| * 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__srdlrtp_1 D GATE RESET_B SLEEP_B KAPWR VGND VNB VPB VPWR Q |
| *.PININFO D:I GATE:I RESET_B:I SLEEP_B:I KAPWR:I VGND:I VNB:I VPB:I |
| *.PININFO VPWR:I Q:O |
| MI20 net146 db 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 |
| MI673 net78 net68 net110 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 |
| MI675 sleep SLEEP_B net106 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 |
| MI642 clkneg GATE net59 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 |
| MI636 clkpos clkneg 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 |
| MI674 net68 s0 net94 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 |
| MI678 net83 sleep 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 |
| MI637 db D net47 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 |
| MI656 net94 s0 net83 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 net83 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 |
| MI655 s0 clkneg net78 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 |
| MI652 net155 s0 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 |
| MI653 Q net155 VGND VNB nfet_01v8 m=1 w=0.84 l=0.15 mult=1 sa=0.265 |
| + sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14 |
| MI654 net110 net68 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 |
| MI671 net58 SLEEP_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 |
| MI670 net59 SLEEP_B net58 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 |
| MI676 net106 SLEEP_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 |
| MI687 net073 clkpos s0 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 |
| MI686 net146 clkpos net073 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 |
| MI683 net47 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 |
| MI643 clkneg GATE KAPWR VPB pfet_01v8_hvt 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 |
| MI679 net68 RESET_B net174 VPB pfet_01v8_hvt m=1 w=1.0 l=0.25 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=0.64 l=0.15 mult=1 |
| + sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14 |
| MI662 net167 net68 KAPWR VPB pfet_01v8_hvt m=1 w=1.0 l=0.25 mult=1 |
| + sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14 |
| MI664 s0 clkpos net167 VPB pfet_01v8_hvt m=1 w=1.0 l=0.25 mult=1 |
| + sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14 |
| MI658 net68 s0 KAPWR VPB pfet_01v8_hvt m=1 w=1.0 l=0.25 mult=1 |
| + sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14 |
| MI663 net155 s0 VPWR VPB pfet_01v8_hvt 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 |
| MI660 Q net155 VPWR VPB pfet_01v8_hvt m=1 w=1.26 l=0.15 mult=1 |
| + sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14 |
| MI18 net146 db VPWR VPB pfet_01v8_hvt 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 |
| MI638 db D VPWR VPB pfet_01v8_hvt 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 |
| MI672 clkneg SLEEP_B KAPWR VPB pfet_01v8_hvt 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 |
| MI680 net174 sleep KAPWR VPB pfet_01v8_hvt m=1 w=1.0 l=0.25 mult=1 |
| + sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14 |
| MI677 sleep SLEEP_B KAPWR VPB pfet_01v8_hvt m=1 w=1.0 l=0.25 mult=1 |
| + sa=0.265 sb=0.265 sd=0.28 topography=normal area=0.063 perim=1.14 |
| MI685 net0153 clkneg s0 VPB pfet_01v8_hvt 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 |
| MI684 net146 clkneg net0153 VPB pfet_01v8_hvt 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 |
| MI682 db RESET_B VPWR VPB pfet_01v8_hvt 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 |
| .ENDS sky130_fd_sc_lp__srdlrtp_1 |
