********** Contents of the IBIS1 Library All output parts connect in the same way: Input, Output, VCC, VEE, Enable All input parts connect in the same way: Input, VCC, VEE Suffix Meanings - O = Output, I = Input, B = BEST CASE, W = WORST CASE, T = TYPICAL ** Pre-canned, ready to use models are listed below Component: Any PCI Shared Component PCIOB Buffer - emulates signals: A0-A31, DRVPCI PCIOW Buffer - emulates signals: A0-A31, DRVPCI PCIIB Buffer - emulates signals: A0-A31, DRVPCI PCIIW Buffer - emulates signals: A0-A31, DRVPCI Component: PCMC PCMC1OB Buffer - emulates signals: A0-A31, DRVPCI PCMC1IB Buffer - emulates signals: A0-A31, DRVPCI PCMC1OW Buffer - emulates signals: A0-A31, DRVPCI PCMC1IW Buffer - emulates signals: A0-A31, DRVPCI * PCMC2OB Buffer - emulates signals: PIG0 - PIG3 PCMC2IB Buffer - emulates signals: PIG0 - PIG3 PCMC2OW Buffer - emulates signals: PIG0 - PIG3 PCMC2IW Buffer - emulates signals: PIG0 - PIG3 * PCMC4OB Buffer - emulates signals: CALE PCMC4IB Buffer - emulates signals: CALE PCMC4OW Buffer - emulates signals: CALE PCMC4IW Buffer - emulates signals: CALE PCMC5IB Buffer - emulates signals: BRDY#, NA#, HCLKout[6:1], HIG[0-4], MIG[0-2], REQ#, MDLE PCMC5IW Buffer - emulates signals: BRDY#, NA#, HCLKout[6:1], HIG[0-4], MIG[0-2], REQ#, MDLE PCMC6OB Buffer - emulates signals: MA[0-10], MA11, RAS#[0-5], COE#[0-1], CAS#[0-1], CADS#[0-1], CWE#[0-7], MEMACK#, CADV#[0-1], WE#, KEN#, EADS#, INV, AHOLD, BOFF#, CPURST, PEN#, INIT PCMC6IB Buffer - emulates signals: MA[0-10], MA11, RAS#[0-5], COE#[0-1], CAS#[0-1], CADS#[0-1], CWE#[0-7], MEMACK#, CADV#[0-1], WE#, KEN#, EADS#, INV, AHOLD, BOFF#, CPURST, PEN#, INIT PCMC6OW Buffer - emulates signals: MA[0-10], MA11, RAS#[0-5], COE#[0-1], CAS#[0-1], CADS#[0-1], CWE#[0-7], MEMACK#, CADV#[0-1], WE#, KEN#, EADS#, INV, AHOLD, BOFF#, CPURST, PEN#, INIT PCMC6IW Buffer - emulates signals: MA[0-10], MA11, RAS#[0-5], COE#[0-1], CAS#[0-1], CADS#[0-1], CWE#[0-7], MEMACK#, CADV#[0-1], WE#, KEN#, EADS#, INV, AHOLD, BOFF#, CPURST, PEN#, INIT PCMC7OB Buffer - emulates signals: TRDY#, IRDY#, PLOCK#, CBE#[3:0], PAR, STOP#, PERR#, SERR# DEVSEL#, FRAME# Output Only: CAA[6:3], CAB[6:3], PCIRST, PCLKout Note: SERR# is an open drain and can only be drivne low PCMC7IB Buffer - emulates signals: TRDY#, IRDY#, PLOCK#, CBE#[3:0], PAR, STOP#, PERR#, SERR# DEVSEL#, FRAME# Output Only: CAA[6:3], CAB[6:3], PCIRST, PCLKout Note: SERR# is an open drain and can only be drivne low PCMC7OW Buffer - emulates signals: TRDY#, IRDY#, PLOCK#, CBE#[3:0], PAR, STOP#, PERR#, SERR# DEVSEL#, FRAME# Output Only: CAA[6:3], CAB[6:3], PCIRST, PCLKout Note: SERR# is an open drain and can only be drivne low PCMC7IW Buffer - emulates signals: TRDY#, IRDY#, PLOCK#, CBE#[3:0], PAR, STOP#, PERR#, SERR# DEVSEL#, FRAME# Output Only: CAA[6:3], CAB[6:3], PCIRST, PCLKout Note: SERR# is an open drain and can only be drivne low PCMC8IB Buffer - emulates signals: BE#[0-7], HCLKosc, M/IO#, CACHE#, HITM#, ADS#, HLOCK#, PCHK# (Input Only) GNT#, HCLKin, PCLKIN, W/R#, FLSHBUF#, MEMCS#, MEMREQ# D/C#, SMIACT#, (SMIACT2#), PWROK, PPOUTO, PPOUT1, EOL, TESTEN PCMC8IW Buffer - emulates signals: BE#[0-7], HCLKosc, M/IO#, CACHE#, HITM#, ADS#, HLOCK#, PCHK# (Input Only) GNT#, HCLKin, PCLKIN, W/R#, FLSHBUF#, MEMCS#, MEMREQ# D/C#, SMIACT#, (SMIACT2#), PWROK, PPOUTO, PPOUT1, EOL, TESTEN **Other Libraries IBIS1A: IBIS level 1 subcircuit, requires IsSpice3 IBIS2: IBIS level 2 subcircuit, SPICE 2G.6 Compatible IBIS3: IBIS level 3 subcircuit, requires IsSpice3 ** Components available but not included in this library ** ESC3 Buffer - emulates signals: SALE# ESC4 Buffer - emulates signals: ESC5 Buffer - emulates signals: (Input Only) Component: S82374EB PCEB PCEB1 Buffer - emulates signals: PCEB2 Buffer - emulates signals: PCEB3 Buffer - emulates signals: Component: SIO SIO1 Buffer - emulates signals: SIO2 Buffer - emulates signals: SIO3 Buffer - emulates signals: SIO4 Buffer - emulates signals: (Input Only) Component: MCM67A618, MCM67B618, MCM67B518 (Motorola SRAM) MSRAM1 Buffer - emulates signals: ALL Component: CY7B173 (Cypress SRAM) CRAM1 Buffer - emulates signals: ALL Component: CY7V175, 7C1031 (Cypress SRAM) CRAM2 Buffer - emulates signals: ALL Component: ICW79B486/586 (ICWORKS SRAM) ICWRAM1 Buffer - emulates signals: ALL Component: 71B590, 71B74, 71B259, 71B256 (IDT SRAM) IDTRAM1 Buffer - emulates signals: ALL *********** *SYM=IBISO .SUBCKT PCIOB 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Min *DEFINE {RTF}=20K *DEFINE {RTR}=20K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Max XEPL_DN 2 400 8 840 EPWL_DNX XEPL_UP 3 300 850 8 EPWL_UPX * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Min ROSNB 5 1 100 ROPKG 1 4 .100 COPKG 4 400 1.00P CCOMP 5 400 4.00P LOPKG 5 1 8.00N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -292.99998M : + (V(1,2) < -1.0000000) ? 66.999997M*V(1,2) + 41.999998M : + (V(1,2) < -899.99996M) ? 119.99999M*V(1,2) + 94.999995M : + (V(1,2) < -799.99996M) ? 69.999997M*V(1,2) + 49.999998M : + (V(1,2) < -699.99997M) ? 35.999998M*V(1,2) + 22.799999M : + (V(1,2) < -599.99997M) ? 11.999999M*V(1,2) + 5.9999997M : + (V(1,2) < -499.99998M) ? 6.9999997M*V(1,2) + 2.9999999M : + (V(1,2) < -399.99998M) ? 3.9999998M*V(1,2) + 1.4999999M : + (V(1,2) < 0.0000000E+00) ? 250.00000U*V(1,2) + -6.6174449E-12 : + 1.0000000N*V(1,2) + 0.0000000E+00 .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 292.99999M : + (V(1,2) < -1.0000000) ? -66.999997M*V(1,2) + -41.999998M : + (V(1,2) < -899.99996M) ? -119.99999M*V(1,2) + -94.999995M : + (V(1,2) < -799.99996M) ? -69.999997M*V(1,2) + -49.999998M : + (V(1,2) < -699.99997M) ? -35.999998M*V(1,2) + -22.799999M : + (V(1,2) < -599.99997M) ? -11.999999M*V(1,2) + -5.9999997M : + (V(1,2) < -499.99998M) ? -6.9999997M*V(1,2) + -2.9999999M : + (V(1,2) < -399.99998M) ? -3.9999998M*V(1,2) + -1.4999999M : + (V(1,2) < 0.0000000E+00) ? -250.00000U*V(1,2) + 6.6174449E-12 : + 1.0000000N*V(1,2) + 0.0000000E+00 .ENDS * .SUBCKT EPWL_UPX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 137.00000M : + (V(1,2) < -4.0000000) ? -8.9999996M*V(1,2) + 91.999996M : + (V(1,2) < -3.0000000) ? -9.9999995M*V(1,2) + 87.999996M : + (V(1,2) < -2.0000000) ? -21.999999M*V(1,2) + 51.999998M : + (V(1,2) < -1.0000000) ? -31.999998M*V(1,2) + 31.999998M : + (V(1,2) < 0.0000000E+00) ? -63.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -75.999996M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -51.999998M*V(1,2) + -11.999999M : + (V(1,2) < 1.5000000) ? -37.999998M*V(1,2) + -25.999999M : + (V(1,2) < 2.0000000) ? -25.999999M*V(1,2) + -43.999998M : + (V(1,2) < 2.5000000) ? -27.999999M*V(1,2) + -39.999998M : + (V(1,2) < 3.0000000) ? -15.999999M*V(1,2) + -69.999997M : + (V(1,2) < 3.5000000) ? -9.9999995M*V(1,2) + -87.999996M : + (V(1,2) < 4.0000000) ? -9.9999995M*V(1,2) + -87.999996M : + (V(1,2) < 4.5000000) ? -9.9999995M*V(1,2) + -87.999996M : + (V(1,2) < 5.0000000) ? -7.9999996M*V(1,2) + -96.999995M : + (V(1,2) < 10.0000000) ? -1.0000000M*V(1,2) + -131.99999M : + 1.0000000N*V(1,2) + -142.00000M .ENDS * .SUBCKT EPWL_DNX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -214.99998M : + (V(1,2) < -4.0000000) ? 2.9999999M*V(1,2) + -199.99999M : + (V(1,2) < -3.0000000) ? 4.9999998M*V(1,2) + -191.99999M : + (V(1,2) < -2.0000000) ? 18.999999M*V(1,2) + -149.99999M : + (V(1,2) < -1.0000000) ? 117.99999M*V(1,2) + 47.999998M : + (V(1,2) < 0.0000000E+00) ? 69.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 139.99999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 113.99999M*V(1,2) + 12.999999M : + (V(1,2) < 1.5000000) ? 73.999996M*V(1,2) + 52.999997M : + (V(1,2) < 2.0000000) ? 47.999998M*V(1,2) + 91.999996M : + (V(1,2) < 2.5000000) ? 29.999999M*V(1,2) + 127.99999M : + (V(1,2) < 3.0000000) ? 7.9999996M*V(1,2) + 182.99999M : + (V(1,2) < 3.5000000) ? 5.9999997M*V(1,2) + 188.99999M : + (V(1,2) < 4.0000000) ? 3.9999998M*V(1,2) + 195.99999M : + (V(1,2) < 4.5000000) ? 3.9999998M*V(1,2) + 195.99999M : + (V(1,2) < 5.0000000) ? 1.9999999M*V(1,2) + 204.99999M : + (V(1,2) < 10.0000000) ? 1.0000000M*V(1,2) + 209.99999M : + 1.0000000N*V(1,2) + 219.99998M .ENDS ******** *SYM=IBISI .SUBCKT PCIIB 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Min ROSNB 5 1 100 ROPKG 1 4 .100 COPKG 4 400 1.00P CCOMP 5 400 4.00P LOPKG 5 1 8.00N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -292.99998M : + (V(1,2) < -1.0000000) ? 66.999997M*V(1,2) + 41.999998M : + (V(1,2) < -899.99996M) ? 119.99999M*V(1,2) + 94.999995M : + (V(1,2) < -799.99996M) ? 69.999997M*V(1,2) + 49.999998M : + (V(1,2) < -699.99997M) ? 35.999998M*V(1,2) + 22.799999M : + (V(1,2) < -599.99997M) ? 11.999999M*V(1,2) + 5.9999997M : + (V(1,2) < -499.99998M) ? 6.9999997M*V(1,2) + 2.9999999M : + (V(1,2) < -399.99998M) ? 3.9999998M*V(1,2) + 1.4999999M : + (V(1,2) < 0.0000000E+00) ? 250.00000U*V(1,2) + -6.6174449E-12 : + 1.0000000N*V(1,2) + 0.0000000E+00 .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 292.99999M : + (V(1,2) < -1.0000000) ? -66.999997M*V(1,2) + -41.999998M : + (V(1,2) < -899.99996M) ? -119.99999M*V(1,2) + -94.999995M : + (V(1,2) < -799.99996M) ? -69.999997M*V(1,2) + -49.999998M : + (V(1,2) < -699.99997M) ? -35.999998M*V(1,2) + -22.799999M : + (V(1,2) < -599.99997M) ? -11.999999M*V(1,2) + -5.9999997M : + (V(1,2) < -499.99998M) ? -6.9999997M*V(1,2) + -2.9999999M : + (V(1,2) < -399.99998M) ? -3.9999998M*V(1,2) + -1.4999999M : + (V(1,2) < 0.0000000E+00) ? -250.00000U*V(1,2) + 6.6174449E-12 : + 1.0000000N*V(1,2) + 0.0000000E+00 .ENDS * *********** *SYM=IBISO .SUBCKT PCIOW 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Max *DEFINE {RTF}=40K *DEFINE {RTR}=40K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Min XEPL_DN 2 400 8 840 EPWL_DNN XEPL_UP 3 300 850 8 EPWL_UPN * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Max ROSNB 5 1 100 ROPKG 1 4 .200 COPKG 4 400 2.00P CCOMP 5 400 8.00P LOPKG 5 1 15.00N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -292.99998M : + (V(1,2) < -1.0000000) ? 66.999997M*V(1,2) + 41.999998M : + (V(1,2) < -899.99996M) ? 119.99999M*V(1,2) + 94.999995M : + (V(1,2) < -799.99996M) ? 69.999997M*V(1,2) + 49.999998M : + (V(1,2) < -699.99997M) ? 35.999998M*V(1,2) + 22.799999M : + (V(1,2) < -599.99997M) ? 11.999999M*V(1,2) + 5.9999997M : + (V(1,2) < -499.99998M) ? 6.9999997M*V(1,2) + 2.9999999M : + (V(1,2) < -399.99998M) ? 3.9999998M*V(1,2) + 1.4999999M : + (V(1,2) < 0.0000000E+00) ? 250.00000U*V(1,2) + -6.6174449E-12 : + 1.0000000N*V(1,2) + 0.0000000E+00 .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 292.99999M : + (V(1,2) < -1.0000000) ? -66.999997M*V(1,2) + -41.999998M : + (V(1,2) < -899.99996M) ? -119.99999M*V(1,2) + -94.999995M : + (V(1,2) < -799.99996M) ? -69.999997M*V(1,2) + -49.999998M : + (V(1,2) < -699.99997M) ? -35.999998M*V(1,2) + -22.799999M : + (V(1,2) < -599.99997M) ? -11.999999M*V(1,2) + -5.9999997M : + (V(1,2) < -499.99998M) ? -6.9999997M*V(1,2) + -2.9999999M : + (V(1,2) < -399.99998M) ? -3.9999998M*V(1,2) + -1.4999999M : + (V(1,2) < 0.0000000E+00) ? -250.00000U*V(1,2) + 6.6174449E-12 : + 1.0000000N*V(1,2) + 0.0000000E+00 .ENDS * .SUBCKT EPWL_UPN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 55.000002M : + (V(1,2) < -4.0000000) ? -1.9999999M*V(1,2) + 44.999998M : + (V(1,2) < -3.0000000) ? -4.9999998M*V(1,2) + 32.999998M : + (V(1,2) < -2.0000000) ? -10.999999M*V(1,2) + 14.999999M : + (V(1,2) < -1.0000000) ? -14.999999M*V(1,2) + 6.9999997M : + (V(1,2) < 0.0000000E+00) ? -21.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -25.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -17.999999M*V(1,2) + -3.9999998M : + (V(1,2) < 1.5000000) ? -15.999999M*V(1,2) + -5.9999997M : + (V(1,2) < 2.0000000) ? -13.999999M*V(1,2) + -8.9999996M : + (V(1,2) < 2.5000000) ? -11.999999M*V(1,2) + -12.999999M : + (V(1,2) < 3.0000000) ? -9.9999995M*V(1,2) + -17.999999M : + (V(1,2) < 3.5000000) ? -5.9999997M*V(1,2) + -29.999999M : + (V(1,2) < 4.0000000) ? -3.9999998M*V(1,2) + -36.999998M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -44.999998M : + (V(1,2) < 5.0000000) ? -1.9999999M*V(1,2) + -44.999998M : + (V(1,2) < 10.0000000) ? -400.00000U*V(1,2) + -52.999997M : + 1.0000000N*V(1,2) + -57.000007M .ENDS * .SUBCKT EPWL_DNN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -109.99999M : + (V(1,2) < -4.0000000) ? 1.9999999M*V(1,2) + -99.999995M : + (V(1,2) < -3.0000000) ? 4.9999998M*V(1,2) + -87.999996M : + (V(1,2) < -2.0000000) ? 10.999999M*V(1,2) + -69.999997M : + (V(1,2) < -1.0000000) ? 56.999997M*V(1,2) + 21.999999M : + (V(1,2) < 0.0000000E+00) ? 34.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 69.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 45.999998M*V(1,2) + 11.999999M : + (V(1,2) < 1.5000000) ? 35.999998M*V(1,2) + 21.999999M : + (V(1,2) < 2.0000000) ? 31.999998M*V(1,2) + 27.999999M : + (V(1,2) < 2.5000000) ? 15.999999M*V(1,2) + 59.999997M : + (V(1,2) < 3.0000000) ? 5.9999997M*V(1,2) + 84.999996M : + (V(1,2) < 3.5000000) ? 3.9999998M*V(1,2) + 90.999996M : + (V(1,2) < 4.0000000) ? 5.9999997M*V(1,2) + 83.999996M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 99.999995M : + (V(1,2) < 5.0000000) ? 1.9999999M*V(1,2) + 99.999995M : + (V(1,2) < 10.0000000) ? 1.0000000M*V(1,2) + 105.00000M : + 1.0000000N*V(1,2) + 114.99998M .ENDS ******** *SYM=IBISI .SUBCKT PCIIW 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Max ROSNB 5 1 100 ROPKG 1 4 .200 COPKG 4 400 2.00P CCOMP 5 400 8.00P LOPKG 5 1 15.00N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -292.99998M : + (V(1,2) < -1.0000000) ? 66.999997M*V(1,2) + 41.999998M : + (V(1,2) < -899.99996M) ? 119.99999M*V(1,2) + 94.999995M : + (V(1,2) < -799.99996M) ? 69.999997M*V(1,2) + 49.999998M : + (V(1,2) < -699.99997M) ? 35.999998M*V(1,2) + 22.799999M : + (V(1,2) < -599.99997M) ? 11.999999M*V(1,2) + 5.9999997M : + (V(1,2) < -499.99998M) ? 6.9999997M*V(1,2) + 2.9999999M : + (V(1,2) < -399.99998M) ? 3.9999998M*V(1,2) + 1.4999999M : + (V(1,2) < 0.0000000E+00) ? 250.00000U*V(1,2) + -6.6174449E-12 : + 1.0000000N*V(1,2) + 0.0000000E+00 .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 292.99999M : + (V(1,2) < -1.0000000) ? -66.999997M*V(1,2) + -41.999998M : + (V(1,2) < -899.99996M) ? -119.99999M*V(1,2) + -94.999995M : + (V(1,2) < -799.99996M) ? -69.999997M*V(1,2) + -49.999998M : + (V(1,2) < -699.99997M) ? -35.999998M*V(1,2) + -22.799999M : + (V(1,2) < -599.99997M) ? -11.999999M*V(1,2) + -5.9999997M : + (V(1,2) < -499.99998M) ? -6.9999997M*V(1,2) + -2.9999999M : + (V(1,2) < -399.99998M) ? -3.9999998M*V(1,2) + -1.4999999M : + (V(1,2) < 0.0000000E+00) ? -250.00000U*V(1,2) + 6.6174449E-12 : + 1.0000000N*V(1,2) + 0.0000000E+00 .ENDS * *********** *SYM=IBISO .SUBCKT PCMC1OB 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Min *DEFINE {RTF}=17.9047619K *DEFINE {RTR}=23.61904762K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Max XEPL_DN 2 400 8 840 EPWL_DNX XEPL_UP 3 300 850 8 EPWL_UPX * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 2.79P LOPKG 5 1 26.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 67.000002M : + (V(1,2) < -4.0000000) ? -1.9999999M*V(1,2) + 56.999997M : + (V(1,2) < -3.0000000) ? -4.9999998M*V(1,2) + 44.999998M : + (V(1,2) < -2.0000000) ? -11.999999M*V(1,2) + 23.999999M : + (V(1,2) < -1.0000000) ? -18.999999M*V(1,2) + 9.9999995M : + (V(1,2) < 0.0000000E+00) ? -28.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -31.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -25.999999M*V(1,2) + -2.9999999M : + (V(1,2) < 1.5000000) ? -21.999999M*V(1,2) + -6.9999997M : + (V(1,2) < 2.0000000) ? -15.999999M*V(1,2) + -15.999999M : + (V(1,2) < 2.5000000) ? -13.999999M*V(1,2) + -19.999999M : + (V(1,2) < 3.0000000) ? -9.9999995M*V(1,2) + -29.999999M : + (V(1,2) < 3.5000000) ? -5.9999997M*V(1,2) + -41.999998M : + (V(1,2) < 4.0000000) ? -3.9999998M*V(1,2) + -48.999998M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -56.999997M : + (V(1,2) < 5.0000000) ? -1.9999999M*V(1,2) + -56.999997M : + (V(1,2) < 10.0000000) ? -1.9999999M*V(1,2) + -56.999997M : + 1.0000000N*V(1,2) + -77.000006M .ENDS * .SUBCKT EPWL_DNX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -61.999992M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -56.999997M : + (V(1,2) < -3.0000000) ? 1.0000000M*V(1,2) + -56.999997M : + (V(1,2) < -2.0000000) ? 3.9999998M*V(1,2) + -47.999998M : + (V(1,2) < -1.0000000) ? 17.999999M*V(1,2) + -19.999999M : + (V(1,2) < 0.0000000E+00) ? 37.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 43.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 31.999998M*V(1,2) + 5.9999997M : + (V(1,2) < 1.5000000) ? 21.999999M*V(1,2) + 15.999999M : + (V(1,2) < 2.0000000) ? 13.999999M*V(1,2) + 27.999999M : + (V(1,2) < 2.5000000) ? 7.9999996M*V(1,2) + 39.999998M : + (V(1,2) < 3.0000000) ? 1.9999999M*V(1,2) + 54.999997M : + (V(1,2) < 3.5000000) ? 0.0000000E+00*V(1,2) + 60.999997M : + (V(1,2) < 4.0000000) ? 1.9999999M*V(1,2) + 53.999997M : + (V(1,2) < 4.5000000) ? 0.0000000E+00*V(1,2) + 61.999997M : + (V(1,2) < 5.0000000) ? 1.9999999M*V(1,2) + 52.999997M : + (V(1,2) < 10.0000000) ? 1.3999999M*V(1,2) + 55.999997M : + 1.0000000N*V(1,2) + 69.999987M .ENDS ******** *SYM=IBISI .SUBCKT PCMC1IB 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 2.79P LOPKG 5 1 26.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC1OW 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Max *DEFINE {RTF}=69.47368421K *DEFINE {RTR}=84.42105263K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Min XEPL_DN 2 400 8 840 EPWL_DNN XEPL_UP 3 300 850 8 EPWL_UPN * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 7.64P LOPKG 5 1 32.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 30.000004M : + (V(1,2) < -4.0000000) ? -1.0000000M*V(1,2) + 24.999999M : + (V(1,2) < -3.0000000) ? -1.0000000M*V(1,2) + 24.999999M : + (V(1,2) < -2.0000000) ? -4.9999998M*V(1,2) + 12.999999M : + (V(1,2) < -1.0000000) ? -8.9999996M*V(1,2) + 4.9999998M : + (V(1,2) < 0.0000000E+00) ? -13.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -15.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -11.999999M*V(1,2) + -1.9999999M : + (V(1,2) < 1.5000000) ? -9.9999995M*V(1,2) + -3.9999998M : + (V(1,2) < 2.0000000) ? -7.9999996M*V(1,2) + -6.9999997M : + (V(1,2) < 2.5000000) ? -5.9999997M*V(1,2) + -10.999999M : + (V(1,2) < 3.0000000) ? -3.9999998M*V(1,2) + -15.999999M : + (V(1,2) < 3.5000000) ? -1.9999999M*V(1,2) + -21.999999M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + -28.999999M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -20.999999M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + -29.999999M : + (V(1,2) < 10.0000000) ? -1.0000000M*V(1,2) + -24.999999M : + 1.0000000N*V(1,2) + -35.000008M .ENDS * .SUBCKT EPWL_DNN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -33.999993M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -28.999999M : + (V(1,2) < -3.0000000) ? 1.0000000M*V(1,2) + -28.999999M : + (V(1,2) < -2.0000000) ? 1.9999999M*V(1,2) + -25.999999M : + (V(1,2) < -1.0000000) ? 9.9999995M*V(1,2) + -9.9999995M : + (V(1,2) < 0.0000000E+00) ? 19.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 21.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 17.999999M*V(1,2) + 1.9999999M : + (V(1,2) < 1.5000000) ? 11.999999M*V(1,2) + 7.9999996M : + (V(1,2) < 2.0000000) ? 7.9999996M*V(1,2) + 13.999999M : + (V(1,2) < 2.5000000) ? 3.9999998M*V(1,2) + 21.999999M : + (V(1,2) < 3.0000000) ? 1.9999999M*V(1,2) + 26.999999M : + (V(1,2) < 3.5000000) ? 0.0000000E+00*V(1,2) + 32.999998M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + 32.999998M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 24.999999M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + 33.999998M : + (V(1,2) < 10.0000000) ? 1.1999999M*V(1,2) + 27.999999M : + 1.0000000N*V(1,2) + 39.999988M .ENDS ******** *SYM=IBISI .SUBCKT PCMC1IW 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 7.64P LOPKG 5 1 32.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC2OB 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Min *DEFINE {RTF}=9.523809524K *DEFINE {RTR}=14.0952381K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Max XEPL_DN 2 400 8 840 EPWL_DNX XEPL_UP 3 300 850 8 EPWL_UPX * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 1.79P LOPKG 5 1 26.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 67.000002M : + (V(1,2) < -4.0000000) ? -1.9999999M*V(1,2) + 56.999997M : + (V(1,2) < -3.0000000) ? -4.9999998M*V(1,2) + 44.999998M : + (V(1,2) < -2.0000000) ? -11.999999M*V(1,2) + 23.999999M : + (V(1,2) < -1.0000000) ? -18.999999M*V(1,2) + 9.9999995M : + (V(1,2) < 0.0000000E+00) ? -28.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -31.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -25.999999M*V(1,2) + -2.9999999M : + (V(1,2) < 1.5000000) ? -21.999999M*V(1,2) + -6.9999997M : + (V(1,2) < 2.0000000) ? -15.999999M*V(1,2) + -15.999999M : + (V(1,2) < 2.5000000) ? -13.999999M*V(1,2) + -19.999999M : + (V(1,2) < 3.0000000) ? -9.9999995M*V(1,2) + -29.999999M : + (V(1,2) < 3.5000000) ? -5.9999997M*V(1,2) + -41.999998M : + (V(1,2) < 4.0000000) ? -3.9999998M*V(1,2) + -48.999998M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -56.999997M : + (V(1,2) < 5.0000000) ? -1.9999999M*V(1,2) + -56.999997M : + (V(1,2) < 10.0000000) ? -1.9999999M*V(1,2) + -56.999997M : + 1.0000000N*V(1,2) + -77.000006M .ENDS * .SUBCKT EPWL_DNX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -61.999992M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -56.999997M : + (V(1,2) < -3.0000000) ? 1.0000000M*V(1,2) + -56.999997M : + (V(1,2) < -2.0000000) ? 3.9999998M*V(1,2) + -47.999998M : + (V(1,2) < -1.0000000) ? 17.999999M*V(1,2) + -19.999999M : + (V(1,2) < 0.0000000E+00) ? 37.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 43.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 31.999998M*V(1,2) + 5.9999997M : + (V(1,2) < 1.5000000) ? 21.999999M*V(1,2) + 15.999999M : + (V(1,2) < 2.0000000) ? 13.999999M*V(1,2) + 27.999999M : + (V(1,2) < 2.5000000) ? 7.9999996M*V(1,2) + 39.999998M : + (V(1,2) < 3.0000000) ? 1.9999999M*V(1,2) + 54.999997M : + (V(1,2) < 3.5000000) ? 0.0000000E+00*V(1,2) + 60.999997M : + (V(1,2) < 4.0000000) ? 1.9999999M*V(1,2) + 53.999997M : + (V(1,2) < 4.5000000) ? 0.0000000E+00*V(1,2) + 61.999997M : + (V(1,2) < 5.0000000) ? 1.9999999M*V(1,2) + 52.999997M : + (V(1,2) < 10.0000000) ? 1.3999999M*V(1,2) + 55.999997M : + 1.0000000N*V(1,2) + 69.999987M .ENDS ******** *SYM=IBISI .SUBCKT PCMC2IB 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 1.79P LOPKG 5 1 26.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC2OW 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Max *DEFINE {RTF}=55.57894737K *DEFINE {RTR}=57.47368421K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Min XEPL_DN 2 400 8 840 EPWL_DNN XEPL_UP 3 300 850 8 EPWL_UPN * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 5.64P LOPKG 5 1 32.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 30.000004M : + (V(1,2) < -4.0000000) ? -1.0000000M*V(1,2) + 24.999999M : + (V(1,2) < -3.0000000) ? -1.0000000M*V(1,2) + 24.999999M : + (V(1,2) < -2.0000000) ? -4.9999998M*V(1,2) + 12.999999M : + (V(1,2) < -1.0000000) ? -8.9999996M*V(1,2) + 4.9999998M : + (V(1,2) < 0.0000000E+00) ? -13.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -15.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -11.999999M*V(1,2) + -1.9999999M : + (V(1,2) < 1.5000000) ? -9.9999995M*V(1,2) + -3.9999998M : + (V(1,2) < 2.0000000) ? -7.9999996M*V(1,2) + -6.9999997M : + (V(1,2) < 2.5000000) ? -5.9999997M*V(1,2) + -10.999999M : + (V(1,2) < 3.0000000) ? -3.9999998M*V(1,2) + -15.999999M : + (V(1,2) < 3.5000000) ? -1.9999999M*V(1,2) + -21.999999M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + -28.999999M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -20.999999M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + -29.999999M : + (V(1,2) < 10.0000000) ? -1.0000000M*V(1,2) + -24.999999M : + 1.0000000N*V(1,2) + -35.000008M .ENDS * .SUBCKT EPWL_DNN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -33.999993M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -28.999999M : + (V(1,2) < -3.0000000) ? 1.0000000M*V(1,2) + -28.999999M : + (V(1,2) < -2.0000000) ? 1.9999999M*V(1,2) + -25.999999M : + (V(1,2) < -1.0000000) ? 9.9999995M*V(1,2) + -9.9999995M : + (V(1,2) < 0.0000000E+00) ? 19.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 21.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 17.999999M*V(1,2) + 1.9999999M : + (V(1,2) < 1.5000000) ? 11.999999M*V(1,2) + 7.9999996M : + (V(1,2) < 2.0000000) ? 7.9999996M*V(1,2) + 13.999999M : + (V(1,2) < 2.5000000) ? 3.9999998M*V(1,2) + 21.999999M : + (V(1,2) < 3.0000000) ? 1.9999999M*V(1,2) + 26.999999M : + (V(1,2) < 3.5000000) ? 0.0000000E+00*V(1,2) + 32.999998M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + 32.999998M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 24.999999M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + 33.999998M : + (V(1,2) < 10.0000000) ? 1.1999999M*V(1,2) + 27.999999M : + 1.0000000N*V(1,2) + 39.999988M .ENDS ******** *SYM=IBISI .SUBCKT PCMC2IW 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 5.64P LOPKG 5 1 32.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC4OB 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Min *DEFINE {RTF}=7.619047619K *DEFINE {RTR}=7.619047619K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Max XEPL_DN 2 400 8 840 EPWL_DNX XEPL_UP 3 300 850 8 EPWL_UPX * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 1.79P LOPKG 5 1 26.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 67.000002M : + (V(1,2) < -4.0000000) ? -1.9999999M*V(1,2) + 56.999997M : + (V(1,2) < -3.0000000) ? -4.9999998M*V(1,2) + 44.999998M : + (V(1,2) < -2.0000000) ? -11.999999M*V(1,2) + 23.999999M : + (V(1,2) < -1.0000000) ? -18.999999M*V(1,2) + 9.9999995M : + (V(1,2) < 0.0000000E+00) ? -28.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -31.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -25.999999M*V(1,2) + -2.9999999M : + (V(1,2) < 1.5000000) ? -21.999999M*V(1,2) + -6.9999997M : + (V(1,2) < 2.0000000) ? -15.999999M*V(1,2) + -15.999999M : + (V(1,2) < 2.5000000) ? -13.999999M*V(1,2) + -19.999999M : + (V(1,2) < 3.0000000) ? -9.9999995M*V(1,2) + -29.999999M : + (V(1,2) < 3.5000000) ? -5.9999997M*V(1,2) + -41.999998M : + (V(1,2) < 4.0000000) ? -3.9999998M*V(1,2) + -48.999998M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -56.999997M : + (V(1,2) < 5.0000000) ? -1.9999999M*V(1,2) + -56.999997M : + (V(1,2) < 10.0000000) ? -1.9999999M*V(1,2) + -56.999997M : + 1.0000000N*V(1,2) + -77.000006M .ENDS * .SUBCKT EPWL_DNX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -61.999992M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -56.999997M : + (V(1,2) < -3.0000000) ? 1.0000000M*V(1,2) + -56.999997M : + (V(1,2) < -2.0000000) ? 3.9999998M*V(1,2) + -47.999998M : + (V(1,2) < -1.0000000) ? 17.999999M*V(1,2) + -19.999999M : + (V(1,2) < 0.0000000E+00) ? 37.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 43.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 31.999998M*V(1,2) + 5.9999997M : + (V(1,2) < 1.5000000) ? 21.999999M*V(1,2) + 15.999999M : + (V(1,2) < 2.0000000) ? 13.999999M*V(1,2) + 27.999999M : + (V(1,2) < 2.5000000) ? 7.9999996M*V(1,2) + 39.999998M : + (V(1,2) < 3.0000000) ? 1.9999999M*V(1,2) + 54.999997M : + (V(1,2) < 3.5000000) ? 0.0000000E+00*V(1,2) + 60.999997M : + (V(1,2) < 4.0000000) ? 1.9999999M*V(1,2) + 53.999997M : + (V(1,2) < 4.5000000) ? 0.0000000E+00*V(1,2) + 61.999997M : + (V(1,2) < 5.0000000) ? 1.9999999M*V(1,2) + 52.999997M : + (V(1,2) < 10.0000000) ? 1.3999999M*V(1,2) + 55.999997M : + 1.0000000N*V(1,2) + 69.999987M .ENDS ******** *SYM=IBISI .SUBCKT PCMC4IB 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 1.79P LOPKG 5 1 26.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC4OW 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Max *DEFINE {RTF}=32.84210526K *DEFINE {RTR}=21.47368421K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Min XEPL_DN 2 400 8 840 EPWL_DNN XEPL_UP 3 300 850 8 EPWL_UPN * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 5.64P LOPKG 5 1 32.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 30.000004M : + (V(1,2) < -4.0000000) ? -1.0000000M*V(1,2) + 24.999999M : + (V(1,2) < -3.0000000) ? -1.0000000M*V(1,2) + 24.999999M : + (V(1,2) < -2.0000000) ? -4.9999998M*V(1,2) + 12.999999M : + (V(1,2) < -1.0000000) ? -8.9999996M*V(1,2) + 4.9999998M : + (V(1,2) < 0.0000000E+00) ? -13.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -15.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -11.999999M*V(1,2) + -1.9999999M : + (V(1,2) < 1.5000000) ? -9.9999995M*V(1,2) + -3.9999998M : + (V(1,2) < 2.0000000) ? -7.9999996M*V(1,2) + -6.9999997M : + (V(1,2) < 2.5000000) ? -5.9999997M*V(1,2) + -10.999999M : + (V(1,2) < 3.0000000) ? -3.9999998M*V(1,2) + -15.999999M : + (V(1,2) < 3.5000000) ? -1.9999999M*V(1,2) + -21.999999M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + -28.999999M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -20.999999M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + -29.999999M : + (V(1,2) < 10.0000000) ? -1.0000000M*V(1,2) + -24.999999M : + 1.0000000N*V(1,2) + -35.000008M .ENDS * .SUBCKT EPWL_DNN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -33.999993M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -28.999999M : + (V(1,2) < -3.0000000) ? 1.0000000M*V(1,2) + -28.999999M : + (V(1,2) < -2.0000000) ? 1.9999999M*V(1,2) + -25.999999M : + (V(1,2) < -1.0000000) ? 9.9999995M*V(1,2) + -9.9999995M : + (V(1,2) < 0.0000000E+00) ? 19.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 21.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 17.999999M*V(1,2) + 1.9999999M : + (V(1,2) < 1.5000000) ? 11.999999M*V(1,2) + 7.9999996M : + (V(1,2) < 2.0000000) ? 7.9999996M*V(1,2) + 13.999999M : + (V(1,2) < 2.5000000) ? 3.9999998M*V(1,2) + 21.999999M : + (V(1,2) < 3.0000000) ? 1.9999999M*V(1,2) + 26.999999M : + (V(1,2) < 3.5000000) ? 0.0000000E+00*V(1,2) + 32.999998M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + 32.999998M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 24.999999M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + 33.999998M : + (V(1,2) < 10.0000000) ? 1.1999999M*V(1,2) + 27.999999M : + 1.0000000N*V(1,2) + 39.999988M .ENDS ******** *SYM=IBISI .SUBCKT PCMC4IW 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 5.64P LOPKG 5 1 32.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 699.99997M*V(1,2) + 484.99998M : + (V(1,2) < -699.99997M) ? 549.99997M*V(1,2) + 364.99998M : + (V(1,2) < -599.99997M) ? 179.99999M*V(1,2) + 105.99999M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC5OB 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Min *DEFINE {RTF}=5.123339658K *DEFINE {RTR}=7.047619048K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Max XEPL_DN 2 400 8 840 EPWL_DNX XEPL_UP 3 300 850 8 EPWL_UPX * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 1.79P LOPKG 5 1 26.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 709.99997M*V(1,2) + 493.99998M : + (V(1,2) < -699.99997M) ? 559.99997M*V(1,2) + 373.99998M : + (V(1,2) < -599.99997M) ? 159.99999M*V(1,2) + 93.999996M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4400000 : + (V(1,2) < -1.0000000) ? -1.0387500*V(1,2) + -753.74996M : + (V(1,2) < -899.99996M) ? -1.0500000*V(1,2) + -764.99996M : + (V(1,2) < -799.99996M) ? -839.99996M*V(1,2) + -575.99997M : + (V(1,2) < -699.99997M) ? -679.99997M*V(1,2) + -447.99998M : + (V(1,2) < -599.99997M) ? -259.99999M*V(1,2) + -153.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 130.00000M : + (V(1,2) < -4.0000000) ? -3.9999998M*V(1,2) + 109.99999M : + (V(1,2) < -3.0000000) ? -6.9999997M*V(1,2) + 97.999995M : + (V(1,2) < -2.0000000) ? -21.999999M*V(1,2) + 52.999997M : + (V(1,2) < -1.0000000) ? -38.999998M*V(1,2) + 18.999999M : + (V(1,2) < 0.0000000E+00) ? -57.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -63.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -51.999998M*V(1,2) + -5.9999997M : + (V(1,2) < 1.5000000) ? -43.999998M*V(1,2) + -13.999999M : + (V(1,2) < 2.0000000) ? -33.999998M*V(1,2) + -28.999999M : + (V(1,2) < 2.5000000) ? -25.999999M*V(1,2) + -44.999998M : + (V(1,2) < 3.0000000) ? -17.999999M*V(1,2) + -64.999997M : + (V(1,2) < 3.5000000) ? -7.9999996M*V(1,2) + -94.999995M : + (V(1,2) < 4.0000000) ? -5.9999997M*V(1,2) + -102.00000M : + (V(1,2) < 4.5000000) ? -3.9999998M*V(1,2) + -109.99999M : + (V(1,2) < 5.0000000) ? -3.9999998M*V(1,2) + -109.99999M : + (V(1,2) < 10.0000000) ? -3.1999998M*V(1,2) + -113.99999M : + 1.0000000N*V(1,2) + -146.00000M .ENDS * .SUBCKT EPWL_DNX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -120.99999M : + (V(1,2) < -4.0000000) ? 1.9999999M*V(1,2) + -110.99999M : + (V(1,2) < -3.0000000) ? 1.9999999M*V(1,2) + -110.99999M : + (V(1,2) < -2.0000000) ? 5.9999997M*V(1,2) + -98.999995M : + (V(1,2) < -1.0000000) ? 34.999998M*V(1,2) + -40.999998M : + (V(1,2) < 0.0000000E+00) ? 75.999996M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 87.999996M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 63.999997M*V(1,2) + 11.999999M : + (V(1,2) < 1.5000000) ? 41.999998M*V(1,2) + 33.999998M : + (V(1,2) < 2.0000000) ? 27.999999M*V(1,2) + 54.999997M : + (V(1,2) < 2.5000000) ? 9.9999995M*V(1,2) + 90.999996M : + (V(1,2) < 3.0000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 3.5000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 4.0000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 5.0000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 10.0000000) ? 800.00000U*V(1,2) + 116.99999M : + 1.0000000N*V(1,2) + 124.99998M .ENDS ******** *SYM=IBISI .SUBCKT PCMC5IB 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 1.79P LOPKG 5 1 26.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 709.99997M*V(1,2) + 493.99998M : + (V(1,2) < -699.99997M) ? 559.99997M*V(1,2) + 373.99998M : + (V(1,2) < -599.99997M) ? 159.99999M*V(1,2) + 93.999996M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4400000 : + (V(1,2) < -1.0000000) ? -1.0387500*V(1,2) + -753.74996M : + (V(1,2) < -899.99996M) ? -1.0500000*V(1,2) + -764.99996M : + (V(1,2) < -799.99996M) ? -839.99996M*V(1,2) + -575.99997M : + (V(1,2) < -699.99997M) ? -679.99997M*V(1,2) + -447.99998M : + (V(1,2) < -599.99997M) ? -259.99999M*V(1,2) + -153.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC5OW 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Max *DEFINE {RTF}=16K *DEFINE {RTR}=22.31578947K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Min XEPL_DN 2 400 8 840 EPWL_DNN XEPL_UP 3 300 850 8 EPWL_UPN * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 5.64P LOPKG 5 1 32.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 709.99997M*V(1,2) + 493.99998M : + (V(1,2) < -699.99997M) ? 559.99997M*V(1,2) + 373.99998M : + (V(1,2) < -599.99997M) ? 159.99999M*V(1,2) + 93.999996M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4400000 : + (V(1,2) < -1.0000000) ? -1.0387500*V(1,2) + -753.74996M : + (V(1,2) < -899.99996M) ? -1.0500000*V(1,2) + -764.99996M : + (V(1,2) < -799.99996M) ? -839.99996M*V(1,2) + -575.99997M : + (V(1,2) < -699.99997M) ? -679.99997M*V(1,2) + -447.99998M : + (V(1,2) < -599.99997M) ? -259.99999M*V(1,2) + -153.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 64.000002M : + (V(1,2) < -4.0000000) ? -1.9999999M*V(1,2) + 53.999997M : + (V(1,2) < -3.0000000) ? -3.9999998M*V(1,2) + 45.999998M : + (V(1,2) < -2.0000000) ? -9.9999995M*V(1,2) + 27.999999M : + (V(1,2) < -1.0000000) ? -19.999999M*V(1,2) + 7.9999996M : + (V(1,2) < 0.0000000E+00) ? -27.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -31.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -23.999999M*V(1,2) + -3.9999998M : + (V(1,2) < 1.5000000) ? -21.999999M*V(1,2) + -5.9999997M : + (V(1,2) < 2.0000000) ? -17.999999M*V(1,2) + -11.999999M : + (V(1,2) < 2.5000000) ? -11.999999M*V(1,2) + -23.999999M : + (V(1,2) < 3.0000000) ? -7.9999996M*V(1,2) + -33.999998M : + (V(1,2) < 3.5000000) ? -5.9999997M*V(1,2) + -39.999998M : + (V(1,2) < 4.0000000) ? -1.9999999M*V(1,2) + -53.999997M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -53.999997M : + (V(1,2) < 5.0000000) ? -1.9999999M*V(1,2) + -53.999997M : + (V(1,2) < 10.0000000) ? -1.7999999M*V(1,2) + -54.999997M : + 1.0000000N*V(1,2) + -73.000007M .ENDS * .SUBCKT EPWL_DNN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -69.999992M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -64.999997M : + (V(1,2) < -3.0000000) ? 1.0000000M*V(1,2) + -64.999997M : + (V(1,2) < -2.0000000) ? 5.9999997M*V(1,2) + -49.999998M : + (V(1,2) < -1.0000000) ? 21.999999M*V(1,2) + -17.999999M : + (V(1,2) < 0.0000000E+00) ? 39.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 45.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 33.999998M*V(1,2) + 5.9999997M : + (V(1,2) < 1.5000000) ? 25.999999M*V(1,2) + 13.999999M : + (V(1,2) < 2.0000000) ? 17.999999M*V(1,2) + 25.999999M : + (V(1,2) < 2.5000000) ? 7.9999996M*V(1,2) + 45.999998M : + (V(1,2) < 3.0000000) ? 3.9999998M*V(1,2) + 55.999997M : + (V(1,2) < 3.5000000) ? 1.9999999M*V(1,2) + 61.999997M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + 68.999997M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 60.999997M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + 69.999997M : + (V(1,2) < 10.0000000) ? 1.0000000M*V(1,2) + 64.999997M : + 1.0000000N*V(1,2) + 74.999986M .ENDS ******** *SYM=IBISI .SUBCKT PCMC5IW 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 5.64P LOPKG 5 1 32.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 709.99997M*V(1,2) + 493.99998M : + (V(1,2) < -699.99997M) ? 559.99997M*V(1,2) + 373.99998M : + (V(1,2) < -599.99997M) ? 159.99999M*V(1,2) + 93.999996M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4400000 : + (V(1,2) < -1.0000000) ? -1.0387500*V(1,2) + -753.74996M : + (V(1,2) < -899.99996M) ? -1.0500000*V(1,2) + -764.99996M : + (V(1,2) < -799.99996M) ? -839.99996M*V(1,2) + -575.99997M : + (V(1,2) < -699.99997M) ? -679.99997M*V(1,2) + -447.99998M : + (V(1,2) < -599.99997M) ? -259.99999M*V(1,2) + -153.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC6OB 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Min *DEFINE {RTF}=5.142857143K *DEFINE {RTR}=7.619047619K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Max XEPL_DN 2 400 8 840 EPWL_DNX XEPL_UP 3 300 850 8 EPWL_UPX * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 1.79P LOPKG 5 1 26.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 709.99997M*V(1,2) + 493.99998M : + (V(1,2) < -699.99997M) ? 559.99997M*V(1,2) + 373.99998M : + (V(1,2) < -599.99997M) ? 159.99999M*V(1,2) + 93.999996M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 67.000002M : + (V(1,2) < -4.0000000) ? -1.9999999M*V(1,2) + 56.999997M : + (V(1,2) < -3.0000000) ? -4.9999998M*V(1,2) + 44.999998M : + (V(1,2) < -2.0000000) ? -11.999999M*V(1,2) + 23.999999M : + (V(1,2) < -1.0000000) ? -18.999999M*V(1,2) + 9.9999995M : + (V(1,2) < 0.0000000E+00) ? -28.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -31.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -25.999999M*V(1,2) + -2.9999999M : + (V(1,2) < 1.5000000) ? -21.999999M*V(1,2) + -6.9999997M : + (V(1,2) < 2.0000000) ? -15.999999M*V(1,2) + -15.999999M : + (V(1,2) < 2.5000000) ? -13.999999M*V(1,2) + -19.999999M : + (V(1,2) < 3.0000000) ? -9.9999995M*V(1,2) + -29.999999M : + (V(1,2) < 3.5000000) ? -5.9999997M*V(1,2) + -41.999998M : + (V(1,2) < 4.0000000) ? -3.9999998M*V(1,2) + -48.999998M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -56.999997M : + (V(1,2) < 5.0000000) ? -1.9999999M*V(1,2) + -56.999997M : + (V(1,2) < 10.0000000) ? -1.9999999M*V(1,2) + -56.999997M : + 1.0000000N*V(1,2) + -77.000006M .ENDS * .SUBCKT EPWL_DNX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -120.99999M : + (V(1,2) < -4.0000000) ? 1.9999999M*V(1,2) + -110.99999M : + (V(1,2) < -3.0000000) ? 1.9999999M*V(1,2) + -110.99999M : + (V(1,2) < -2.0000000) ? 5.9999997M*V(1,2) + -98.999995M : + (V(1,2) < -1.0000000) ? 34.999998M*V(1,2) + -40.999998M : + (V(1,2) < 0.0000000E+00) ? 75.999996M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 87.999996M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 63.999997M*V(1,2) + 11.999999M : + (V(1,2) < 1.5000000) ? 41.999998M*V(1,2) + 33.999998M : + (V(1,2) < 2.0000000) ? 27.999999M*V(1,2) + 54.999997M : + (V(1,2) < 2.5000000) ? 9.9999995M*V(1,2) + 90.999996M : + (V(1,2) < 3.0000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 3.5000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 4.0000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 5.0000000) ? 1.9999999M*V(1,2) + 110.99999M : + (V(1,2) < 10.0000000) ? 800.00000U*V(1,2) + 116.99999M : + 1.0000000N*V(1,2) + 124.99998M .ENDS ******** *SYM=IBISI .SUBCKT PCMC6IB 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 1.79P LOPKG 5 1 26.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 709.99997M*V(1,2) + 493.99998M : + (V(1,2) < -699.99997M) ? 559.99997M*V(1,2) + 373.99998M : + (V(1,2) < -599.99997M) ? 159.99999M*V(1,2) + 93.999996M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC6OW 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Max *DEFINE {RTF}=22.31578947K *DEFINE {RTR}=21.47368421K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Min XEPL_DN 2 400 8 840 EPWL_DNN XEPL_UP 3 300 850 8 EPWL_UPN * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 5.64P LOPKG 5 1 32.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 709.99997M*V(1,2) + 493.99998M : + (V(1,2) < -699.99997M) ? 559.99997M*V(1,2) + 373.99998M : + (V(1,2) < -599.99997M) ? 159.99999M*V(1,2) + 93.999996M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 30.000004M : + (V(1,2) < -4.0000000) ? -1.0000000M*V(1,2) + 24.999999M : + (V(1,2) < -3.0000000) ? -1.0000000M*V(1,2) + 24.999999M : + (V(1,2) < -2.0000000) ? -4.9999998M*V(1,2) + 12.999999M : + (V(1,2) < -1.0000000) ? -8.9999996M*V(1,2) + 4.9999998M : + (V(1,2) < 0.0000000E+00) ? -13.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -15.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -11.999999M*V(1,2) + -1.9999999M : + (V(1,2) < 1.5000000) ? -9.9999995M*V(1,2) + -3.9999998M : + (V(1,2) < 2.0000000) ? -7.9999996M*V(1,2) + -6.9999997M : + (V(1,2) < 2.5000000) ? -5.9999997M*V(1,2) + -10.999999M : + (V(1,2) < 3.0000000) ? -3.9999998M*V(1,2) + -15.999999M : + (V(1,2) < 3.5000000) ? -1.9999999M*V(1,2) + -21.999999M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + -28.999999M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -20.999999M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + -29.999999M : + (V(1,2) < 10.0000000) ? -1.0000000M*V(1,2) + -24.999999M : + 1.0000000N*V(1,2) + -35.000008M .ENDS * .SUBCKT EPWL_DNN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -69.999992M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -64.999997M : + (V(1,2) < -3.0000000) ? 1.0000000M*V(1,2) + -64.999997M : + (V(1,2) < -2.0000000) ? 5.9999997M*V(1,2) + -49.999998M : + (V(1,2) < -1.0000000) ? 21.999999M*V(1,2) + -17.999999M : + (V(1,2) < 0.0000000E+00) ? 39.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 45.999998M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 33.999998M*V(1,2) + 5.9999997M : + (V(1,2) < 1.5000000) ? 25.999999M*V(1,2) + 13.999999M : + (V(1,2) < 2.0000000) ? 17.999999M*V(1,2) + 25.999999M : + (V(1,2) < 2.5000000) ? 7.9999996M*V(1,2) + 45.999998M : + (V(1,2) < 3.0000000) ? 3.9999998M*V(1,2) + 55.999997M : + (V(1,2) < 3.5000000) ? 1.9999999M*V(1,2) + 61.999997M : + (V(1,2) < 4.0000000) ? 0.0000000E+00*V(1,2) + 68.999997M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 60.999997M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + 69.999997M : + (V(1,2) < 10.0000000) ? 1.0000000M*V(1,2) + 64.999997M : + 1.0000000N*V(1,2) + 74.999986M .ENDS ******** *SYM=IBISI .SUBCKT PCMC6IW 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 5.64P LOPKG 5 1 32.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 893.74996M*V(1,2) + 668.74997M : + (V(1,2) < -899.99996M) ? 799.99996M*V(1,2) + 574.99997M : + (V(1,2) < -799.99996M) ? 709.99997M*V(1,2) + 493.99998M : + (V(1,2) < -699.99997M) ? 559.99997M*V(1,2) + 373.99998M : + (V(1,2) < -599.99997M) ? 159.99999M*V(1,2) + 93.999996M : + (V(1,2) < -499.99998M) ? 19.999999M*V(1,2) + 9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4000000 : + (V(1,2) < -1.0000000) ? -1.0312500*V(1,2) + -756.24996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -849.99996M*V(1,2) + -589.99997M : + (V(1,2) < -699.99997M) ? -699.99997M*V(1,2) + -469.99998M : + (V(1,2) < -599.99997M) ? -179.99999M*V(1,2) + -105.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC7OB 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Min *DEFINE {RTF}=5.523809524K *DEFINE {RTR}=5.714285714K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Max XEPL_DN 2 400 8 840 EPWL_DNX XEPL_UP 3 300 850 8 EPWL_UPX * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 2.79P LOPKG 5 1 26.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -6.1400000 : + (V(1,2) < -1.0000000) ? 1.4450000*V(1,2) + 1.0850000 : + (V(1,2) < -899.99996M) ? 1.4000000*V(1,2) + 1.0400000 : + (V(1,2) < -799.99996M) ? 979.99995M*V(1,2) + 661.99997M : + (V(1,2) < -699.99997M) ? 909.99996M*V(1,2) + 605.99997M : + (V(1,2) < -599.99997M) ? 279.99999M*V(1,2) + 164.99999M : + (V(1,2) < -499.99998M) ? 29.999999M*V(1,2) + 14.999999M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.3750000 : + (V(1,2) < -1.0000000) ? -1.0250000*V(1,2) + -749.99996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -809.99996M*V(1,2) + -553.99997M : + (V(1,2) < -699.99997M) ? -679.99997M*V(1,2) + -449.99998M : + (V(1,2) < -599.99997M) ? -239.99999M*V(1,2) + -141.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 133.00000M : + (V(1,2) < -4.0000000) ? -3.9999998M*V(1,2) + 112.99999M : + (V(1,2) < -3.0000000) ? -6.9999997M*V(1,2) + 101.00000M : + (V(1,2) < -2.0000000) ? -22.999999M*V(1,2) + 52.999997M : + (V(1,2) < -1.0000000) ? -38.999998M*V(1,2) + 20.999999M : + (V(1,2) < 0.0000000E+00) ? -59.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -63.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -55.999997M*V(1,2) + -3.9999998M : + (V(1,2) < 1.5000000) ? -43.999998M*V(1,2) + -15.999999M : + (V(1,2) < 2.0000000) ? -33.999998M*V(1,2) + -30.999999M : + (V(1,2) < 2.5000000) ? -27.999999M*V(1,2) + -42.999998M : + (V(1,2) < 3.0000000) ? -17.999999M*V(1,2) + -67.999997M : + (V(1,2) < 3.5000000) ? -9.9999995M*V(1,2) + -91.999996M : + (V(1,2) < 4.0000000) ? -3.9999998M*V(1,2) + -112.99999M : + (V(1,2) < 4.5000000) ? -3.9999998M*V(1,2) + -112.99999M : + (V(1,2) < 5.0000000) ? -3.9999998M*V(1,2) + -112.99999M : + (V(1,2) < 10.0000000) ? -3.3999998M*V(1,2) + -115.99999M : + 1.0000000N*V(1,2) + -150.00000M .ENDS * .SUBCKT EPWL_DNX 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -205.99999M : + (V(1,2) < -4.0000000) ? 2.9999999M*V(1,2) + -190.99999M : + (V(1,2) < -3.0000000) ? 2.9999999M*V(1,2) + -190.99999M : + (V(1,2) < -2.0000000) ? 8.9999996M*V(1,2) + -172.99999M : + (V(1,2) < -1.0000000) ? 60.999997M*V(1,2) + -68.999997M : + (V(1,2) < 0.0000000E+00) ? 129.99999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 149.99999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 109.99999M*V(1,2) + 19.999999M : + (V(1,2) < 1.5000000) ? 73.999996M*V(1,2) + 55.999997M : + (V(1,2) < 2.0000000) ? 47.999998M*V(1,2) + 94.999995M : + (V(1,2) < 2.5000000) ? 13.999999M*V(1,2) + 162.99999M : + (V(1,2) < 3.0000000) ? 3.9999998M*V(1,2) + 187.99999M : + (V(1,2) < 3.5000000) ? 3.9999998M*V(1,2) + 187.99999M : + (V(1,2) < 4.0000000) ? 1.9999999M*V(1,2) + 194.99999M : + (V(1,2) < 4.5000000) ? 3.9999998M*V(1,2) + 186.99999M : + (V(1,2) < 5.0000000) ? 1.9999999M*V(1,2) + 195.99999M : + (V(1,2) < 10.0000000) ? 2.5999999M*V(1,2) + 192.99999M : + 1.0000000N*V(1,2) + 218.99998M .ENDS ******** *SYM=IBISI .SUBCKT PCMC7IB 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 1.21P CCOMP 5 400 2.79P LOPKG 5 1 26.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -6.1400000 : + (V(1,2) < -1.0000000) ? 1.4450000*V(1,2) + 1.0850000 : + (V(1,2) < -899.99996M) ? 1.4000000*V(1,2) + 1.0400000 : + (V(1,2) < -799.99996M) ? 979.99995M*V(1,2) + 661.99997M : + (V(1,2) < -699.99997M) ? 909.99996M*V(1,2) + 605.99997M : + (V(1,2) < -599.99997M) ? 279.99999M*V(1,2) + 164.99999M : + (V(1,2) < -499.99998M) ? 29.999999M*V(1,2) + 14.999999M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.3750000 : + (V(1,2) < -1.0000000) ? -1.0250000*V(1,2) + -749.99996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -809.99996M*V(1,2) + -553.99997M : + (V(1,2) < -699.99997M) ? -679.99997M*V(1,2) + -449.99998M : + (V(1,2) < -599.99997M) ? -239.99999M*V(1,2) + -141.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * *********** *SYM=IBISO .SUBCKT PCMC7OW 100 4 300 400 500 *Connections Input Output VCC VEE Enable *Passed Parameters; Max *DEFINE {RTF}=25.68421053K *DEFINE {RTR}=15.15789474K * Input Control B1 820 0 V=V(100) & V(500) B2 830 0 V= V(500) & ~V(100) * Up and Down Ramps B3 300 850 I= V(830) > 1.2 ? 0 : V(300,850) / {RTR} B4 840 400 I= V(820) > 1.2 ? 0 : V(840,400) / {RTF} C1 300 850 .01P C2 840 400 .01P S1 220 850 0 820 SMOD S2 840 220 0 830 SMOD .MODEL SMOD SW RON=.1M ROFF=1E15 VT=-1.2 VH=.1 G1 8 400 2 8 1 R1 6 400 1 G2 300 8 8 3 1 R2 300 6 1 * Pull-up/Pull-down structures; Min XEPL_DN 2 400 8 840 EPWL_DNN XEPL_UP 3 300 850 8 EPWL_UPN * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT * Package Parasitics; Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 7.64P LOPKG 5 1 32.75N * Voltage Sources for measuring currents V5 6 5 V6 8 6 V7 220 8 .ENDS *Subcircuits for the IBIS1 Topology .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -6.1400000 : + (V(1,2) < -1.0000000) ? 1.4450000*V(1,2) + 1.0850000 : + (V(1,2) < -899.99996M) ? 1.4000000*V(1,2) + 1.0400000 : + (V(1,2) < -799.99996M) ? 979.99995M*V(1,2) + 661.99997M : + (V(1,2) < -699.99997M) ? 909.99996M*V(1,2) + 605.99997M : + (V(1,2) < -599.99997M) ? 279.99999M*V(1,2) + 164.99999M : + (V(1,2) < -499.99998M) ? 29.999999M*V(1,2) + 14.999999M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.3750000 : + (V(1,2) < -1.0000000) ? -1.0250000*V(1,2) + -749.99996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -809.99996M*V(1,2) + -553.99997M : + (V(1,2) < -699.99997M) ? -679.99997M*V(1,2) + -449.99998M : + (V(1,2) < -599.99997M) ? -239.99999M*V(1,2) + -141.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT EPWL_UPN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 62.000002M : + (V(1,2) < -4.0000000) ? -1.9999999M*V(1,2) + 51.999998M : + (V(1,2) < -3.0000000) ? -3.9999998M*V(1,2) + 43.999998M : + (V(1,2) < -2.0000000) ? -9.9999995M*V(1,2) + 25.999999M : + (V(1,2) < -1.0000000) ? -18.999999M*V(1,2) + 7.9999996M : + (V(1,2) < 0.0000000E+00) ? -26.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? -29.999999M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? -23.999999M*V(1,2) + -2.9999999M : + (V(1,2) < 1.5000000) ? -21.999999M*V(1,2) + -4.9999998M : + (V(1,2) < 2.0000000) ? -15.999999M*V(1,2) + -13.999999M : + (V(1,2) < 2.5000000) ? -11.999999M*V(1,2) + -21.999999M : + (V(1,2) < 3.0000000) ? -7.9999996M*V(1,2) + -31.999998M : + (V(1,2) < 3.5000000) ? -5.9999997M*V(1,2) + -37.999998M : + (V(1,2) < 4.0000000) ? -1.9999999M*V(1,2) + -51.999998M : + (V(1,2) < 4.5000000) ? -1.9999999M*V(1,2) + -51.999998M : + (V(1,2) < 5.0000000) ? -1.9999999M*V(1,2) + -51.999998M : + (V(1,2) < 10.0000000) ? -1.3999999M*V(1,2) + -54.999997M : + 1.0000000N*V(1,2) + -69.000007M .ENDS * .SUBCKT EPWL_DNN 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 V= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -110.99999M : + (V(1,2) < -4.0000000) ? 1.0000000M*V(1,2) + -105.99999M : + (V(1,2) < -3.0000000) ? 1.9999999M*V(1,2) + -102.00000M : + (V(1,2) < -2.0000000) ? 10.999999M*V(1,2) + -74.999996M : + (V(1,2) < -1.0000000) ? 32.999998M*V(1,2) + -30.999999M : + (V(1,2) < 0.0000000E+00) ? 63.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 499.99998M) ? 71.999997M*V(1,2) + 0.0000000E+00 : + (V(1,2) < 1.0000000) ? 55.999997M*V(1,2) + 7.9999996M : + (V(1,2) < 1.5000000) ? 39.999998M*V(1,2) + 23.999999M : + (V(1,2) < 2.0000000) ? 25.999999M*V(1,2) + 44.999998M : + (V(1,2) < 2.5000000) ? 17.999999M*V(1,2) + 60.999997M : + (V(1,2) < 3.0000000) ? 3.9999998M*V(1,2) + 95.999995M : + (V(1,2) < 3.5000000) ? 1.9999999M*V(1,2) + 102.00000M : + (V(1,2) < 4.0000000) ? 1.9999999M*V(1,2) + 102.00000M : + (V(1,2) < 4.5000000) ? 1.9999999M*V(1,2) + 102.00000M : + (V(1,2) < 5.0000000) ? 0.0000000E+00*V(1,2) + 110.99999M : + (V(1,2) < 10.0000000) ? 1.1999999M*V(1,2) + 105.00000M : + 1.0000000N*V(1,2) + 116.99998M .ENDS ******** *SYM=IBISI .SUBCKT PCMC7IW 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 7.64P LOPKG 5 1 32.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -6.1400000 : + (V(1,2) < -1.0000000) ? 1.4450000*V(1,2) + 1.0850000 : + (V(1,2) < -899.99996M) ? 1.4000000*V(1,2) + 1.0400000 : + (V(1,2) < -799.99996M) ? 979.99995M*V(1,2) + 661.99997M : + (V(1,2) < -699.99997M) ? 909.99996M*V(1,2) + 605.99997M : + (V(1,2) < -599.99997M) ? 279.99999M*V(1,2) + 164.99999M : + (V(1,2) < -499.99998M) ? 29.999999M*V(1,2) + 14.999999M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.3750000 : + (V(1,2) < -1.0000000) ? -1.0250000*V(1,2) + -749.99996M : + (V(1,2) < -899.99996M) ? -1.0000000*V(1,2) + -724.99997M : + (V(1,2) < -799.99996M) ? -809.99996M*V(1,2) + -553.99997M : + (V(1,2) < -699.99997M) ? -679.99997M*V(1,2) + -449.99998M : + (V(1,2) < -599.99997M) ? -239.99999M*V(1,2) + -141.99999M : + (V(1,2) < -499.99998M) ? -19.999999M*V(1,2) + -9.9999995M : + 1.0000000N*V(1,2) + 500.00000P .ENDS * ******** *SYM=IBISI .SUBCKT PCMC8IB 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Min ROSNB 5 1 100 ROPKG 1 4 .227 COPKG 4 400 .79P CCOMP 5 400 2.79P LOPKG 5 1 26.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 888.74996M*V(1,2) + 643.74997M : + (V(1,2) < -899.99996M) ? 879.99996M*V(1,2) + 634.99997M : + (V(1,2) < -799.99996M) ? 799.99996M*V(1,2) + 562.99997M : + (V(1,2) < -699.99997M) ? 579.99997M*V(1,2) + 386.99998M : + (V(1,2) < -599.99997M) ? 169.99999M*V(1,2) + 99.999995M : + (V(1,2) < -499.99998M) ? 14.999999M*V(1,2) + 6.9999997M : + (V(1,2) < -399.99998M) ? 4.9999998M*V(1,2) + 1.9999999M : + 1.0000000N*V(1,2) + 400.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4510000 : + (V(1,2) < -1.0000000) ? -1.0375000*V(1,2) + -736.49997M : + (V(1,2) < -899.99996M) ? -1.0200000*V(1,2) + -718.99997M : + (V(1,2) < -799.99996M) ? -979.99995M*V(1,2) + -682.99997M : + (V(1,2) < -699.99997M) ? -709.99997M*V(1,2) + -466.99998M : + (V(1,2) < -599.99997M) ? -289.99999M*V(1,2) + -172.99999M : + (V(1,2) < -499.99998M) ? -6.9999997M*V(1,2) + -3.1999998M : + (V(1,2) < -399.99998M) ? -2.9999999M*V(1,2) + -1.1999999M : + 1.0000000N*V(1,2) + 400.00000P .ENDS * *********** *SYM=IBISI .SUBCKT PCMC8IW 4 300 400 *Connections Input VCC VEE * Diode Clamps XVCC_OUT 6 300 300 6 VCC_OUT XGND_OUT 6 400 6 400 GND_OUT V5 6 5 * Package Parasitics Max ROSNB 5 1 100 ROPKG 1 4 .277 COPKG 4 400 1.36P CCOMP 5 400 3.64P LOPKG 5 1 32.75N .ENDS .SUBCKT GND_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + -3.8000000 : + (V(1,2) < -1.0000000) ? 888.74996M*V(1,2) + 643.74997M : + (V(1,2) < -899.99996M) ? 879.99996M*V(1,2) + 634.99997M : + (V(1,2) < -799.99996M) ? 799.99996M*V(1,2) + 562.99997M : + (V(1,2) < -699.99997M) ? 579.99997M*V(1,2) + 386.99998M : + (V(1,2) < -599.99997M) ? 169.99999M*V(1,2) + 99.999995M : + (V(1,2) < -499.99998M) ? 14.999999M*V(1,2) + 6.9999997M : + (V(1,2) < -399.99998M) ? 4.9999998M*V(1,2) + 1.9999999M : + 1.0000000N*V(1,2) + 400.00000P .ENDS * .SUBCKT VCC_OUT 3 4 1 2 * OUT+ OUT- IN+ IN- B1 3 4 I= + (V(1,2) < -5.0000000) ? 1.0000000N*V(1,2) + 4.4510000 : + (V(1,2) < -1.0000000) ? -1.0375000*V(1,2) + -736.49997M : + (V(1,2) < -899.99996M) ? -1.0200000*V(1,2) + -718.99997M : + (V(1,2) < -799.99996M) ? -979.99995M*V(1,2) + -682.99997M : + (V(1,2) < -699.99997M) ? -709.99997M*V(1,2) + -466.99998M : + (V(1,2) < -599.99997M) ? -289.99999M*V(1,2) + -172.99999M : + (V(1,2) < -499.99998M) ? -6.9999997M*V(1,2) + -3.1999998M : + (V(1,2) < -399.99998M) ? -2.9999999M*V(1,2) + -1.1999999M : + 1.0000000N*V(1,2) + 400.00000P .ENDS * ******** *SYM=BLINE .SUBCKT BLINE1 1 2 {ER0=8.85P} *Interconnect Model for the Suface Microstrip Stub from the * PCI Speedway to the Load O1 1 0 2 0 LOSSY .MODEL LOSSY LTRA rel=1.8 len={LENGTH*.0254}M + r=0 g=0 + l=523NH/m + c=76PF/m * z0 = {(523N/76P)^.5}Ohms * td = {(523N*76P)^.5}s * Total Delay = {(523N*76P)^.5 * (LENGTH * .0254)}s .ENDS *********** *SYM=BLINE .SUBCKT BLINE 1 2 {ER0=8.85P} *Interconnect Model for the Buried Microstrip PCI Speedway line O1 1 0 2 0 LOSSY .MODEL LOSSY LTRA rel=1.8 len={LENGTH*.0254}M + r=0 g=0 + l=723NH/m + c=76PF/m * z0 = {(723N/76P)^.5}Ohms * td = {(723N*76P)^.5}s * Total Delay = {(723N*76P)^.5 * (LENGTH * .0254)}s .ENDS ***********