Dissertation > Excellent graduate degree dissertation topics show

Study on Microstrip Structures EMC in FDTD Method

Author: WangHuaYu
Tutor: ZhangXingZhou
School: Harbin Engineering University
Course: Electromagnetic Field and Microwave Technology
Keywords: time difference time domain method patch antenna microstrip crosstalk
CLC: TN03
Type: Master's thesis
Year: 2010
Downloads: 86
Quote: 0
Read: Download Dissertation

Abstract


The crosstalk of microstrip structure on the PCB using the time-domain finite-difference method have been studied in this dissertation. Treat the microstrip structure as the network with N ports of which the S parameter have been calculated.The valuable demo for designing the rf PCB have been provided in this dissertation.The microstrip structure including microstrip line,strip line,parallel microstriplines and patch antenna fed by microstrip has been calculated using time-domain finite-difference method with the boundary condition PML to absorpt the electromagnetic energy.Also some lumped elements like resistance,inductors, capacitors, diodes have been joined into the network.This study shows that it is an cutting-edge and exploratory research by contrast to the situation of study in the world. Firstly,the finite difference time domain method and several concept of EMC was introduced.Then the crosstalk between microstrip transmission line, the crosstalk between microstrip transmission line with several lumped elements, crosstalk between microstrip transmission line and the strip transmission line as well as cross-talk between microstrip transmission line and pacth antenna fed by microstrip line. The results of this method based on time-domain finite-difference method is closely to the results calculating by HFSS and CST,which proved that the work of this dissertation is right and effective.

Related Dissertations

  1. Substrate microstrip bandpass filter parameters on the transmission characteristics of impact studies,TN713.5
  2. The Conceptual Perspective comic humor language,H13
  3. Research on CP Mircrostripantenna with Wide Beamwidth Andarrayantenna for GPS Band Application,TN822
  4. The Research of Single Patchand Compact Dual-Band Microstrip RFID Antenna,TN822
  5. A Study on Base Station Sector Antennas for Mimo Communications,TN828.6
  6. MIMO radar conformal antenna design,TN957.2
  7. Method for Reducing Crosstalk Interference in an Inline Fabry-Perot Based Fiber Bragg Grating Sensor Array Based on Layer Peeling Algorithm,TP212
  8. The Change of HES-1、PS-1 and GSK-3β’s Expression in Mouse ESCs after Transfection of Notch1,Q343
  9. Analyzing Metamaterials Elemental Basic Structure,O441.4
  10. Research on Crosstalk Performance Market of Cultural Industry in Tianjin,G124
  11. Research on Crosstalk Cancellation and Spectrum Management in Multi-user Access Network,TN915.6
  12. The Study on Lai Shengchuan’s Crosstalk Drama,J824
  13. Crosstalk Study in Multi-user VDSL Systems,TN915.61
  14. The Appearance of the Crosstalk in the Last of Qing Dynasty,J826
  15. Built-in multi-band mobile broadband antenna miniaturization Design and Implementation,TN828.6
  16. Research on Miniaturized Leet-Handed Metamaterial Patch Antenna,TN822
  17. Wideband polarized microstrip patch antenna of,TN822
  18. Preliminary Study of Crosstalk between Dendritic Cells and Natural Killers Mediated by MHC Class I Chain-related Protein A,R392
  19. Redox Environment Regulates the Crosstalk of the Growth Signal Pathways in Hepatoma Cells,R735.7
  20. Design of High Speed Bluetooth Module,TN925

CLC: > Industrial Technology > Radio electronics, telecommunications technology > General issues > Structure
© 2012 www.DissertationTopic.Net  Mobile