* 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_hdll__sdfrbp_1 CLK D RESET_B SCD SCE VGND VNB VPB VPWR Q Q_N
*.PININFO CLK:I D:I RESET_B:I SCD:I SCE:I VGND:I VNB:I VPB:I VPWR:I
*.PININFO Q:O Q_N:O
MI642 clkneg CLK VGND VNB nfet_01v8 m=1 w=0.65 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI636 clkpos clkneg VGND VNB nfet_01v8 m=1 w=0.65 l=0.15 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI42 db clkneg M0 VNB nfet_01v8 m=1 w=0.36 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI656 net92 S0 net134 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
MI657 net134 RESET_B VGND 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
MI33 net127 RESET_B VGND 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
MI634 sceb SCE VGND 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
MI4 M0 clkpos net115 VNB nfet_01v8 m=1 w=0.36 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI34 net115 M1 net127 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
MI655 S0 clkneg net110 VNB nfet_01v8 m=1 w=0.36 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI652 Q net92 VGND VNB nfet_01v8 m=1 w=0.65 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI654 net110 net92 VGND 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
MI647 M1 M0 VGND VNB nfet_01v8 m=1 w=0.64 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI649 M1 clkpos S0 VNB nfet_01v8 m=1 w=0.36 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI672 net171 net92 VGND VNB nfet_01v8 m=1 w=0.52 l=0.15 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI670 Q_N net171 VGND VNB nfet_01v8 m=1 w=0.52 l=0.15 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI98 db D n0 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=0.525 perim=3.1
MI103 n1 SCD VGND VNB nfet_01v8 m=1 w=0.42 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.525 perim=3.1
MI120 db SCE n1 VNB nfet_01v8 m=1 w=0.42 l=0.5 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.525 perim=3.1
MI104 n0 sceb VGND 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=0.525 perim=3.1
MI643 clkneg CLK VPWR VPB pfet_01v8_hvt m=1 w=1.0 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI635 clkpos clkneg VPWR VPB pfet_01v8_hvt m=1 w=1.0 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI43 db clkpos M0 VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI662 net215 net92 VPWR VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI659 net92 RESET_B VPWR VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI664 S0 clkpos net215 VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI658 net92 S0 VPWR VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI30 net194 M1 VPWR VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI31 M0 clkneg net194 VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI32 net194 RESET_B VPWR VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI663 Q net92 VPWR VPB pfet_01v8_hvt m=1 w=1.0 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI648 M1 M0 VPWR VPB pfet_01v8_hvt m=1 w=0.84 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI650 M1 clkneg S0 VPB pfet_01v8_hvt m=1 w=0.42 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI633 sceb SCE VPWR VPB pfet_01v8_hvt m=1 w=0.54 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI673 net171 net92 VPWR VPB pfet_01v8_hvt m=1 w=0.79 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI671 Q_N net171 VPWR VPB pfet_01v8_hvt m=1 w=0.79 l=0.18 mult=1
+ sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI101 db sceb p1 VPB pfet_01v8_hvt m=1 w=0.54 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI107 p0 SCE VPWR VPB pfet_01v8_hvt m=1 w=0.54 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI94 db D p0 VPB pfet_01v8_hvt m=1 w=0.54 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
MI108 p1 SCD VPWR VPB pfet_01v8_hvt m=1 w=0.54 l=0.18 mult=1 sa=0.265
+ sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14
.ENDS sky130_fd_sc_hdll__sdfrbp_1