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(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!(A + B + C)"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
(port B (direction INPUT)
(property capacitance (integer 1))
)
(port C (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell NOR2B (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!(!A + !B)"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
(port B (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell NOR2A (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!(!A + B)"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
(port B (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell NOR2 (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!(A + B)"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
(port B (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell INV (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!A"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell INBUF (cellType GENERIC)
(property preferred (string "true"))
(property pad_cell (string "true"))
(property dont_touch (string "false"))
(property area (integer 0))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "PAD"))
)
(port PAD (direction INPUT)
(property min_pulse_width_low (integer 2))
(property min_pulse_width_high (integer 2))
(property capacitance (integer 1))
(property is_pad (string "true"))
)
)
(property area (integer 0))
)
)
(cell GND (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 0))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "0"))
)
)
(property area (integer 0))
)
)
(cell DFN1E1C1 (cellType GENERIC)
(property is_sequential (integer 1))
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Q (direction OUTPUT)
(property function (string "IQ"))
)
(port CLK (direction INPUT)
(property min_pulse_width_low (integer 0))
(property min_pulse_width_high (integer 0))
(property clock (integer 1))
(property capacitance (integer 1))
)
(port CLR (direction INPUT)
(property clear (integer 1))
(property min_pulse_width_high (integer 0))
(property capacitance (integer 1))
)
(port D (direction INPUT)
(property capacitance (integer 1))
)
(port E (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_ff (integer 1))
(property area (integer 1))
)
)
(cell DFN1E0C1 (cellType GENERIC)
(property is_sequential (integer 1))
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Q (direction OUTPUT)
(property function (string "IQ"))
)
(port CLK (direction INPUT)
(property min_pulse_width_low (integer 0))
(property min_pulse_width_high (integer 0))
(property clock (integer 1))
(property capacitance (integer 1))
)
(port CLR (direction INPUT)
(property clear (integer 1))
(property min_pulse_width_high (integer 0))
(property capacitance (integer 1))
)
(port D (direction INPUT)
(property capacitance (integer 1))
)
(port E (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_ff (integer 1))
(property area (integer 1))
)
)
(cell DFN1C1 (cellType GENERIC)
(property is_sequential (integer 1))
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Q (direction OUTPUT)
(property function (string "IQ"))
)
(port CLK (direction INPUT)
(property min_pulse_width_low (integer 0))
(property min_pulse_width_high (integer 0))
(property clock (integer 1))
(property capacitance (integer 1))
)
(port CLR (direction INPUT)
(property clear (integer 1))
(property min_pulse_width_high (integer 0))
(property capacitance (integer 1))
)
(port D (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_ff (integer 1))
(property area (integer 1))
)
)
(cell CLKINT (cellType GENERIC)
(property dont_use (integer 1))
(property dont_touch (string "true"))
(property area (integer 0))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "A"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
)
(property area (integer 0))
)
)
(cell BUFF (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "A"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell AOI5 (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!(!A & B & C + A & !B & !C)"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
(port B (direction INPUT)
(property capacitance (integer 1))
)
(port C (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell AOI1B (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!(A & B + !C)"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
(port B (direction INPUT)
(property capacitance (integer 1))
)
(port C (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell AOI1A (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!(!A & B + C)"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
(port B (direction INPUT)
(property capacitance (integer 1))
)
(port C (direction INPUT)
(property capacitance (integer 1))
)
)
(property is_combinational (integer 1))
(property area (integer 1))
)
)
(cell AOI1 (cellType GENERIC)
(property dont_touch (string "false"))
(property area (integer 1))
(view prim (viewType NETLIST)
(interface
(port Y (direction OUTPUT)
(property max_fanout (integer 2000))
(property function (string "!(A & B + C)"))
)
(port A (direction INPUT)
(property capacitance (integer 1))
)
(port B (direction INPUT)
(property capacitance (integer 1))
)
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