Faouzi Tourkhani

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The design of a dc-dc converter's regulation loop requires prior knowledge of its open-loop frequency response characteristics which are generally obtained experimentally using a prototype and a network analyzer or through small-signal models. In order to obtain these characteristics more precisely than through modeling without having to build a circuit(More)
The use of steady-state analysis offers the advantage of finding the switching converter steady state without requiring the simulation of its transient phase providing savings in both computation time and computer memory usage. Different techniques for quickly obtaining the steady state of a switching converter have been proposed in the past such as the(More)
Proper design of a switching power supply regulator loop requires proper assessment of the impact of component value variations upon the loop frequency response characteristics. Worst-case phase margin and worst-case gain margin are pieces of information a designer can use to assess whether or not the converter will be properly regulated for given component(More)
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