.title KiCad schematic
.include "GaN_PSpice_GS-065-018-2-L_L1V3P3.lib"
.include "ST_SILICON_CARBIDE_SCHOTTKY_V9.LIB"
D8 /d7 /d8 STPSC5H12D
D9 /d8 /out STPSC5H12D
C9 /d7 /out 1u
C10 /out 0 1u
R1 /out 0 R = 'TIME > 70m ? 10k : 25k'
D2 /d1 /d2 STPSC5H12D
C3 /d1 /d3 1u
C1 /d1 0 1u
D4 /d3 /d4 STPSC5H12D
C4 /d2 /d4 1u
D3 /d2 /d3 STPSC5H12D
V1 /pwr 0 pulse(0 28 1m 2m 1m 1 1)
C2 /d /d2 1u
D1 /d /d1 STPSC5H12D
XQ1 /g /d 0 0 GaN_PSpice_GS-065-018-2-L_L1V3P3
V2 /g 0 pulse(0 6 1m 20n 20n 2u 4u)
RESR1 Net-_L1-Pad2_ /d 230m
L1 /pwr Net-_L1-Pad2_ 22u
D5 /d4 /d5 STPSC5H12D
C6 /d4 /d6 1u
C5 /d3 /d5 1u
D6 /d5 /d6 STPSC5H12D
C7 /d5 /d7 1u
D7 /d6 /d7 STPSC5H12D
C8 /d6 /d8 1u
.tran 200n 120m
.option chgtol=1e-11 reltol=0.01 method=gear
.probe p(R1) p(V1)
.control
set controlswait
if $?sharedmode
else
run
plot V(/d) V(/d1) V(/d2) V(/d3) V(/d4) V(/d5) V(/d6) V(/d7) V(/d8) V(/out)
plot i(L1)
end
rusage time
let v1power = abs(v1:power)
meas tran pv1 avg v1power from=50m to=70m
meas tran pr1 avg r1:power from=50m to=70m
let eff = 100 * pr1 / pv1
echo efficiency is $&eff %
meas tran pv1_2 avg v1power from=100m to=120m
meas tran pr1_2 avg r1:power from=100m to=120m
let eff = 100 * pr1_2 / pv1_2
echo efficiency is $&eff %
.endc
.end