Surface and Embedded Micro Strip Lines Characteristic Impedance and its Signal Propagation Delay Time in Optical Spectrum Transmission Regions
Journal Title: International Journal of Advanced Research in Computer Engineering & Technology(IJARCET) - Year 2013, Vol 2, Issue 4
Abstract
This paper has presented the characteristic impedance and signal propagation delay time for both surface and embedded microstrip lines that comprise a conducting strip line with width w, thickness t of conductivity σ, on a substrate of thickness h, relative permittivity εr, relative permeability sub, on top of an infinite grounded electrode. The strips couples to the ground plane. It is observed that the characteristic impedance
Authors and Affiliations
Ahmed Nabih Zaki Rashed
Keywords
Related Articles
- EP ID EP156953
- DOI -
- Views 87
- Downloads 0
Optimization of PID Controller for Quarter-Car Suspension System using Genetic Algorithm
In order to improve the ride comfort and stability by reducing the body acceleration in vehicles caused by the road irregularities, suspension system plays an imperative role in retaining the continuous road wheel...
A SIP Based Authentication Scheme for RFID Systems
In today’s world of technology the biggest challenge for RFID technology is to provide benefits without threatening the privacy of consumers and providing secure authentication for RFID tags. Previously many soluti...
Analysis of Image Segmentation and Edge Detection in Medical Images
Accurate Image segmentation and edge detection are fundamental for Medical diagnosis, Locate tumours and other pathologies, Measure tissue volumes, computer-guided imaginary, Treatment Planning and Study of anatomi...
Effective Estimation of Peak-Power for a Testable Digital Circuit
Peak power corresponds to the highest value of instantaneous power measured during testing. The peak power generally determines the thermal and electrical limits of the circuit and the system packaging requiremen...
Some New Steganographic Techniques using Spatial Resolution Reduction
In this paper, we present four new techniques to hide a large volume of text in a gray level image by reducing its spatial resolution to its half, to its quarter and by reducing the spatial resolution in width and in...