quarta-feira, 17 de fevereiro de 2016
Design and Implementation of an SMPS for UPS Charging and Discharging System using the DC-DC buck converter method by Kim dong-Rok Department of Electronics & Mechatronics Engineering Graduate School of Industrial Technology and Management Korea Polytechnic University
Design and Implementation of an SMPS for UPS
Charging and Discharging System using the DC-DC
buck converter method
by Kim dong-rok
Advisor : Prof. Lee Sang-ho, Ph.D.
Department of Electronics & Mechatronics Engineering
Graduate School of Industrial Technology and Management
Korea Polytechnic University
The purpose of this paper is to develop the SMPS(Switched Mode Power Supply) for the implementation of the charge-discharge system of the UPS(Uninterruptible Power System) with the DC-DC buck converter. The proposed SMPS is designed to be able to switch two different output voltage levels and it has provided a circuit configuration for the two output voltage. This SMPS operated the generator circuit of the output voltage in response to the state of the High/Low of the output selected signal. As the rest of the circuit groups are not driven, unnecessary power consumption is minimized. The equipment with a high battery power is possible to charge by using the 2 fuse-2 outlet cable on the 12~70V DC area. The equipment with a low battery power is possible to charge by using the 8Fuse-8prong cable on the 12V DC area. Eventually, the developed SMPS system is capable of controlling by a simple switch as well as efficient.
LINK http://www.mediafire.com/view/hyxxmty5avzwr32/Design_and_Implementation_of_an_SMPS_for_UPS.pdf
The purpose of this paper is to develop the SMPS(Switched Mode Power Supply) for the implementation of the charge-discharge system of the UPS(Uninterruptible Power System) with the DC-DC buck converter. The proposed SMPS is designed to be able to switch two different output voltage levels and it has provided a circuit configuration for the two output voltage. This SMPS operated the generator circuit of the output voltage in response to the state of the High/Low of the output selected signal. As the rest of the circuit groups are not driven, unnecessary power consumption is minimized. The equipment with a high battery power is possible to charge by using the 2 fuse-2 outlet cable on the 12~70V DC area. The equipment with a low battery power is possible to charge by using the 8Fuse-8prong cable on the 12V DC area. Eventually, the developed SMPS system is capable of controlling by a simple switch as well as efficient.
LINK http://www.mediafire.com/view/hyxxmty5avzwr32/Design_and_Implementation_of_an_SMPS_for_UPS.pdf
sábado, 6 de fevereiro de 2016
Lecture - 20 Bipolar Junction Transistor-Prof.K.Radhakrishna Rao, Department of Electrical Engineering,IIT Madras-INDIA
Lecture Series on Electronics For Analog Signal Processing I by Prof.K.Radhakrishna Rao, Department of Electrical Engineering,IIT Madras. For more details on NPTEL visit http://nptel.iitm.ac.in
Transistores BJT 03 Polarizacion y capacitador de acoplo y desacoplo
Electrónicos I con el profesor Sarmiento de la UNMSM-FACULTAD DE INGENIERIA ELECTRÓNICA
Transistores BJT 11 Tipos de Configuración- ING. SARMIENTO-FACULTAD ING. ELECTRÓNICA-UNMSM-LIMA-PERÚ
CLASE DE CIRCUITOS ELECTRÓNICOS I -ING. SARMIENTO-FACULTAD DE INGENIERIA ELECTRÓNICA-UNIVERSIDAD NACIONAL MAYOR DE SAN MARCOS- LIMA- PERÚ
sexta-feira, 5 de fevereiro de 2016
PSPICE Introdução a Simulação Eletrônica R.Heinemann -Визуальное моделирование электронных схем в PSPICE Хайнеманн Р. -PSPICE Einführung in die Elektroniksimulation-Carl Hanser Verlag München
PSPICE Robert Heinemann software de simulação electrónica (quase) sem fronteiras: PSpice Este site contém as informações mais recentes sobre PSpice, que representa o padrão da indústria no software eléctricos e electrónicos por muitos anos. Você vai encontrar aqui todos os tipos de dicas e truques para a simulação com PSpice e exemplos selecionados de simulações de engenharia elétrica e eletrônica. A página destina-se principalmente a fornecer os leitores do meu livro PSpice, Introdução à simulação da eletrônica com material que foi encontrado no livro nenhum lugar, ou ainda não tinham disponíveis no momento da impressão.
Este livro PSpice, Introdução à simulação Eletrônica inclui o OrCAD demonstração versão 16.0, com a simulação de Circuitos com um máximo de 60 componentes é possível. capa de livro PSPICE Introdução a Eletrônica Simulation 7, atualizada e ampliada edição de 2011 400 páginas, capa dura. Com o software de simulação em CD. Carl Hanser Verlag, Munique O software funciona em Windows XP, Vista, 7; não com o Windows 8.
LINK VERSÃO ALEMÃO
http://www.spicelab.de/
LINK VERSÃO RUSA FORMAT DJVU
Визуальное моделирование электронных схем в PSPICE
Хайнеманн Р.
http://mexalib.com/download/15315
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