دانلود ترجمه مقاله مبدل‌های افزاینده (Step- up) چند ورودی برمبنای انباره ولتاژ خازن
ترجمه در قالب فایل Word و قابل ویرایش میباشد
سال انتشار:2012
تعداد صفحه ترجمه:31
تعداد صفحه فایل انگلیسی:12
موضوع انگلیسی :Multi Multi-Input Input Step Step -Up Converter Converter Converter s Based on the Based on the Based on the Based
موضوع فارسی:دانلود ترجمه مقاله مبدل‌های افزاینده (Step- up) چند ورودی برمبنای انباره ولتاژ خازن
چکیده انگلیسی:Abstract Abstract AbstractAbstract—This paper This paper This paper This paper This paper This paper This paper This paper introduceintroduceintroduce introduceintroduceintroduceintroduceintroduces the the the applicationapplicationapplicationapplication applicationapplicationapplication application of of of a switchwitch ed -diodediode diodediode-capacitorapacitorapacitorapacitorapacitor apacitor voltage accumulatorvoltage accumulatorvoltage accumulator voltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulatorvoltage accumulator voltage accumulator (SDCVASDCVA SDCVASDCVA) on conventional conventional conventional conventional conventional conventional conventional conventional conventional conventional boostboostboostboost converterconverterconverterconverterconverterconverterconverter converter. Th is study study study aimaimaims to to obtain obtain obtain obtain obtain obtain two two two different different different different different kinds of kinds of kinds of kinds of kinds of kinds of multimultimulti -input input input input step step-up up up converters with converters with converters with converters with converters with converters with converters with converters with converters with converters with converters with converters with high high high high voltage gainvoltage gainvoltage gain voltage gainvoltage gainvoltage gainvoltage gainvoltage gainvoltage gainvoltage gains, low component low componentlow componentlow componentlow componentlow componentlow componentlow componentlow componentlow componentlow componentlow component stress stressstress es , low ripples, low ripples, low ripples, low ripples, low ripples, low ripples, low ripples, low ripples , low ripples, low ripples , simple, simple, simple , simple, simple, simple controlcontrolcontrolcontrol controlcontrol and high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficiencies and high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficiencies and high conversion efficienciesand high conversion efficienciesand high conversion efficienciesand high conversion efficiencies and high conversion efficienciesand high conversion efficienciesand high conversion efficiencies and high conversion efficiencies: one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the : one is based on the parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. parallel SDCVA and the other based on serial SDCVA. TheTheThe doubledoubledoubledoubledouble -input inputinputinput step step-up up up converter converter converter converter converter converter converter converter converter based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA based on the parallel SDCVA and and and and the the doubledoubledoubledoubledouble -inputinputinputinputinput step step-up up up converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial converter based on the serial SDCVA are SDCVA are SDCVA are SDCVA are SDCVA are SDCVA are SDCVA are SDCVA are SDCVA are respectively respectively respectively respectively respectively respectively respectively taken taken taken taken taken as as an an an exampleexampleexampleexampleexampleexample to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical to do theoretical analysisanalysisanalysisanalysis analysis , including including including including including including including including operating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performance operating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performance operating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performance operating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performance operating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performanceoperating principles and performance analysianalysianalysianalysi analysi ses when they work when they work when they work when they work when they work when they work when they work when they work when they work when they work when they work when they work when they work when they work individually individually individually individually individually individually individually individually individually individually individually andandand simultaneously simultaneouslysimultaneouslysimultaneously simultaneouslysimultaneouslysimultaneouslysimultaneouslysimultaneously . The two proposed converters are implemented with a voltage closed-loop control at the switching frequency of 30kHz. Experimental results obtained from the implemented prototypes are provided to validate the feasibility and effectiveness of the proposed converters
چکیده فارسی:
چکیده
این مقاله، کاربرد انباره ولتاژ خازن- دیود سوپیچ شده (SDCVA) بر مبدل بوست مرسوم (متداول) را نشان می‌دهد. هدف این تحقیق دستیابی به دو نوع مبدل افزاینده چند ورودی متفاوت با بهره ولتاژ بالا، تنش مولفه پایین، دندانگس‌های کم، کنترل ساده و بازده تبدیل بالاست: یکی از مبدل‌ها براساس SDCVA موازی است و دیگر براساس SDCVA سری است. مبدل افزاینده دوبل ورودی براساس SDCVA موازی و مبدل افزاینده دوبل ورودی براساس SDCVA سری به ترتیب به عنوان مثال جهت انجام تحلیل تئوری انتخاب می‌شوند که وقتی بطور منفرد و همزمان بکار می‌روند، شامل اصول عملیاتی و تحلیل‌های عملکردی هستند. دو مبدل پیشنهادی با کنترل ولتاژ حلقه بسته در فرکانس سویچینگ kHz30 پیاده سازی می‌شوند. نتایج آزمایشاتی حاصل از نمونه‌های پیاده سازی شده، جهت ارزیابی امکان‌پذیری و اثربخشی مبدل‌های پیشنهادی، ارائه می‌شود.
