ihp-sg13g2 typ (typ_1p2V_3p3V_25C): 25 C, core 1.2 V, I/O 3.3 V
  InOut16mA  out rise 100 pF:  12.24 ns at 50 % (PDK lib  12.53),  11.19 ns at 1.5 V; slew  22.44 ns (PDK lib  22.58)
  InOut16mA  out fall 100 pF:  11.75 ns at 50 % (PDK lib  11.97),  12.79 ns at 1.5 V; slew  20.73 ns (PDK lib  20.75)
  InOut16mA  turn-on 100 pF: Z->1 12.23 / Z->0 11.68 ns at 50 %; float: driver off 1.19 / 1.84 ns, pin moved 0.5 V 34.98 / 35.67 ns (2 kohm)
  InOut16mA  DC: sinks 6.7 mA at 0.4 V (NMOS Z80: 2.0), sources 10.5 mA at 2.4 V (0.25)
  InOut16mA  energy, data 0.64 ns: 1107 pJ a cycle into 100 pF (the load's C V^2 1089, the pad 17.6); the pad's, rise / fall: 20 pF 5.8 / 7.9 pJ (PDK lib 22.5 / 8.7), 100 pF 8.9 / 8.7 (PDK lib extrapolated -10.6 / 2.9)
  InOut16mA  energy, the enable into 100 pF: turning on Z->1 8.1 / Z->0 6.3 pJ beyond the load's C V^2, letting go 1.6 / 0.3 pJ
  InOut16mA  in  rise 15 ns edge:   0.67 ns pin 50 % -> core 50 % (PDK lib extrapolated   0.94); switches at 1.77 V
  InOut16mA  in  fall 15 ns edge:   0.74 ns pin 50 % -> core 50 % (PDK lib extrapolated   1.09); switches at 1.52 V
  InOut16mA  DC input: switches up at 1.66 V, down at 1.65 V (TTL: high from 2.0 V, low to 0.8 V)
  InOut16mA  energy a cycle: 5 ns edges 2.38 pJ (PDK lib 2.50), 15 ns 6.35 (PDK lib extrapolated 6.52), 120 ns 47.49
  InOut16mA  leakage: driving 0 / 1 3.67 / 6.01 nW, receiving 0 / 1 2.01 / 1.72 nW
  TriOut16mA out rise 100 pF:  12.24 ns at 50 % (PDK lib  12.54),  11.19 ns at 1.5 V; slew  22.44 ns (PDK lib  22.57)
  TriOut16mA out fall 100 pF:  11.75 ns at 50 % (PDK lib  11.97),  12.79 ns at 1.5 V; slew  20.73 ns (PDK lib  20.72)
  TriOut16mA turn-on 100 pF: Z->1 12.23 / Z->0 11.68 ns at 50 %; float: driver off 1.19 / 1.84 ns, pin moved 0.5 V 34.97 / 35.67 ns (2 kohm)
  TriOut16mA DC: sinks 6.7 mA at 0.4 V (NMOS Z80: 2.0), sources 10.5 mA at 2.4 V (0.25)
  TriOut16mA energy, data 0.64 ns: 1099 pJ a cycle into 100 pF (the load's C V^2 1089, the pad 9.5); the pad's, rise / fall: 20 pF 4.8 / 6.8 pJ (PDK lib 5.7 / 7.5), 100 pF 4.9 / 4.7 (PDK lib extrapolated 4.0 / -1.3)
  TriOut16mA energy, the enable into 100 pF: turning on Z->1 4.1 / Z->0 2.3 pJ beyond the load's C V^2, letting go 1.6 / 0.3 pJ
  TriOut16mA leakage: driving 0 / 1 3.31 / 4.25 nW
  Out16mA    out rise 100 pF:  12.35 ns at 50 % (PDK lib  12.63),  11.30 ns at 1.5 V; slew  22.44 ns (PDK lib  22.51)
  Out16mA    out fall 100 pF:  11.61 ns at 50 % (PDK lib  11.75),  12.65 ns at 1.5 V; slew  20.73 ns (PDK lib  20.64)
  Out16mA    DC: sinks 6.7 mA at 0.4 V (NMOS Z80: 2.0), sources 10.5 mA at 2.4 V (0.25)
  Out16mA    energy, data 0.64 ns: 1099 pJ a cycle into 100 pF (the load's C V^2 1089, the pad 9.4); the pad's, rise / fall: 20 pF 4.8 / 7.0 pJ (PDK lib 5.7 / 7.7), 100 pF 4.8 / 4.6 (PDK lib extrapolated 3.8 / -2.1)
  Out16mA    leakage: driving 0 / 1 2.16 / 3.54 nW
  In         in  rise 15 ns edge:   0.67 ns pin 50 % -> core 50 % (PDK lib extrapolated   0.93); switches at 1.77 V
  In         in  fall 15 ns edge:   0.74 ns pin 50 % -> core 50 % (PDK lib extrapolated   1.09); switches at 1.52 V
  In         DC input: switches up at 1.66 V, down at 1.65 V (TTL: high from 2.0 V, low to 0.8 V)
  In         energy a cycle: 5 ns edges 2.38 pJ (PDK lib 2.50), 15 ns 6.35 (PDK lib extrapolated 6.56), 120 ns 47.49
  In         leakage: receiving 0 / 1 0.43 / 0.23 nW

ihp-sg13g2 slow (slow_1p08V_3p0V_125C): 125 C, core 1.08 V, I/O 3 V
  InOut16mA  out rise 100 pF:  19.07 ns at 50 % (PDK lib  19.53),  19.07 ns at 1.5 V; slew  34.69 ns (PDK lib  34.79)
  InOut16mA  out fall 100 pF:  18.66 ns at 50 % (PDK lib  19.05),  18.66 ns at 1.5 V; slew  32.64 ns (PDK lib  32.66)
  InOut16mA  turn-on 100 pF: Z->1 19.00 / Z->0 18.50 ns at 50 %; float: driver off 2.02 / 3.15 ns, pin moved 0.5 V 40.14 / 41.35 ns (2 kohm)
  InOut16mA  DC: sinks 4.1 mA at 0.4 V (NMOS Z80: 2.0), sources 4.9 mA at 2.4 V (0.25)
  InOut16mA  energy, data 0.64 ns: 913 pJ a cycle into 100 pF (the load's C V^2 900, the pad 13.5); the pad's, rise / fall: 20 pF 4.6 / 6.0 pJ (PDK lib 16.6 / 6.8), 100 pF 6.9 / 6.6 (PDK lib extrapolated -24.7 / 2.7)
  InOut16mA  energy, the enable into 100 pF: turning on Z->1 6.3 / Z->0 4.8 pJ beyond the load's C V^2, letting go 1.3 / 0.3 pJ
  InOut16mA  in  rise 15 ns edge:   1.12 ns pin 50 % -> core 50 % (PDK lib extrapolated   1.48); switches at 1.68 V
  InOut16mA  in  fall 15 ns edge:   0.74 ns pin 50 % -> core 50 % (PDK lib extrapolated   1.16); switches at 1.38 V
  InOut16mA  DC input: switches up at 1.54 V, down at 1.54 V (TTL: high from 2.0 V, low to 0.8 V)
  InOut16mA  energy a cycle: 5 ns edges 1.22 pJ (PDK lib 1.31), 15 ns 3.08 (PDK lib extrapolated 3.18), 120 ns 22.33
  InOut16mA  leakage: driving 0 / 1 22.62 / 30.51 nW, receiving 0 / 1 13.25 / 7.63 nW
  TriOut16mA out rise 100 pF:  19.07 ns at 50 % (PDK lib  19.54),  19.07 ns at 1.5 V; slew  34.68 ns (PDK lib  34.78)
  TriOut16mA out fall 100 pF:  18.66 ns at 50 % (PDK lib  19.08),  18.66 ns at 1.5 V; slew  32.64 ns (PDK lib  32.62)
  TriOut16mA turn-on 100 pF: Z->1 19.00 / Z->0 18.52 ns at 50 %; float: driver off 2.02 / 3.15 ns, pin moved 0.5 V 40.14 / 41.35 ns (2 kohm)
  TriOut16mA DC: sinks 4.1 mA at 0.4 V (NMOS Z80: 2.0), sources 4.9 mA at 2.4 V (0.25)
  TriOut16mA energy, data 0.64 ns: 908 pJ a cycle into 100 pF (the load's C V^2 900, the pad 7.7); the pad's, rise / fall: 20 pF 3.9 / 5.2 pJ (PDK lib 4.7 / 5.9), 100 pF 3.9 / 3.7 (PDK lib extrapolated 3.4 / -0.2)
  TriOut16mA energy, the enable into 100 pF: turning on Z->1 3.3 / Z->0 1.9 pJ beyond the load's C V^2, letting go 1.3 / 0.3 pJ
  TriOut16mA leakage: driving 0 / 1 20.36 / 23.02 nW
  Out16mA    out rise 100 pF:  19.12 ns at 50 % (PDK lib  19.53),  19.12 ns at 1.5 V; slew  34.68 ns (PDK lib  34.67)
  Out16mA    out fall 100 pF:  18.40 ns at 50 % (PDK lib  18.71),  18.40 ns at 1.5 V; slew  32.64 ns (PDK lib  32.49)
  Out16mA    DC: sinks 4.1 mA at 0.4 V (NMOS Z80: 2.0), sources 4.9 mA at 2.4 V (0.25)
  Out16mA    energy, data 0.64 ns: 907 pJ a cycle into 100 pF (the load's C V^2 900, the pad 7.6); the pad's, rise / fall: 20 pF 3.8 / 5.5 pJ (PDK lib 4.6 / 6.1), 100 pF 3.9 / 3.8 (PDK lib extrapolated 2.8 / -1.0)
  Out16mA    leakage: driving 0 / 1 12.68 / 17.58 nW
  In         in  rise 15 ns edge:   1.12 ns pin 50 % -> core 50 % (PDK lib extrapolated   1.47); switches at 1.68 V
  In         in  fall 15 ns edge:   0.74 ns pin 50 % -> core 50 % (PDK lib extrapolated   1.16); switches at 1.38 V
  In         DC input: switches up at 1.54 V, down at 1.54 V (TTL: high from 2.0 V, low to 0.8 V)
  In         energy a cycle: 5 ns edges 1.22 pJ (PDK lib 1.31), 15 ns 3.08 (PDK lib extrapolated 3.20), 120 ns 22.32
  In         leakage: receiving 0 / 1 2.32 / 1.08 nW

ihp-sg13g2 fast (fast_1p32V_3p6V_m40C): -40 C, core 1.32 V, I/O 3.6 V
  InOut16mA  out rise 100 pF:   8.52 ns at 50 % (PDK lib   8.75),   7.19 ns at 1.5 V; slew  15.67 ns (PDK lib  15.81)
  InOut16mA  out fall 100 pF:   8.32 ns at 50 % (PDK lib   8.44),   9.69 ns at 1.5 V; slew  14.66 ns (PDK lib  14.70)
  InOut16mA  turn-on 100 pF: Z->1 8.51 / Z->0 8.24 ns at 50 %; float: driver off 0.86 / 1.26 ns, pin moved 0.5 V 31.37 / 31.81 ns (2 kohm)
  InOut16mA  DC: sinks 9.8 mA at 0.4 V (NMOS Z80: 2.0), sources 18.5 mA at 2.4 V (0.25)
  InOut16mA  energy, data 0.64 ns: 1319 pJ a cycle into 100 pF (the load's C V^2 1296, the pad 23.3); the pad's, rise / fall: 20 pF 7.5 / 10.0 pJ (PDK lib 32.3 / 11.3), 100 pF 11.8 / 11.5 (PDK lib extrapolated 42.4 / 3.3)
  InOut16mA  energy, the enable into 100 pF: turning on Z->1 10.8 / Z->0 8.6 pJ beyond the load's C V^2, letting go 2.1 / 0.5 pJ
  InOut16mA  in  rise 15 ns edge:   0.53 ns pin 50 % -> core 50 % (PDK lib extrapolated   0.75); switches at 1.91 V
  InOut16mA  in  fall 15 ns edge:   0.62 ns pin 50 % -> core 50 % (PDK lib extrapolated   0.93); switches at 1.68 V
  InOut16mA  DC input: switches up at 1.80 V, down at 1.80 V (TTL: high from 2.0 V, low to 0.8 V)
  InOut16mA  energy a cycle: 5 ns edges 4.59 pJ (PDK lib 4.75), 15 ns 12.67 (PDK lib extrapolated 12.99), 120 ns 96.40
  InOut16mA  leakage: driving 0 / 1 4.42 / 2.67 nW, receiving 0 / 1 4.81 / 3.67 nW
  TriOut16mA out rise 100 pF:   8.52 ns at 50 % (PDK lib   8.75),   7.19 ns at 1.5 V; slew  15.66 ns (PDK lib  15.83)
  TriOut16mA out fall 100 pF:   8.32 ns at 50 % (PDK lib   8.45),   9.69 ns at 1.5 V; slew  14.66 ns (PDK lib  14.66)
  TriOut16mA turn-on 100 pF: Z->1 8.51 / Z->0 8.24 ns at 50 %; float: driver off 0.86 / 1.26 ns, pin moved 0.5 V 31.36 / 31.80 ns (2 kohm)
  TriOut16mA DC: sinks 9.8 mA at 0.4 V (NMOS Z80: 2.0), sources 18.5 mA at 2.4 V (0.25)
  TriOut16mA energy, data 0.64 ns: 1308 pJ a cycle into 100 pF (the load's C V^2 1296, the pad 11.7); the pad's, rise / fall: 20 pF 6.0 / 8.5 pJ (PDK lib 7.0 / 9.6), 100 pF 6.0 / 5.7 (PDK lib extrapolated 3.5 / -2.8)
  TriOut16mA energy, the enable into 100 pF: turning on Z->1 5.1 / Z->0 2.7 pJ beyond the load's C V^2, letting go 2.1 / 0.5 pJ
  TriOut16mA leakage: driving 0 / 1 3.66 / 1.91 nW
  Out16mA    out rise 100 pF:   8.65 ns at 50 % (PDK lib   8.87),   7.32 ns at 1.5 V; slew  15.66 ns (PDK lib  15.77)
  Out16mA    out fall 100 pF:   8.19 ns at 50 % (PDK lib   8.28),   9.56 ns at 1.5 V; slew  14.66 ns (PDK lib  14.61)
  Out16mA    DC: sinks 9.8 mA at 0.4 V (NMOS Z80: 2.0), sources 18.5 mA at 2.4 V (0.25)
  Out16mA    energy, data 0.64 ns: 1308 pJ a cycle into 100 pF (the load's C V^2 1296, the pad 11.9); the pad's, rise / fall: 20 pF 6.0 / 9.0 pJ (PDK lib 7.1 / 9.9), 100 pF 6.0 / 5.9 (PDK lib extrapolated 4.8 / -3.7)
  Out16mA    leakage: driving 0 / 1 1.92 / 1.08 nW
  In         in  rise 15 ns edge:   0.53 ns pin 50 % -> core 50 % (PDK lib extrapolated   0.74); switches at 1.91 V
  In         in  fall 15 ns edge:   0.62 ns pin 50 % -> core 50 % (PDK lib extrapolated   0.91); switches at 1.68 V
  In         DC input: switches up at 1.80 V, down at 1.80 V (TTL: high from 2.0 V, low to 0.8 V)
  In         energy a cycle: 5 ns edges 4.59 pJ (PDK lib 4.75), 15 ns 12.67 (PDK lib extrapolated 13.03), 120 ns 96.40
  In         leakage: receiving 0 / 1 0.84 / 0.40 nW