Simulation of Optoelectronic Analog Circuits with PSPICE package

Simulation of Optoelectronic Analog Circuits with PSPICE package
E. Koleva, I. Kolev, I. Balabanova
Department of Electronics, Technical University of Gabrovo,
H. Dimityr str. 4, 5300 Gabrovo, Bulgaria,phone: +359898226464; e-mail: elena_tugabrovo@abv.bg

The Current Transformer Parameters Investigation and Simulations

The Current Transformer Parameters Investigation and Simulations
P. Rafajdus, P. Braciník, V. Hrabovcová
Department of Power Electrical Systems, Faculty of Electrical Engineering, University of Žilina,
Univerzitná 1, 010 21 Žilina, Slovak Republic, e-mail: pavol.rafajdus@kves.utc.sk

Power Loss Calculation of High Frequency Transformers

Power Loss Calculation of High Frequency Transformers
Geun-Soo Choi*, Shin-Yong Yoon*, Soo-Hyun Baek** and Kim Yong**
Journal of Electrical Engineering & Technology, Vol. 1, No. 3, pp. 338~342, 2006

Abstract – This paper analyzed the power loss of transformers considering the magnetic component.
For this, each winding strategy and the effect of air gap between the ferrite core have been an
important variable for optimal parameter calculation. Inductors are very well known design rules to
devise, but the performance of the flyback converter as a function of transformer winding strategy has
not been fully developed. The transformer analysis tool used was PExpert. The influence of the
insulator thickness, effect of the air gap, how the window height and variation of the capacitive value
effects the coil and insulator materials are some of parameters that have been analyzed in this work.
The parameter analysis is calculated to a high frequency of 48[kHz]. Therefore, the final goal of this
paper was to calculate and adjust the parameters according to the method of winding array and air gap
minimizing the power loss

THE DEVELOPMENT OF ELECTRIC BALLAST FOR AND INSTANT START/RESTART OF METALHALIDE LAMP

THE DEVELOPMENT OF ELECTRIC BALLAST FOAR AND INSTANT START/RESTART OF METALHALIDE LAMP.

READ FULL PAPER: http://www.4shared.com/document/8OOSFl42/METALHALIDE.html

Analysis of Discharge Lamp Driving Characteristics using PSpice

Analysis of Discharge Lamp Driving
Characteristics using PSpice
Jeong-Ho Cho
Department of Electrical Engineering,
Graduate School of Industry,
Pusan National UniversityAbstract
A new PSpice dynamic fluorescent lamp model has been developed which describes the
non-linear resistance of fluorescent lamps operating at high-frequency.
The model is based on exponential approximation that represents the equivalent resistance
variation as function of power, constructed, by experimental results for several power levels.
Simulation and experimental results are presented to verify the feasibility of the model and,
moreover, and electronic ballast example using the proposed model is presented to further
demonstrate its applications