A reverse approach to transformer design is presented in this paper. The physical characteristics and dimensions of the windings and core are the specifications. By manipulating the amount and type of material actually to be used in the construction of the transformer, its performance can be determined. Such an approach is essentially the opposite of the conventional transformer design method. Both design methods are applied to two sample high voltage transformers. The measured performances of the as-built transformers highlight the limitations in using the conventional method, which are overcome using the reverse approach
Products that transform into multiple states give access to greater flexibility and functionality in...
The aim of this project is to manufacture and test two 60 kW, 1.2/3.6 kV, 6 kHz 46/28 μH prototype t...
The aims of the following project has beento make a proposition how to create aspecific kind of tran...
A reverse approach to transformer design is presented in this paper. The physical characteristics an...
Conventional and reverse approaches to transformer design are presented in this paper. The first use...
A reverse approach to designing as-built transformers is presented in this paper. The physical chara...
This paper describes a new design for transformers which are the single most important component in ...
This thesis first describes the conventional transformer design method used for design iron-core tr...
This paper summarises a reverse method of transformer design where the construction details of the ...
A reverse design method has been applied to partial core transformers. Three sample transformers we...
This paper gives an overview of the process of designing partial core transformers using a reverse m...
This paper gives an overview of the process of designing partial core transformers using a reverse m...
Introduction. With the adoption of standards to reduce losses in transformers it is necessary to cha...
The complexity of transformer design demands reliable and rigorous solution methods. Survey of curre...
Switching circuits, operating at high frequencies, have led to considerable reductions in the size o...
Products that transform into multiple states give access to greater flexibility and functionality in...
The aim of this project is to manufacture and test two 60 kW, 1.2/3.6 kV, 6 kHz 46/28 μH prototype t...
The aims of the following project has beento make a proposition how to create aspecific kind of tran...
A reverse approach to transformer design is presented in this paper. The physical characteristics an...
Conventional and reverse approaches to transformer design are presented in this paper. The first use...
A reverse approach to designing as-built transformers is presented in this paper. The physical chara...
This paper describes a new design for transformers which are the single most important component in ...
This thesis first describes the conventional transformer design method used for design iron-core tr...
This paper summarises a reverse method of transformer design where the construction details of the ...
A reverse design method has been applied to partial core transformers. Three sample transformers we...
This paper gives an overview of the process of designing partial core transformers using a reverse m...
This paper gives an overview of the process of designing partial core transformers using a reverse m...
Introduction. With the adoption of standards to reduce losses in transformers it is necessary to cha...
The complexity of transformer design demands reliable and rigorous solution methods. Survey of curre...
Switching circuits, operating at high frequencies, have led to considerable reductions in the size o...
Products that transform into multiple states give access to greater flexibility and functionality in...
The aim of this project is to manufacture and test two 60 kW, 1.2/3.6 kV, 6 kHz 46/28 μH prototype t...
The aims of the following project has beento make a proposition how to create aspecific kind of tran...