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Let s Explore India (Most Famous Attractions in India)
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Let's Explore India (Most Famous Attractions in India)

Baby Professor

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Let's Explore India (Most Famous Attractions in India)

Baby Professor

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32 pages

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Let s Explore Japan (Most Famous Attractions in Japan)
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Let's Explore Japan (Most Famous Attractions in Japan)

Baby Professor

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Let's Explore Japan (Most Famous Attractions in Japan)

Baby Professor

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32 pages

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Let s Explore Italy (Most Famous Attractions in Italy)
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Let's Explore Italy (Most Famous Attractions in Italy)

Baby Professor

Let s Explore Italy (Most Famous Attractions in Italy) Alternate Text
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Let's Explore Italy (Most Famous Attractions in Italy)

Baby Professor

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32 pages

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Cocoa Application Tutorial
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Cocoa Application Tutorial

Jennifer Aubinais

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Cocoa Application Tutorial

Jennifer Aubinais

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41 pages

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Creating a GUI with JFC/Swing
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Creating a GUI with JFC/Swing

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Creating a GUI with JFC/Swing

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1273 pages

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J2EE Tutorial
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J2EE Tutorial

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517 pages

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INTRODUCTION Three different configurations that an L6561 based flyback converter can assume have been identified They are illustrated in fig Configurations a and b are basically conventional flyback converters The former works in TM Transi tion Mode i e on the boundarybetween continuous and discontinuous inductor current mode therefore at a frequency depending on both input voltage and output current The latter works at a fixed frequency imposed by the synchronisation signal and is there fore completely equivalent to a flyback converter based on a standard PWM controller Configuration c which most exploits the aptitude of the L6561 for performing power factor correction works in TM too but quite differently: the input ca pacitance is so small that the input voltage is very close to a rectified sinusoid Besides the control loop has a narrow bandwidth so as to be little sensitive to the twice mains frequency ripple appearing at the output
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INTRODUCTION Three different configurations that an L6561 based flyback converter can assume have been identified They are illustrated in fig Configurations a and b are basically conventional flyback converters The former works in TM Transi tion Mode i e on the boundarybetween continuous and discontinuous inductor current mode therefore at a frequency depending on both input voltage and output current The latter works at a fixed frequency imposed by the synchronisation signal and is there fore completely equivalent to a flyback converter based on a standard PWM controller Configuration c which most exploits the aptitude of the L6561 for performing power factor correction works in TM too but quite differently: the input ca pacitance is so small that the input voltage is very close to a rectified sinusoid Besides the control loop has a narrow bandwidth so as to be little sensitive to the twice mains frequency ripple appearing at the output

Claudio Adragna

INTRODUCTION Three different configurations that an L6561 based flyback converter can assume have been identified They are illustrated in fig Configurations a and b are basically conventional flyback converters The former works in TM Transi tion Mode i e on the boundarybetween continuous and discontinuous inductor current mode therefore at a frequency depending on both input voltage and output current The latter works at a fixed frequency imposed by the synchronisation signal and is there fore completely equivalent to a flyback converter based on a standard PWM controller Configuration c which most exploits the aptitude of the L6561 for performing power factor correction works in TM too but quite differently: the input ca pacitance is so small that the input voltage is very close to a rectified sinusoid Besides the control loop has a narrow bandwidth so as to be little sensitive to the twice mains frequency ripple appearing at the output Alternate Text
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INTRODUCTION Three different configurations that an L6561 based flyback converter can assume have been identified They are illustrated in fig Configurations a and b are basically conventional flyback converters The former works in TM Transi tion Mode i e on the boundarybetween continuous and discontinuous inductor current mode therefore at a frequency depending on both input voltage and output current The latter works at a fixed frequency imposed by the synchronisation signal and is there fore completely equivalent to a flyback converter based on a standard PWM controller Configuration c which most exploits the aptitude of the L6561 for performing power factor correction works in TM too but quite differently: the input ca pacitance is so small that the input voltage is very close to a rectified sinusoid Besides the control loop has a narrow bandwidth so as to be little sensitive to the twice mains frequency ripple appearing at the output

Claudio Adragna

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20 pages

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