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- https://youtu.be/8779DJxK3GE

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 - https://youtu.be/KVZVGHwp7B0
Power Factor - https://youtu.be/Bo0MGZKhPrs

Powe Supplies:
Full Bridge Converter - https://youtu.be/MeHx_NGU_6E
Half Bridge Converter - https://youtu.be/pvDcHtfk5Vw
Zeta Converter - https://youtu.be/klcNgH715pk
Cuk Converter - https://youtu.be/KarFN8Y_b-M
Buck-boost converter - https://youtu.be/zNfbbPobtus
Double Ended Forward converter - https://youtu.be/ZUshgC7sCZ0
Active Clamp Forward Converter - https://youtu.be/3zkGz46cYL4
Forward Converter - https://youtu.be/iutzeMAYANw
SEPIC converter part 2 - https://youtu.be/_BiaoNiJBHw
SEPIC converter part 1 - https://youtu.be/G4tv4X9VGPM
Flyback converter part 2 - https://youtu.be/WQXNMNcQoXk
Flyback converter part 1 - https://youtu.be/Lalsahf5cGo
Push-pull converter part 2 - https://youtu.be/_sW_LUEcokI
Push-pull converter part 1 - https://youtu.be/8779DJxK3GE
Boost converter design - https://youtu.be/ij4a8_VkpGY
Buck converter design - https://youtu.be/eMJ_ljT20IU
SMPS basics - https://youtu.be/RPffxopaXaY

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