Capacitive Flux Compression Generator (RESEARCH NOTE)
Authors
Abstract:
Conventional Flux Compression Generators (FCG's) are used to generate high power DC pulses. A new kind of (FCG's) with series capacitance called Capacitive Flux Compression Generator (CFCG) will be introduced and explained in this paper. This new kind is used to generate modulated high power pulses. There are some problems to establish a capacitance in high power and high frequency applications. In the present paper several practical methods will be addresed to make capacitance in high power and high frequency applications.
similar resources
Practical Considerations in Helical Flux-Compression Generator Design
In recent years, the detailed mathematical modelling and design of helical flux compression generators has been the subject of many technical publications. A number of significant and important issues that arise during the design are not however always fully appreciated, and the paper aims to remedy this by addressing these issues and discussing how their various effects can be identified.
full textAn Economical, 2 Stage Flux Compression Generator System
A two stage Magneto-Cumulative Generator employing simple construction techniques and inexpensive explosives has been explored by the Air Force Weapons Laboratory. The first stage in the cascade MCG system is constructed with a helically wound, insulated cable stator and an aluminum armature filled with (Comp C-4) explosive. The 0.5 1 MJ output energy of this generator is coupled, inductively, ...
full textA Capacitive Fed Microstrip Patch Antenna with Air Gap for Wideband Applications (RESEARCH NOTE)
In this paper a microstrip antenna on a suspended substrate with capacitive feed is presented. capacitive feed is created by a slot within the rectangular patch around the feed point. The proposed antenna exhibits a much higher impedance bandwidth of about 47% (S11 < −10 dB). Effects of key design parameters such as the air gap between the substrate and the ground plane, the gap width between r...
full textAnalytical Analysis of Capacitive Pressure Sensor with Clamped Diaphragm (RESEARCH NOTE)
Abstract In this paper analytical analysis of capacitive pressure sensor with clamped diaphragm is presented. Mechanical and electrical properties of the sensor are theoretically analyzed based on theory of thin plates with small deflection and the results are evaluated by use of finite element analysis. The central deflection and capacitance values under uniform external pressure are calcula...
full textSensitivity Analysis and Stray Capacitance of Helical Flux Compression Generator with Multi Layer Filamentary Conductor in Rectangular Cross-Section
This paper presents an approach to calculate the equivalent stray capacitance (SC) of n-turn of the helical flux compression generator (HFCG) coil with multi layer conductor wire filaments (MLCWF) in the form of rectangular cross-section. This approach is based on vespiary regular hexagonal (VRH) model. In this method, wire filaments of the generator coil are separated into many very small simi...
full textReview in Transverse Flux Permanent Magnet Generator Design
Recently, Transverse Flux Permanent Magnet Generators (TFPMGs) have been proposed as a possible generator in direct drive variable speed wind turbines due to their unique merits. Generally, the quality of output power in these systems is lower than multi stage fixed speed systems, because of removing the gears, so it’s important to design these kinds of generators with low ripple and lowe...
full textMy Resources
Journal title
volume 16 issue 4
pages 337- 348
publication date 2003-12-01
By following a journal you will be notified via email when a new issue of this journal is published.
Hosted on Doprax cloud platform doprax.com
copyright © 2015-2023