from ipkiss.technology.technology import ProcessTechnologyTree, TechnologyTree, DelayedInitTechnologyTree
from ipkiss.technology import get_technology
from ipkiss.geometry.coord import Coord2
from ipkiss.process.layer import ProcessLayer, PatternPurpose
TECH = get_technology()
###############################################################################################
# Process Layers
###############################################################################################
TECH.PROCESS = ProcessTechnologyTree()
# silicon structuring
TECH.PROCESS.FC = ProcessLayer("Fiber Couplers", "FC")
TECH.PROCESS.WG = ProcessLayer("Waveguides", "WG")
# other
TECH.PROCESS.NONE = ProcessLayer("No Specific Process Layer", "NONE")
####################################################################
# MASK
####################################################################
TECH.MASK = TechnologyTree()
TECH.MASK.POLARITY_DF = "DF"
TECH.MASK.POLARITY_LF = "LF"
####################################################################
# MASK LAYER RULES
# Contact: [email protected] from ..ipkiss.common import * from ipkiss.technology.technology import ProcessTechnologyTree, TechnologyTree, DelayedInitTechnologyTree from ipkiss.technology import get_technology from ipkiss.geometry.coord import Coord2 from ipkiss.process.layer import ProcessLayer, PatternPurpose TECH = get_technology() ############################################################################################### # Process Layers ############################################################################################### # silicon structuring TECH.PROCESS.RFC = ProcessLayer("Raised Fiber Couplers", "RFC") TECH.PROCESS.FCW = ProcessLayer("Fiber Coupler Windows", "FCW") TECH.PROCESS.FC = ProcessLayer("Fiber Couplers", "FC") TECH.PROCESS.WG = ProcessLayer("Waveguides", "WG") TECH.PROCESS.SLOT = ProcessLayer("Slot waveguides", "SLOT") TECH.PROCESS.SK = ProcessLayer("Socket waveguides", "SK") # implants, silicide, contacts TECH.PROCESS.NBODY = ProcessLayer("Body N doping", "NBODY") TECH.PROCESS.PBODY = ProcessLayer("Body P doping", "PBODY") TECH.PROCESS.N1 = ProcessLayer("N-type doping 1", "N1") TECH.PROCESS.NPLUS = ProcessLayer("N++ doping", "N2") TECH.PROCESS.P1 = ProcessLayer("P-type doping 1", "P1") TECH.PROCESS.PPLUS = ProcessLayer("P++ doping", "PPLUS") TECH.PROCESS.PP1 = ProcessLayer("Poly P-type doping 1", "PP1") TECH.PROCESS.PP2 = ProcessLayer("Poly P-type doping 2", "PP2")
from ipkiss.process import PPLayer
from ipkiss.process.layer import ProcessLayer
from ipkiss.process.layer import PatternPurpose
from ipkiss.plugins.photonics.wg.basic import * # basic waveguides
from picazzo.io.column import * # StdIO
DT_LINE = 0
DT_SQUARE = 1
DT_HEX = 2
DT_INV = 3
MY_TECH = TechnologyTree()
MY_TECH.PROCESS = TechnologyTree()
MY_TECH.PROCESS.OL35_1 = ProcessLayer("Overlay With III-V etch 1", "OL35_1")
MY_TECH.PROCESS.OL35_2 = ProcessLayer("Overlay With III-V etch 2", "OL35_2")
MY_TECH.PROCESS.BCB_1 = ProcessLayer("Bcb etch1", "BCB_1")
MY_TECH.PROCESS.BCB_2 = ProcessLayer("Bcb etch2", "BCB_2")
MY_TECH.PROCESS.MET_1 = ProcessLayer("Metalization etch1", "MET_1")
MY_TECH.PROCESS.MET_2 = ProcessLayer("Metalization etch2", "MET_2")
MY_TECH.PROCESS.MET_3 = ProcessLayer("Metalization etch3", "MET_3")
MY_TECH.PROCESS.MET_4 = ProcessLayer("Metalization etch4", "MET_4")
MY_TECH.PURPOSE = TechnologyTree()
MY_TECH.PURPOSE.DEFAULT = PatternPurpose(name = "Default", extension = "00")
MY_OUTPUT_MAP = copy.deepcopy(TECH.GDSII.EXPORT_LAYER_MAP)
MY_OUTPUT_MAP.layer_map[PPLayer(process = MY_TECH.PROCESS.OL35_1, purpose = MY_TECH.PURPOSE.DEFAULT)] = GdsiiLayer(number = 101, datatype = DT_LINE) # disk
MY_OUTPUT_MAP.layer_map[PPLayer(process = MY_TECH.PROCESS.OL35_2, purpose = MY_TECH.PURPOSE.DEFAULT)] = GdsiiLayer(number = 102, datatype = DT_LINE) # island
MY_OUTPUT_MAP.layer_map[PPLayer(process = MY_TECH.PROCESS.BCB_1, purpose = MY_TECH.PURPOSE.DEFAULT)] = GdsiiLayer(number = 104, datatype = DT_LINE) # botvia
from ipkiss.technology.technology import ProcessTechnologyTree, TechnologyTree from ipkiss.process.layer import ProcessLayer from ipkiss.technology import get_technology TECH = get_technology() ################# # Process layers ################# TECH.PROCESS = ProcessTechnologyTree() # FEOL # SOI/poly patterning TECH.PROCESS.WG = ProcessLayer(name="Strip waveguides (full etched SOI)", extension="WG") TECH.PROCESS.FC = ProcessLayer(name="Fiber couplers and rib waveguides (shallow partial etched SOI)", extension="FC") TECH.PROCESS.SKT = ProcessLayer(name="Socket waveguides (deep partial etched SOI)", extension="SKT") TECH.PROCESS.FCW = ProcessLayer(name="Fiber coupler window (poly)", extension="FCW") # Implants TECH.PROCESS.NBODY = ProcessLayer(name="N-type Body implant", extension="NBODY") TECH.PROCESS.PBODY = ProcessLayer(name="P-type Body implant" , extension="PBODY") TECH.PROCESS.N1 = ProcessLayer(name="N-type implant - dose 1", extension="N1") TECH.PROCESS.N2 = ProcessLayer(name="N-type implant - dose 2", extension="N2") TECH.PROCESS.NPLUS = ProcessLayer(name="N-type contact implant" , extension="NPLUS") TECH.PROCESS.P1 = ProcessLayer(name="P-type implant - dose 1", extension="P1") TECH.PROCESS.P2 = ProcessLayer(name="P-type implant - dose 2", extension="P2") TECH.PROCESS.PPLUS = ProcessLayer(name="P-type contact implant", extension="PPLUS") # silicide and contact
from ipkiss.technology.technology import ProcessTechnologyTree, TechnologyTree
from ipkiss.process.layer import ProcessLayer
from ipkiss.technology import get_technology
TECH = get_technology()
#################
# Process layers
#################
TECH.PROCESS = ProcessTechnologyTree()
# FEOL
# SOI/poly patterning
TECH.PROCESS.SHALL = ProcessLayer(
name="SiN Waveguide (shallow half-depth etched SiN)", extension="SHALL")
TECH.PROCESS.FULL = ProcessLayer(name="SiN waveguide (full etched SiN)",
extension="FULL")
TECH.PROCESS.CLROUT = ProcessLayer(name="", extension="CLROUT")
TECH.PROCESS.OPCLAD = ProcessLayer(name="Clad opening etch",
extension="OPCLAD")
TECH.PROCESS.ELEC = ProcessLayer(name="elec", extension="electrode")
TECH.PROCESS.TRENCH = ProcessLayer(name="trench", extension="trench")
# Auxiliary
TECH.PROCESS.NO_DRC = ProcessLayer(name="", extension="NO_DRC")
TECH.PROCESS.DUMMY = ProcessLayer(name="", extension="DUMMY")
TECH.PROCESS.DOC = ProcessLayer(name="", extension="DOC")
TECH.PROCESS.TXTLAB = ProcessLayer(name="", extension="TXTLAB")
TECH.PROCESS.ERRFLG = ProcessLayer(name="", extension="ERRFLG")
TECH.PROCESS.NO_SIZE = ProcessLayer(name="", extension="NO_SIZE")
from ipkiss.technology.technology import ProcessTechnologyTree, TechnologyTree, DelayedInitTechnologyTree
from ipkiss.technology import get_technology
from ipkiss.process.layer import ProcessLayer, PatternPurpose, PPLayer
TECH = get_technology()
# ###############################################################
# TECH.PROCESS : Process Layers
#
# Process layers typically correspond to a single lithographic
# process step in the fabrication of your design
#
# ###############################################################
TECH.PROCESS = ProcessTechnologyTree()
TECH.PROCESS.MSN = ProcessLayer("Unetched MSN",
"MSN") # waveguide layer (required)
TECH.PROCESS.MSN_TRENCH = ProcessLayer(
"Positive Etch MSN Exclusion",
"MSN_TRENCH") # Positive tone waveguide layer
TECH.PROCESS.SHALLOW = ProcessLayer(
"Fiber Couplers and Rib Waveguide (shallow etched MSN)", "SHALLOW")
TECH.PROCESS.CLADDING = ProcessLayer("Unetched Cladding",
"CLAD") #waveguide cladding
TECH.PROCESS.HT = ProcessLayer("Heater", "HT")
TECH.PROCESS.M1 = ProcessLayer("Metallization 1", "M1")
TECH.PROCESS.M2 = ProcessLayer("Metallization 2", "M2")
TECH.PROCESS.V12 = ProcessLayer("Via between M1 and M2", "V12")
TECH.PROCESS.SIL = ProcessLayer("Silicide", "SIL")
TECH.PROCESS.N = ProcessLayer("N+ implant", "N")