104 lines
3.4 KiB
Plaintext
104 lines
3.4 KiB
Plaintext
carry_chain_1bit_16nm
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.include ./models/16nm_HP.pm
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.include ./subckt/sottocircuiti
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.subckt FA_SUB 0 node1 nodeSo nodeCo nodeC nodeB nodeA XX=1
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Mn1 nodecon nodeb node4 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp1 1 nodea node1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn2 node4 nodea 0 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp2 1 nodeb node1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn3 5 nodea 0 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp3 4 nodea node1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mp4 nodecon nodeb 4 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn4 5 nodeb 0 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp5 nodecon nodec 1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn5 nodecon nodec 5 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp6 2 nodea node1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn6 3 nodea 0 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp7 2 nodeb node1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn7 3 nodeb 0 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp8 2 nodec node1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn8 3 nodec 0 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp9 nodeson nodecon 2 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn9 nodeson nodecon 3 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp10 9 nodea node1 node1 pmos W={6*XX*Wmin} L={Lmin}
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Mn10 7 nodea 0 0 nmos W={3*XX*Wmin} L={Lmin}
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Mp11 8 nodeb 9 node1 pmos W={6*XX*Wmin} L={Lmin}
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Mn11 6 nodeb 7 0 nmos W={3*XX*Wmin} L={Lmin}
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Mp12 nodeSon nodec 8 node1 pmos W={6*XX*Wmin} L={Lmin}
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Mn12 nodeSon nodec 6 0 nmos W={3*XX*Wmin} L={Lmin}
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Mp13 nodeCo nodecon node1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn13 nodeCo nodecon 0 0 nmos W={2*XX*Wmin} L={Lmin}
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Mp14 nodeSo nodeSon node1 node1 pmos W={4*XX*Wmin} L={Lmin}
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Mn14 nodeSo nodeSon 0 0 nmos W={2*XX*Wmin} L={Lmin}
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.ends
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.options temp=125 tnom=125
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.model p1_ra relmodel level=1 type=1
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.appendmodel p1_ra pmos
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.relan 315360000 0.002ns 1.4ns
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.TRAN 0.002ns 1.4ns
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.PARAM Y=0.78
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.PARAM XX=1
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.PARAM Lmin=16n
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.PARAM Wmin=16n
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*.meas tran delay_LH trig v(cin) val='0.9*Y*0.5' rise=1 targ v(cout) val='0.9*Y*0.5' fall=1
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.meas tran delay_HL trig v(cin) val='0.9*Y*0.5' fall=1 targ v(cout) val='0.9*Y*0.5' fall=1
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.meas tran delay_HL_1 trig v(cin) val='0.9*Y*0.5' fall=1 targ v(xfa_1.nodecon) val='0.9*Y*0.5' rise=1
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.meas tran delay_HL_2 trig v(xfa_1.nodecon) val='0.9*Y*0.5' rise=1 targ v(cout) val='0.9*Y*0.5' fall=1
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*.meas tran delay_LH_c trig v(cin) val={0.45*Y} rise=1 targ v(1) val={0.45*Y} rise=1
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*.meas tran delay_HL_c trig v(cin) val={0.45*Y} fall=1 targ v(1) val={0.45*Y} fall=1
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*.meas tran delay_HL_s trig v(cin) val={0.45*Y} rise=1 targ v(out1) val={0.45*Y} fall=1
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*.meas tran delay_LH_s trig v(cin) val={0.45*Y} fall=1 targ v(out1) val={0.45*Y} rise=1
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Vdd VDD 0 {0.9*Y}
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Vina1 ina1 0 0
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Vinb1 inb1 0 {0.9*Y}
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* Francesco
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*vcin cin 0 PWL(0 0 0.100ns 0 0.120ns {0.9*Y})
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vcin cin 0 PWL(0 {0.9*Y} 0.100ns {0.9*Y} 0.120ns 0)
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*vcin cin 0 PWL(0 {0.9*Y} 0.100ns {0.9*Y} 0.120ns 0)
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*vcin cin 0 PWL(0 0 0.100ns 0 0.120ns {0.9*Y})
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XFA_1 0 VDD out cout cin inb1 ina1 FA_SUB
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xNOT4_1 0 VDD out1 out NOT4_SUB
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xNOT4_2 0 VDD cout1 cout NOT4_SUB
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.CONTROL
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run
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.ENDC
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.END
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