“…While the comparison framework formalizes various design aspects, it's essential to acknowledge that practical converter designs require consideration of additional factors. These factors encompass a broad range of elements, including but not limited to, the voltage conversion ratio (VCR) range, startup procedures, gate driving techniques [80], level shifting methodologies, capacitor charge balancing strategies [33], [50], [51], feedback control mechanisms [47], [63], PCB routing, methods for inductor current balancing [58], specifications of input capacitors [64], [81], and considerations for electromagnetic interference (EMI) [29]. Although the losses associated with drain and source capacitances are not explicitly addressed in the paper, they can be factored into the overall switching losses.…”