.simulator SIMPLIS
.ac DEC 100 10 100k
.print
+ ALL
.options
+ PSP_NPT=100001
+ POP_ITRMAX=200
+ POP_USE_TRAN_SNAPSHOT
+ POP_OUTPUT_CYCLES=5
+ SNAPSHOT_INTVL=0
+ MIN_AVG_TOPOLOGY_DUR=1a
+ AVG_TOPOLOGY_DUR_MEASUREMENT_WINDOW=128
.pop
+ TRIG_GATE={TRIG_GATE}
+ TRIG_COND=0_TO_1
+ MAX_PERIOD=15u
+ CONVERGENCE=1p
+ CYCLES_BEFORE_LAUNCH=1000
+ TD_RUN_AFTER_POP_FAILS=0
*.tran 40m 0

.globalvar IC_ID=4;
*Input DC voltage
.var Vin0 = 160
* Output initial DC current
.var I0 = 0.5
* Output DC current after pulse change
.var I1 = 20
* Output curent change pulse duration
.var Tw = 10m
* Output curent change delay time
.var Td = 25m
* Output current rising and falling time
.var Tr_I = 10n



* Power MOSFET Equivalent drain-to-source capacitance
.var Cds = 160p
* Power MOSFET RDson
.var Rdson = 0.22

* Deadtime
.globalvar TD1 = 400n
.globalvar TD2 = 400n

* Transformer parameters

* Please direct input the transformer turn ratio into the transformer model in the schematic (TX1)

* Resonant tank info

* Resonant inductor
.var Lr1 = 8u
.var Lr2 = 8u
* Magnetizing inductor
.var Lmag = 1400u
* Resonant capacitor
.var Cr = 40n


* Output capacitor

* Electrolytic capacitor
.var COUT = {250u}
.var esr = {5m}

* Ceramic capacitor
.var Ccer = {25u}
.var esrcer = {1m}

* BW Pin resistor
.var RBW = 6.6k

* Soft start capacitor
.var CSS = 50n
* Soft start initial voltage
.var Vssinit = 250m

* Burst mode threshold
.globalvar BMTH = 1.3

* VCR capacitor divider
.var Cupper = {100p}
.var Clower = {10n}
* ISNS differentiator
.var Cisns= {150p}
.var Risns=127

* Optocoupler CTR
.var CTR=1;



.simulator DEFAULT
.subckt UCC25640x  1153 1154 1155 1156 1157 1158 1161 1162 1165 1166 1168 1169 1151
+ 1172 1173 1174

.node_map HV 1153
.node_map HS 1154
.node_map NA1 1155
.node_map HO 1156
.node_map VCC 1157
.node_map HB 1158
.node_map BLK 1161
.node_map NA2 1162
.node_map FB 1165
.node_map RVCC 1166
.node_map Isns 1168
.node_map GND 1169
.node_map VCR 1151
.node_map LO 1172
.node_map BW 1173
.node_map LLSS 1174

*
?@@--START ENCRYPTION: "SMX_AES UCC256404"
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