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SkyWater SKY130 PDK Simulation
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      • Current Status
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      • Documentation
          • Cadence Virtuoso Support
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        • sky130_fd_pr_base
        • sky130_fd_pr_rf
        • sky130_fd_pr_rf2
        • sky130_osu_sc - SKY130 Oklahoma State University provided standard cell library
        • sky130_fd_sp_flash - SKY130 Flash Build Space
        • sky130_fd_sp_sram - SKY130 SRAM Build Space
        • sky130_fd_io - SKY130 Foundry Provided IO Cells
        • sky130_ef_io - SKY130 eFabless Provided IO Cells
        • Using Mentor Calibre
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      • Scripts and PDK Tooling
      • Background
      • Masks
        • Process Stack Diagram
        • General
        • Minimum Critical Dimensions
          • Basic Parameters
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        • Physical Criteria
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        • Criteria for High Voltage FET
        • Criteria for polyimide manufacturability
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        • Layers Definitions
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      • Device and Layout vs. Schematic
      • Summary of Key Periphery Rules
        • (x.-)
        • (dnwell.-)
        • (nwell.-)
        • (pwbm.-)
        • (pwdem.-)
        • (hvtp.-)
        • (hvtr.-)
        • (lvtn.-)
        • (ncm.-)
        • (difftap.-)
        • (tunm.-)
        • (poly.-)
        • (rpm.-)
        • (varac.-)
        • (photo.-)
        • (npc.-)
        • (n/ psd.-)
        • (licon.-)
        • (li.-.-)
        • (ct.-)
        • (capm.-)
        • (vpp.-)
        • (m1.-)
        • (via.-)
        • (m2.-)
        • (via2.-)
        • (m3.-)
        • (via3.-)
        • (nsm.-)
        • (indm.-)
        • (m4.-)
        • (via4.-)
        • (m5.-)
        • (pad.-)
        • (rdl.-)
        • (mf.-)
        • (hvi.-)
        • (hvnwell.-)
        • (hvdifftap.-)
        • (hvpoly.-)
        • (hvntm.-)
        • (denmos.-)
        • (depmos.-)
        • (extd.-)
        • (hv.-.-)
        • (vhvi.-.-)
        • (uhvi.-.-)
        • (ulvt-.-)
        • (pwres.-.-)
        • (rfdiode.-.-)
      • WLCSP Rules
        • Failure Mechanisms in High Voltage Devices
        • High Voltage Implementation Methodology
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        • VHV Implementation Methodology
        • Definitions
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        • Resistance Rules
        • Resistance Values
        • Capacitance Rules
          • Basic Capacitance - Fringe Downward
          • Basic Capacitance - Fringe Upward
          • Basic Capacitance - Parallel
        • Discrepencies
          • Spice Model Information
          • Details
          • Spice Model Information
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          • Spice Model Information
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          • Spice Model Information
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          • Spice Model Information
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          • Spice Model Information
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          • Spice Model Information
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          • Spice Model Information
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        • Generic Resistors
          • Spice Model Information
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          • Spice Model Information
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        • SONOS cells
          • Details
          • Spice Model Information
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      • Error Messages
        • Library Naming
        • Creating New Libraries
          • Foundry provided
          • Foundry provided Digital Standard Cell Libraries
          • Third party provided Digital Standard Cell Libraries
          • Foundry provided Build Space Libraries
          • Foundry provided IO and Periphery Libraries
          • Third party provided IO and Periphery Libraries
      • File Types
      • With Cadence Virtuoso
      • With MAGIC
      • With Klayout
      • With Berkeley Analog Generator (BAG)
      • With FASoC
      • With your design flow?
      • With Cadence Innovus
      • With OpenROAD
      • With your design flow?
      • With Cadence Spectre
      • With ngspice
      • With your design flow?
        • With Mentor Calibre
        • With Magic
        • With KLayout
        • With Mentor Calibre
        • With Magic
        • With KLayout
        • With Mentor Calibre
        • With Magic
        • With KLayout
      • TODO: Calibre Decks
      • TODO: MAGIC Decks
        • Submodules
        • skywater_pdk.base module
        • skywater_pdk.corners module
        • skywater_pdk.sizes module
        • skywater_pdk.utils module
        • Module contents
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    SimulationΒΆ

    Simulation

    • With Cadence Spectre
    • With ngspice
    • With your design flow?

    Todo

    The SkyWater SKY130 PDK provides simulation two types of simulation models. Spectre models for usage with Cadence Spectre and Spice models which are compatible with popular open source spice simulators like ngspice.

    Previous TODO: digital/new
    Next TODO: sim/spectre
    GitHub
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    © Copyright 2020, SkyWater PDK Authors.
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