* Copyright 2020 The SkyWater PDK Authors
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
*     https://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*
* SPDX-License-Identifier: Apache-2.0

.SUBCKT sky130_fd_sc_lp__xnor3_lp A B C VGND VNB VPB VPWR X
*.PININFO A:I B:I C:I VGND:I VNB:I VPB:I VPWR:I X:O
MMIN3 X net75 VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI13 net43 net75 VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI29 Ab Bb VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI25 Abb Bb VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI17 Bb B VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI649 mid1 Cb VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI44 Ab A VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI34 Cb C VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI2 mid2 C VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI46 Abb Ab VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI24 Ab B VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI28 Abb B VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI12 net79 C VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI11 net56 A VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI9 net52 Ab VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI8 net48 B VNB nfet_01v8 m=1 w=0.42 l=0.15 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MMIP3 X net75 VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI650 mid1 C VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI27 mid2 B VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI47 Abb Ab VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI23 mid1 B VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI26 mid2 Bb VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI7 mid2 Cb VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI33 Cb C VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI45 Ab A VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI16 Bb B VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
MI19 mid1 Bb VPB pfet_01v8_hvt m=1 w=1 l=0.25 mult=1 sa=0.265 sb=0.265
+ sd=0.28 topography=normal area=0.063 perim=1.14
.ENDS sky130_fd_sc_lp__xnor3_lp