'Radiation pattern' presentation slideshows

Antenna Fundamentals

Antenna Fundamentals. Antenna Theory and Measurements with the Model 8092 System. FEATURES. Low cost complete antenna measurement system. No anechoic chamber required to obtain good results. Covers several antenna technologies. 1GHz and 10GHz operation.

1.36k views • 71 slides

9. Radiation & Antennas

9. Radiation & Antennas. Applied EM by Ulaby, Michielssen and Ravaioli. Overview. Examples of Antennas. Antenna Properties.

2.03k views • 61 slides

WIRLESS COMMUNICATION

749 views • 54 slides

Data and Computer Communications

Data and Computer Communications. Tenth Edition by William Stallings. Chapter 4. Transmission Media.

734 views • 49 slides

Data and Computer Communications

522 views • 45 slides

Data and Computer Communications

688 views • 45 slides

TRANSMISI LEWAT KABEL DAN TRANSMISI LEWAT RADIO

TRANSMISI LEWAT KABEL DAN TRANSMISI LEWAT RADIO. Program D3 Ilmu Komputer FMIPA UNS 200 8. Antenna - How it Works. The antenna converts radio frequency electrical energy fed to it (via the transmission line) to an electromagnetic wave propagated into space.

625 views • 42 slides

THESIS PRESENTATION

THESIS PRESENTATION. Radio Placement Algorithm and Dynamic Channel Allocation for Large Area Community Networks. By: Prashant Sharma Supervisor: Dr. Bhaskaran Raman. Community Network. What are community networks? What is Large Area Community Network?.

595 views • 41 slides

Antenna System Simulation Design using Computer Tools Suite made by The DUTh Antennas Group

Antenna System Simulation Design using Computer Tools Suite made by The DUTh Antennas Group. antennas.ee.duth.gr April 2006. The Antenna. DAINP. EE1414 WWW.ANTENNAS.DUTH.GR 5 1 0.0 0.0 0.0 0.0 0.0 1.0 2 0.0 0.0 0.5 0.0 0.0 -1.0

488 views • 35 slides

Basic Wire Antennas

Basic Wire Antennas. Part II: Loops and Verticals by Marc C. Tarplee, Ph.D. N4UFP. Loop Fundamentals. A loop antenna is composed of a single loop of wire, greater than a half wavelength long. The loop does not have to be any particular shape. RF power can be fed anywhere on the loop.

682 views • 33 slides

Measurements using a GTEM cell above 1GHz

Measurements using a GTEM cell above 1GHz. Dr Tian Hong LOH. Overview of the Presentation. Introduction to GTEM cell Reason for GTEM measurement above 1GHz Equipment under test (EUT) Experimental Setup Experimental Results. Overview of the Presentation. Introduction to GTEM cell

691 views • 30 slides

L/C Dual-Band Dual-Polarized Shared Aperture Array

L/C Dual-Band Dual-Polarized Shared Aperture Array. COMP 901 / ITEC 810 Final Report Author: Zhu SUN (42251087) Supervisor: Prof. Karu Esselle Date: 13/06/2012. Outline. Introduction Theoretical Analysis L/C-DBDP Half Perforated Unit Cell L/C-DBDP Overlapped Unit Cell

563 views • 29 slides

Angle of Arrival ( AoA )

2.92k views • 24 slides

by Nannapaneni Narayana Rao Edward C. Jordan Professor of Electrical and Computer Engineering

Edward C. Jordan Memorial Offering of the First Course under the Indo-US Inter-University Collaborative Initiative in Higher Education and Research: Electromagnetics for Electrical and Computer Engineering. by Nannapaneni Narayana Rao

265 views • 14 slides

FUTURE TRENDS OF AIRBORNE AESA RADAR SYSTEMS.

FUTURE TRENDS OF AIRBORNE AESA RADAR SYSTEMS. Phased Array. A phased array is made up of individual antennas or radiating elements, whose effective (summed) radiation pattern can be altered by phasing the signals of the individual elements.

2.62k views • 14 slides

Intermediate Course (5) Antennas and Feeders Karl Davies

Intermediate Course (5) Antennas and Feeders Karl Davies. East Kent Radio Society EKRS. Standing Wave Ratio Meter. Antenna. Feeder. System. 50 Ohms Output. Antenna Matching Unit. Transmitter. Receiver. ??????. Feeders. Feeder types: Coaxial, Twin Conductors.

275 views • 13 slides

Chelmsford Amateur Radio Society Intermediate Course (5) Antennas and Feeders

Chelmsford Amateur Radio Society Intermediate Course (5) Antennas and Feeders. Standing Wave Ratio Meter. Antenna. Feeder. System. 50 Ohms Output. Antenna Matching Unit. Transmitter. Receiver. ??????. Feeders. Feeder types: Coaxial, Twin Conductors.

228 views • 13 slides

THE RADAR EQUATION

THE RADAR EQUATION. ELC 451. RADAR EQUATION: DEFINITION. The radar equation represents the physical dependences of the transmit power, that is the wave propagation up to the receiving of the echo-signals .

559 views • 13 slides

Simulation of LPDA

Simulation of LPDA. Radiation Pattern. F= 200MHz - 1.19GHz incr.= 10MHz. Other parameters. Gain. SWR. Impedance (real/imag). Impedance (phi/|z|).

146 views • 3 slides

Title Your Name , Name of Co-Authors ((if any), Name of Advisor Department

Concentration of Chemical X for 50% Substance Y Activity Inhibition [IC 50 ]. 0.003. Sub X. 0.256. Sub Y. 1.97E-06. Sub Z. 0.0047. 1mer. 0.0021. 2mer. 0.0019. 3mer. 4mer. 5mer. 0.229. 6mer. 5. Crude extr. 59. 5-enri. extras. 1E-04. 1E-02. 1E+00. 1E+02. 1E+04.

110 views • 1 slides