I am familiar with the design of pulse transformers and DC reactors. The design requirements for these components depend on the specific application and operating conditions. In general, pulse transformers are used to transfer high voltage, short duration pulses between circuits while DC reactors are used to smooth out the ripple current in a DC power supply. The design of these components involves considerations such as core material selection, winding configuration, and insulation requirements.
There are several papers and software tools available for designing pulse transformers and DC reactors. Some popular software options include PSpice, LTSpice, and MATLAB. These tools can help in simulating and optimizing the design parameters for the desired performance. Additionally, there are many research papers available that discuss the design and optimization of pulse transformers and DC reactors for various applications.
In my experience, the key factors to consider when designing a pulse transformer and DC reactor are the desired output voltage and current, frequency of operation, and the type of load being driven. It is also important to consider the core saturation and winding resistance to ensure efficient operation and avoid overheating. I would recommend consulting with experienced engineers and utilizing simulation tools to ensure a successful design.
I hope this helps in your understanding of pulse transformer and DC reactor design. Good luck with your project!