How to design a Push pull converter | part 2 | working of push pull converter | simulation

#pushpullconverter #DCDCconverter 0:00 Index 0:28 Calculating Primary number of turns 2:58 Calculating Primary number of turns 3:30 Size of wire. 4:18 Length of wire. 4:56 Calculation of output inductance. 5:35 Calculation of output capacitance. 6:23 Selection of Rectifier diode. 6:53 selection of switching transistor. 7:41 Simulation of the circuit Previous video Part 1- /watch/EG3KxJD97789K The push-pull converter is one of the oldest topologies and It can give multiple outputs, which gives isolated DC-voltage from the input. Output voltages can be higher or lower than input voltages as we change the winding of the transformer. This videos contains all the steps which are necessary while designing the Push-pull converter. This tutorial is divided into several parts for better understanding. Power Electronics: Power Factor Correction - /watch/0B7pwHGVZVKVp Power Factor - /watch/srPhKZGM0oBMh Powe Supplies: Full Bridge Converter - /watch/E6_UGN_xHeMxU Half Bridge Converter - /watch/wV5kftHcDvpck Zeta Converter - /watch/kp517HgNclkN1 Cuk Converter - /watch/M-b_Y8NFraKF_ Buck-boost converter - /watch/sutboPbbfNzbb Double Ended Forward converter - /watch/0ZCs7CghsUZhs Active Clamp Forward Converter - /watch/4LYc64zGkz3Gc Forward Converter - /watch/wNAYAMeztuizY SEPIC converter part 2 - /watch/wHBJiNoaiB_aJ SEPIC converter part 1 - /watch/MPGV9X4vt4GvV Flyback converter part 2 - /watch/kXoQcNMNXQWNQ Flyback converter part 1 - /watch/oGc5fhaslaLs5 Push-pull converter part 2 - /watch/IkocEUL_Ws__c Push-pull converter part 1 - /watch/EG3KxJD97789K Boost converter design - /watch/YGpkV_8a4jiak Buck converter design - /watch/UI02Tjl_JMe_2 SMPS basics - /watch/YaXapoxffPRfa --------------------------------------------------------------------------- Check us out! Facebook - https://www.facebook.com/FoolishEngineer-407598733006003/ Instagram - https://www.instagram.com/foolish_engineer/ Subscribe now for more videos like this!

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