An Intuitive Guide to Compensating Switching Power Supplies

<blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>An Intuitive Guide to Compensating Switching Power Supplies is a practical manual for power supply engineers; helping to create stable and robust converters. Most technical books covering loop control go deep into theory but are shallow on design and lack practical examples.</span></blockquote><blockquote><br></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>This new book introduces intuitive theories</span>-<span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>the good news is you don't need to know everything for a good job on control loops</span>-<span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>and then dives into many examples simulated with SIMPLIS®. All the examples can be freely downloaded and most will run on the Elements demonstration version. Once Elements is installed you can start simulating your converter!</span></blockquote><blockquote><br></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>Included in this book:</span></blockquote><blockquote><br></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>? A few pages of theory...</span></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>? Buck Converter in Voltage-Mode Control</span></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>? Buck Converter in Current-Mode Control</span></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>? Forward Converter in Voltage-Mode Control</span></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>? LLC Converters in Various Control Schemes</span></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>? And many more examples with PFC and UC384x circuits</span></blockquote><blockquote><br></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>With this book you will no longer arbitrarily pick a crossover frequency or phase margin. You will learn how to boost the phase with a compensator using an operational amplifier a TL431 or an OTA but also understand how an optocoupler degrades phase margin. I detail options to extend its bandwidth along with many more tricks for making the reader an expert in loop compensation.</span></blockquote><blockquote><br></blockquote><blockquote><span style=background-color: rgba(241 243 244 0.5); color: rgba(142 11 11 1)>This book is an ideal companion for graduate and seasoned engineers but also for field application engineers (FAEs) willing to understand the topic and rescue their customers in loop distress.</span></blockquote><p><br></p>