If you are a maker, an electronics enthusiast, who makes transformers for dc-dc converters, but has difficulty knowing how many turns to make.
This application can help you in calculating transformers for these converters, especially those used in Push-Pull topology with EE ferrite core.
Provide the application with four (4) pieces of information:
Inform how many turns you want to build in the primary, the output voltage, the nominal input voltage that will work (Ex.: 12 Volts from a battery). And not least, the maximum duty cycle (Dmax - Maximum Duty Cycle) provided by the PWM control integrated circuit, which can be checked in the component's datasheet. With that, just click calculate, and the application will provide the number of turns for the secondary. The calculation is based on the SG3525 integrated circuit, but nothing prevents the use of other similar ones, with similar functionality.
Remember, the performance of the built transformer may not be as expected, if that happens, try decreasing the primary turns value and redo the calculation.
Tip: when building the transformer, prefer to use several conductors per winding instead of a single conductor, in addition to improving the efficiency of the circuit, it is easier to wind.
------------
You came here because you believe this app can be useful for you, right? Then?
Allow work like this to continue, support us on this journey. Download the Simply PIC Microcontroller app to contribute to the developer:
https://play.google.com/store/apps/details?id=br.com.AbilioDesenvDeHardFirm.uc_pic_premium
------------
This application can help you in calculating transformers for these converters, especially those used in Push-Pull topology with EE ferrite core.
Provide the application with four (4) pieces of information:
Inform how many turns you want to build in the primary, the output voltage, the nominal input voltage that will work (Ex.: 12 Volts from a battery). And not least, the maximum duty cycle (Dmax - Maximum Duty Cycle) provided by the PWM control integrated circuit, which can be checked in the component's datasheet. With that, just click calculate, and the application will provide the number of turns for the secondary. The calculation is based on the SG3525 integrated circuit, but nothing prevents the use of other similar ones, with similar functionality.
Remember, the performance of the built transformer may not be as expected, if that happens, try decreasing the primary turns value and redo the calculation.
Tip: when building the transformer, prefer to use several conductors per winding instead of a single conductor, in addition to improving the efficiency of the circuit, it is easier to wind.
------------
You came here because you believe this app can be useful for you, right? Then?
Allow work like this to continue, support us on this journey. Download the Simply PIC Microcontroller app to contribute to the developer:
https://play.google.com/store/apps/details?id=br.com.AbilioDesenvDeHardFirm.uc_pic_premium
------------
Show More
