UnoXT2
*SPICE Netlist generated by Advanced Sim server on 29.11.2023 21:01:18
.options MixedSimGenerated

*Schematic Netlist:
CC1 NetC1_1 NetC1_2 1uF
CC2 0 3.3V 100NF
CC3 3.3V 0 100uF 10V
CC4 3.3V 0 100uF 10V
CC5 NetC5_1 0 4u7
CC6 3.3V 0 100NF
CC7 3.3V 0 100NF
CC8 3.3V 0 100NF
CC9 1V2 0 100uF 10V
CC10 3.3V 0 100uF 10V
CC11 3.3V 0 100NF
CC12 3.3V 0 100NF
CC13 5V 0 100NF
CC14 3.3V 0 100uF 10V
CC15 3.3V 0 100uF 10V
CC16 0 3.3V 100NF
CC17 0 3.3V 100NF
CC18 0 3.3V 100NF
CC19 0 3.3V 100NF
CC20 5V 0 100uF 10V
CC21 5V 0 100uF 10V
CC22 5V 0 100uF 10V
CC23 5V 0 100uF 10V
CC24 0 5V 100NF
CC25 0 5V 100NF
CC26 0 1V2 100NF
CC27 0 1V2 100NF
CC32 5V 0 100uF 10V
CC33 0 5V 100NF
XF1 5V NetF1_2 FUSE PARAMS: CURRENT=1 RESISTANCE=1m
XF2 NetF2_1 3.3V FUSE PARAMS: CURRENT=1 RESISTANCE=1m
XF4 NetF4_1 5V FUSE PARAMS: CURRENT=1 RESISTANCE=1m
LL1 NetL1_1 1V2 2000 Ohm
LL2 NetL2_1 3.3V 2000 Ohm
RR1 NetJ2_1 NetR1_2 510R
RR2 NetJ2_6 NetR2_2 510R
RR3 RESET 3.3V 2K
RR4 NetJ2_2 NetR4_2 510R
RR5 NetJ2_7 NetR5_2 510R
RR6 NetJ2_3 NetR6_2 510R
RR7 NetJ1_13 HSYNC 75R
RR8 NetJ2_4 NetR8_2 510R
RR9 NetJ1_14 VSYNC 75R
RR10 NetJ2_9 NetR10_2 510R
RR11 NetR11_1 NetJ3_2 2K
RR12 NetJ3_2 0 1K
RR13 0 NetC1_1 1M
RR14 NetR14_1 3.3V 10K
RR15 NetC5_1 NetC1_1 10K
RR16 3.3V NetC5_1 100K
RR17 NetR17_1 3.3V 2K7
RR18 NetR18_1 3.3V 2K7
RR19 NetC5_1 0 100K
RR20 0 NetL1_1 120R
RR21 NetR21_1 3.3V 10K
RR22 R NetR22_2 500R
RR23 G NetR23_2 500R
RR24 B NetR24_2 500R
RR25 R NetR25_2 1K
RR26 G NetR26_2 1K
RR27 B NetR27_2 1K
RR28 R NetR28_2 2K
RR29 G NetR29_2 2K
RR30 B NetR30_2 2K
RR31 R NetR31_2 4K
RR32 G NetR32_2 4K
RR33 B NetR33_2 4K
RR34 R NetR34_2 8K
RR35 G NetR35_2 8K
RR36 B NetR36_2 8K
RR37 NetR37_1 NetD1_1 1K5*
RR38 NetR38_1 NetD2_1 1K5*
RR39 NetR39_1 NetD3_1 1K5*
RR40 NetR40_1 NetD4_1 1K5*
RR43 NetR43_1 3.3V 10K
RR44 NetR44_1 3.3V 10K
RR45 NetR45_1 3.3V 10K
RR53 NetR53_1 3.3V 10K
RR54 0 NetR54_2 330K
VV? NetV?_1 NetV?_2 5 AC 1 0

.PLOT {V(1V2)} =PLOT(1) =AXIS(1)

*Selected Circuit Analyses:

*Models and Subcircuits:
*
*--------------------------------------------------------------------------------------------------------------------------------------
*FUSE:Fuse Subcircuit Parameters
*CURRENT    = Fuse current
*RESISTANCE = Internal resistance
.SUBCKT FUSE 1 2 PARAMS: CURRENT=1 RESISTANCE=1m
SW1 1 2 3 0 SMOD OFF
BNLV 3 0 V=(abs(v(1,2)))
.MODEL SMOD SW (VT={(CURRENT*RESISTANCE)} RON=1g ROFF={RESISTANCE})
.ENDS FUSE

.END