. • a pair of two-dimensional patterns are usually sufficient to characterize the directional properties of an antenna. • In most cases, the two radiation patterns are measured in planes which are perpendicular to each other. • A plane parallel to the electric field is chosen as one plane and the plane parallel to the magnetic field as the other. The two planes are called the E-plane and the H-plane, respectively. 15 E-plane (y-z or θ) and H-plane (x-y or φ) of a Dipole Antenna Gain • Some antennas are highly directional • Directional antenna is an antenna, which radiates (or receives) much more power in (or from) some directions than in (or from) others. -
Antennacraft Hookup
The Antennacraft Mini-State Directional, Rotating Antenna provides excellent reception of VHF/UHF TV channels in most viewing locations. The UV protective housing is made of impact-resistant filled co-polymer, making the exterior resistant to weathering. It features both AC and DC operation and is excellent for use on recreational vehicles 5/5(1). AntennaCraft 5MS RV Home Marine Amplified Antenna OMNIDIRECTIONAL UHF VHF. $ +$ shipping. Make Offer - AntennaCraft 5MS RV Home Marine Amplified Antenna OMNIDIRECTIONAL UHF VHF. Antennacraft HDTV Indoor Ultrathin Amplified Omniidirectional Antenna $ Product Reviews for AntennaCraft High Gain VHF/UHF TV Antenna Pre-Amp (10G) Product reviews help other customers decide which product to purchase, where the best deals are, and your get a sense of what to expect with the product.5/5(4). Manufacturers of TV antennas, amplifiers, and related electronic accessories. Includes product listing, support and contact information. Nov 16, · How to Hook Up a TV Antenna. This wikiHow teaches you how to select and set up an antenna for your TV. Determine your television's antenna connector type. Virtually every TV has an antenna input on the back or side; this is where you'll Views: M. Jun 01, · THE HAPPY SATELLITE NERD EPISODE The Antenna I use! It had 16 position settings it is amplified and works well. I can receive channels from . Related Manuals for Antennacraft Antenna AntennaCraft Mini State 5MS Manual. Amplified uhf/vhf indoor/outdoor tv antenna (8 pages) Antenna AntennaCraft HDX Quick Start Manual. Indoor/outdoor hdtv directional antenna (4 pages) Antenna AntennaCraft . Antennacraft Specification Sheet Model Number:5MS General Channels/Frequency:2 - 69 75 pHYPhysical Maximum Width (in) V ( w/ mast bracket) Turning Radius (in) 22 x 21 x 3 Antenna Performance Average Gain Over Reference Dipole (dB): Low Band: Half-Power Beamwidth. -
Rectenna Design of GSM Frequency Band 900 Mhz for Electromagnetic Energy Harvesting
Journal of Communications Vol. 14, No. 4, April 2019 Rectenna Design of GSM Frequency Band 900 MHz for Electromagnetic Energy Harvesting Aisah1, Rudy Yuwono2, and Fabian Adna Suryanto2 1Department of Electrical Engineering Polinema, Jl Sukarno Hatta 9, Malang 2 Department of Electrical Engineering, University of Brawijaya, Jl MT Haryono 167, Malang, Indonesia Email: {aisahzahra, fabianadna}@gmail.com; [email protected] Abstract—Rectenna can be used as electromagnetic energy voltage source (DC). The used rectifier is a full wave harvesting. The principle of this electromagnetic energy rectifier with four diodes. harvesting can be applied at 900 MHz GSM frequency band. To create a rectenna that can work on 900 MHz frequency band, it C. Antenna is necessary to design a rectifier circuit that can work at that Antenna is defined by Webster’s dictionary as "a frequency band and to use a 900 MHz GSM antenna. metallic device for radiating or receiving radio waves". Index Terms—Rectenna, energy harvesting, GSM Meanwhile, according to IEEE, the antenna is defined as "a means for radiating or receiving radio waves". In this paper, antenna is defined as a device that processes the transfer of signals into electromagnetic I. INTRODUCTION waves through free space and can be received by other Electromagnetic waves is not fully utilized by GSM antennas and vice versa. Transmission line of antenna Mobile Station devices so there is widespread dispersion can be either a coaxial or waveguide that is used to of electromagnetic waves. These excess electromagnetic transport electromagnetic energy from a transmitting waves can be used as energy sources. -
Proceedings, ITC/USA
International Telemetering Conference Proceedings, Volume 18 (1982) Item Type text; Proceedings Publisher International Foundation for Telemetering Journal International Telemetering Conference Proceedings Rights Copyright © International Foundation for Telemetering Download date 09/10/2021 04:34:04 Link to Item http://hdl.handle.net/10150/582013 INTERNATIONAL TELEMETERING CONFERENCE SEPTEMBER 28, 29, 30, 1982 SPONSORED BY INTERNATIONAL FOUNDATION FOR TELEMETERING CO-TECHNICAL SPONSOR INSTRUMENT SOCIETY OF AMERICA Sheraton Harbor Island Hotel and Convention Center San Diego, California VOLUME XVIII 1982 1982 INTERNATIONAL TELEMETERING CONFERENCE Ed Bejarano, General Chairman Robert Klessig, Vice Chairman Norman F. Lantz, Technical Program Chairman Gary Davis, Vice Technical Chairman Alain Hackstaff, Exhibits Chairman Warren Price, Publicity Chairman Burton E. Norman, Finance Chairman Francis X. Byrnes, Local Arrangements Chairman Fran LaPierre, Registration Chairman Bruce Thyden, Golf Tournament Technical Program Committee: Lee H. Glass Karen L. Billings BOARD, INTERNATIONAL FOUNDATION FOR TELEMETERING H. F. Pruss, President W. W. Hammond, Vice-President D. R. Andelin, Asst. Secretary & Treasurer R. D. Bently, Secretary B. Chin, Director F. R. Gerardi, Director T. J. Hoban, Director R. Klessig, Director W. A. Richardson, Director C. Weaver, Director 1982 ITC/USA Program Chairman Norman F. Lantz Program Chairman The conference theme this year is “Systems and Technology in the ’80’s: Expanding Horizons.” It was selected to continue the theme which began with ITC/USA ’80. The technological advances that have occurred over the past decade have, and continue to have, a profound affect on the nature and applications of telemetry systems. It is felt that the papers and tutorials which make up this year’s conference will provide you with some insight into these “Expanding Horizons.” The technical exhibits compliment the technical sessions. -
Manual De Antena Yagi Para Wifi Usb
Manual De Antena Yagi Para Wifi Usb Rebuilt DIY 15 element USB Wifi Yagi antenna vs Cantenna (29). by insAneTunA ANTENA YAGI CASERA PARA WIFI FACIL DE HACER. by marioyrafa. Yagi 2.4GHz 25dbi WiFi RP- SMA Antenna For Wireless Router Outdoor 07:31:11, He comparado esta antena direccional de 25 dbi con una omnidireccional de 9 dbi, M1 Portable 3G WiFi Hotspot IEEE802.11b/g/n 150Mbps RJ45 USB Router Tracking Points & Coupons New User Guide Frequently Asked Questions. ¿Qué necesito para enviar la Red WiFi de mi Casa a otro punto con Garantías Tenda W311M Nano Adaptador USB Inalámbrico N150 2.4GHz Oferta. Tablet WOO Mejorar el WIFI de Android Usando antena USB Internet: consejos para cmo. I'm extremely grateful that I saw a tutorial how to making this type of antenna. no se si. El panel trasero contiene un puerto Ethernet y un USB para grabación(PVR) y MP3, ENVIO GRATIS + WIFI VONETS + FUENTE Receptor Satelite Alta Definicion Entrada de antena, doble euroconector, búsqueda automática y manual de Yagi Triax ofrecen un sólido rendimiento y han sido fabricadas de aluminio. Manual De Antena Yagi Para Wifi Usb Read/Download I tired the pringle can antenna and the Yagi beats it hands down in performance. USB WIFI, preferably with an antenna extension OR a 2.4 GHz device DIY Long Range Directional WiFi USB Antenna Tutorial (AKA Wok Fi) 12:45 My 1.1 Usb Wifi Antenna 'yagi' Wifi Hunter Antena Wifi Motorizada 01:02 Ante wifi creada para antenaswifi.es voipspa. For more de. Wifi Antena Yagi popular é fornecido por fornecedores de sucesso de vendas da El0314 $number dbi 2.4 GHz Wifi antena Yagi WLAN N fêmea para USB. -
Design of a Fractal Slot Antenna for Rectenna System and Comparison of Simulated Parameters for Different Dimensions
CPUH-Research Journal: 2015, 1(2), 43-48 ISSN (Online): 2455-6076 http://www.cpuh.in/academics/academic_journals.php Design of a Fractal Slot Antenna for Rectenna System and Comparison of Simulated Parameters for Different Dimensions Nitika Sharma 1*, B. S. Dhaliwal2 and Simranjit Kaur3 1, 2 & 3Department of Electronics and Communication Engineering, G. N. D. E. College, Ludhiana, India * Correspondance E-mail: [email protected] ABSTRACT: In the modern era we required a compact system having a high gain, efficiency and broad band- width. For rectenna (antenna + rectifier) system we need such an antenna which can receive more radio frequen- cies from the surroundings and gives to rectifier which works on one or more frequency band or multiband oper- ation. For fulfill these requirements we proposed a fractal slot antenna which gives multiband operation on 2.45 GHz. In this paper, we compare the simulation parameters on the basis of dimensions. Keywords: Rectenna; Multiband; Efficiency; Fractal Slot antenna and Gain. INTRODUCTION: Modern wireless applications antennas used as rectennas, microstrip patch antennas have challenged antenna designers with demands for are gaining popularity due to their low profile, light low-cost and compact antennas along with a simple weight, low production cost, simplicity, and low cost radiating element, signal-feeding configuration, good to manufacture using modern printed-circuit technol- performance, and easy fabrication. In the modern era, ogy [4]. the large reduction in power consumption achieved in Another reason for the wide use of patch antennas is electronics, along with the numbers of mobiles and their versatility in terms of resonant frequency, polari- other autonomous devices is continuously increasing zation, and impedance when a particular patch shape the attractiveness of low-power energy-harvesting [5] and mode are chosen . -
60 Ghz Omni-Directional Segmented Loop Antenna
60 GHz Omni-directional Segmented Loop Antenna Mohammad Hossein Ghazizadeh, and Mohammad Fakharzadeh Electrical Engineering Department, Sharif University of Technology Tehran,Iran ghazizadeh [email protected], [email protected] Abstract—The design, simulation and fabrication of a planar antennas [2]. These antennas have a simple and small size fragmented loop antenna with capacitive loads at 60 GHz structure and are cost-efficient but on the other hand, the are frequency band is reported in this paper. The loop antenna has linearly polarized, and only omni-directional in the horizontal a nearly omni-directional radiation pattern required for many IEEE 802.11ad applications, a simulated bandwidth of 6 GHz, plane and usually have nulls in the vertical plane radiation and a realized gain of 2 dBi. The measured input matching pattern limiting the spatial coverage of the antenna. Another bandwidth without deembedding the connector effect is nearly 2 famous structure is the Omni-directional Microstrip Antenna GHz. The HPBW in azimuth plane is 360◦. Array (OMAA) [3], which is a planar antenna based on the COCO antenna concept. Although it has a planar structure I. INTRODUCTION but since it comprises of several λ/2 sections, it has a large An emerging application of 60 GHz radio systems is es- physical size. A fairly small size antenna with omni-directional tablishing a short-range wireless network inside a room. As radiation pattern is the segmented loop antenna with capacitive described in IEEE 802.11ad standard a semi-omni antenna loadings introduced in [4]. The loop antenna has a periphery of coverage is required in discovery mode so that different users approximately λ corresponding to the resonant frequency. -
Millimeter-Wave Wireless Power Transfer Technology for Space
Millimeter-Wave Wireless Power Transfer Technology for Space Applications Goutam Chattopadhyay, Harish Manohara, Mohammad Mojarradi, Tuan Vo, Hadi Mojarradi, Sam Bae, Neville Marzwell California Institute of Technology, USA Introduction Technologies enabling the development of compact systems for wireless transfer of power through radio frequency waves (RF) continue to be important for future space based systems. For example, for lunar surface operation, wireless power transfer technology enables rapid on-demand transmission of power to loads (robotic systems, habitats, and others) and eliminates the need for establishing a traditional power grid. A typical wireless power receiver consists of an array of rectenna elements. Each rectenna element consists of an antenna together with a high speed diode and a storage capacitor configured in a highly tuned narrowband circuit for this purpose. The conversion of the microwave energy into DC in this fashion is almost instantaneous. Using a high power rectenna array in concert with a fast charging high performance battery can enable charging of the battery at very short time with a large power burst and discharge of it at a lower rate for an extended operation time for remote electronic assets. Two main factors that determine the physical size of a rectenna based microwave power conversion system are the frequency of the RF transmission and power capacity. At higher frequencies, the size of the antenna elements in the array is small resulting in a smaller form factor for the system. The smaller form factor of the higher frequency wireless power receiver makes them more attractive for space systems; however, higher frequency systems have to deal with (i) availability of high frequency power conversion components, (ii) higher atmospheric loss, and (iii) overall efficiency in antenna arrays and the power conversion network. -
Antennas and Power Products for Wireless Communications Devices
global solutions : local support 25 YEARS OF TECHNOLOGY LEADERSHIP Centurion Wireless Technologies, a Laird Technologies company, is a designer and manufacturer of antennas and power products for wireless communications devices. For over 25 years, industry leading manufacturers and installers of mobile phones, handheld devices, in-building wireless systems, PDAs, professional business radios and automobiles have relied on the quality and reliability of Centurion's products. Centurion offers in-house cus- tomer design, tooling, mold fitting and production to provide a complete turnkey solution to fit any customer-spe- cific need. With eight design, manufacturing and sales facilities around the globe, Centurion has one of the largest and most talented R&D and sales support teams in the industry. A UNIT OF LAIRD TECHNOLOGIES Centurion's parent, Laird Technologies, manufactures a wide range of EMI shielding materials and related prod- ucts for the computer, telecommunications, aerospace, defense, medical, automotive and general electronics industries. These products include engineered board level shields, fingerstock, conductive elastomers in extrud- ed profiles, molded shapes and form-in-place gaskets, fabric-over-foam and a full range of shielded windows, cus- tom metal stampings, knitted wire mesh and ventilation panels. Also offered are microwave absorber products, thermal interface materials, integrated metal printed circuit boards and thermally conductive circuit board lami- nation adhesives, and a complete EMC and product engineering and testing service. COMMITMENT TO QUALITY Centurion has the ISO 9001:2000 quality assurance program in place at all phases of design and development in their Westminster, Akersberga and Beijing facilities. Centurion is one of the only antenna manufacturers in the world to have received QS-9000 certification for its automotive antennas — a mark of unprecedented quality set by the automotive industry — at their Lincoln, Penang and Shanghai locations. -
Rectifying Antennas for Energy Harvesting from the Microwaves to Visible Light: a Review C.A
Rectifying antennas for energy harvesting from the microwaves to visible light: A review C.A. Reynaud, David Duché, Jean-Jacques Simon, Estéban Sanchez-Adaime, O. Margeat, Jörg Ackermann, Vikas Jangid, Chrystelle Lebouin, Damien Brunel, Frederic Dumur, et al. To cite this version: C.A. Reynaud, David Duché, Jean-Jacques Simon, Estéban Sanchez-Adaime, O. Margeat, et al.. Rectifying antennas for energy harvesting from the microwaves to visible light: A review. Progress in Quantum Electronics, Elsevier, 2020, 72, pp.100265. 10.1016/j.pquantelec.2020.100265. hal- 02895836 HAL Id: hal-02895836 https://hal.archives-ouvertes.fr/hal-02895836 Submitted on 10 Jul 2020 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Rectifying antennas for energy harvesting from the microwaves to visible light: a review C.A. Reynauda,∗, D. Duchéa, J-J. Simona, E. Sanchez-Adaimea, O. Margeatb, J. Ackermanb, V. Jangidc, C. Lebouinc, D. Bruneld, F. Dumurd, G. Bergince, C.A. Nijhuisf, L. Escoubasa aAix Marseille Univ, Univ Toulon, CNRS, IM2NP UMR 7334, Marseille, France bAix-Marseille