The final design should follow the circuit below: (the values don't matter)

Design a SEPIC dc-dc converter in Fig.1 to meet the following specifications. Input DC voltage V = 12 V Average output voltage V = 98 V Peak-to-peak ripple on the output ripple AV 5% of the average output voltage Peak-to-peak ripple on the inductor (L) current AI 5% of the average inductor current Average load current I = 0.5 A Switching frequency f. = 20 kHz. 000 SEPIC G= 52 Fig. 1 SEPIC converter Use an NMOS as a switch for LTspice or PSpice or Multisim simulation (Note the gate voltage must be applied between the gate and the source terminals though a voltage-controlled voltage-source as an isolating unit). MOSFET Type: BSB012N03LX3 Power Diode type: MURS320