**.subckt ASYNC1 A B A B C CN B A B A
*.ipin A
*.ipin B
*.ipin A
*.ipin B
*.opin C
*.opin CN
*.ipin B
*.ipin A
*.ipin B
*.ipin A
m1 CN B net3 enbsim3 m=1
x1 net4 A VDD epbsim3 m=1
x0 CN B net4 epbsim3 m=1
x2 net1 A VDD epbsim3 m=1
x3 net1 B VDD epbsim3 m=1
x4 CN C net1 epbsim3 m=1
x5 C CN VDD epbsim3 m=1
m0 CN C net2 enbsim3 m=1
m2 net3 A GND enbsim3 m=1
m3 net2 B GND enbsim3 m=1
m4 net2 A GND enbsim3 m=1
m5 C CN GND enbsim3 m=1
**.ends
.GLOBAL GND
.GLOBAL VDD
** flattened .save nodes
.end