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ABM Logic Gates Equivalent Circuit                     PARAMETERS:
                                                       FREQ = 152kHz
                                                                                                                            DHDR1    RHDR1
                                                       D = 0.36                      U1                                     Dclmp    0.01
                                                       tdly = 80n                    AND2_ABM                                     N7

                                                                 Rdly 1                                    N5                     N6
                                                                          N4                                                                              HDR
                                                                                                                            Dclmp RHDR2               CHDR
                                                                 1k

U1: AND2_ABM                                                U5: INV_ABM   0
                                                                               Cdly 1
                                                                               {tdly /1k}
                                                                                                       VOH = 12
                                                                                                       VOL = 0
                                                                                                                            DHDR2 0.01
                                                                                                                                                  0
                                                                                                                                                      1n




                                                                      U5                                             U2
                                                                      INV_ABM                                        AND2_ABM
                                                       N1                                   N2
                                                                                                 Rdly 2
                                                                                                          N3                                              LDR
                                                                      VOH = 1.709
                                                                      VOL = 0
                                                                                                 1k
                                                            V1                                                 Cdly 2             VOH = 8
       PARAMETERS:                                                                                             {tdly /1k}         VOL = 0
                                                            TD = {1/FREQ}
                                                            TR = 1n                                        0
                                                            TF = 1n
       VOH = 2.5 VOL = 0                                0   V1 = 0                                    PARAMETERS:
                                                            V2 = 1.709
                            R1                              PW = {D/FREQ}                             VOH = 2.5 VOL = 0
1                                                           PER = {1/FREQ}
         E1                 10                                                                                                   R2
                                                                                                          E2                     10
         IN+  OUT+                                 3
                                                                           1                              IN+  OUT+                                   2
         IN-  OUT-                                                                                        IN-  OUT-
                                       C1                                                                                                   C2
         EVALUE                                                                                           EVALUE
                                                                                                                                            10p
                                       10p
                                                                                                       0                     0         0
        0               0          0                                                                      IF(V(1)>1.08, {VOL}, {VOH})
2
         IF(V(1)>1.08 & V(2)>1.08, {VOH}, {VOL})

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  • 1. ABM Logic Gates Equivalent Circuit PARAMETERS: FREQ = 152kHz DHDR1 RHDR1 D = 0.36 U1 Dclmp 0.01 tdly = 80n AND2_ABM N7 Rdly 1 N5 N6 N4 HDR Dclmp RHDR2 CHDR 1k U1: AND2_ABM U5: INV_ABM 0 Cdly 1 {tdly /1k} VOH = 12 VOL = 0 DHDR2 0.01 0 1n U5 U2 INV_ABM AND2_ABM N1 N2 Rdly 2 N3 LDR VOH = 1.709 VOL = 0 1k V1 Cdly 2 VOH = 8 PARAMETERS: {tdly /1k} VOL = 0 TD = {1/FREQ} TR = 1n 0 TF = 1n VOH = 2.5 VOL = 0 0 V1 = 0 PARAMETERS: V2 = 1.709 R1 PW = {D/FREQ} VOH = 2.5 VOL = 0 1 PER = {1/FREQ} E1 10 R2 E2 10 IN+ OUT+ 3 1 IN+ OUT+ 2 IN- OUT- IN- OUT- C1 C2 EVALUE EVALUE 10p 10p 0 0 0 0 0 0 IF(V(1)>1.08, {VOL}, {VOH}) 2 IF(V(1)>1.08 & V(2)>1.08, {VOH}, {VOL})