def get_op_info(self, ports_v): vn1n2 = float(ports_v[0][0]) in1n2 = float(ports_v[0][0]/self.R) power = float(ports_v[0][0]**2/self.R) arr = [[self.letter_id.upper()+self.descr,"V(n1-n2):", vn1n2, "[V]", "I(n2-n1):", in1n2, "[A]", "P:", power, "[W]"]] strarr = printing.table_setup(arr) return strarr
def get_op_info(self, ports_v): vn1n2 = float(ports_v[0][0]) qn1n2 = float(ports_v[0][0]*self.C) energy = float(.5*ports_v[0][0]**2*self.C) arr = [[self.letter_id.upper()+self.descr,"V(n1-n2):", vn1n2, "[V]", "Q:", qn1n2, "[C]", "E:", energy, "[J]"]] strarr = printing.table_setup(arr) return strarr
def write_to_file(self, filename=None):
if filename is None and self.filename is None:
# maybe warn the user here?
return
if filename is None:
filename = self.filename
if filename != 'stdout':
fp = open(filename + "info", "w")
else:
fp = sys.stdout
fp.write(self.timestamp + "\n")
fp.write("ahkab v. " + VERSION +
u" (c) 2006-2013 Giuseppe Venturini\n\n")
fp.write("Operating Point (OP) analysis\n\n")
fp.write("Netlist: %s\nTitle: %s\n" %
(self.netlist_file, self.netlist_title))
fp.write("At %.2f K\n" % (self.temp, ))
fp.write("Options:\n\tvea = %e\n\tver = %f\n\tiea = %e\n\tier = %f\n\tgmin = %e\n" \
% (self.vea, self.ver, self.iea, self.ier, self.gmin))
fp.write("\nConvergence reached in %d iterations.\n" %
(self.iterations, ))
fp.write("\nResults:\n")
vtable = self.get_table_array()
fp.write(printing.table_setup(vtable))
fp.write("\nELEMENTS OP INFORMATION:\n")
for opi in self.op_info:
fp.write(opi)
fp.write("-------------------\n")
fp.flush()
if filename != 'stdout':
fp.close()
solution._add_data(self, self.x)
def write_to_file(self, filename=None):
if filename is not None:
local_filename = filename
else:
filename = self.filename
if filename == None:
return
if filename != 'stdout':
fp = open(filename, "w")
else:
fp = sys.stdout
fp.write(self.timestamp+"\n")
fp.write("ahkab v. "+VERSION+u" (c) 2006-2011 Giuseppe Venturini\n\n")
fp.write("Operating Point (OP) analysis\n\n")
fp.write("Netlist: %s\nTitle: %s\n" % (self.netlist_file, self.netlist_title))
fp.write("At %.2f K\n" % (self.temp,))
fp.write("Options:\n\tvea = %e\n\tver = %f\n\tiea = %e\n\tier = %f\n\tgmin = %e\n" %\
(self.vea, self.ver, self.iea, self.ier, self.gmin))
fp.write("\nConvergence reached in %d iterations.\n" % (self.iterations,))
fp.write("\nResults:\n")
vtable = self.get_table_array()
fp.write(printing.table_setup(vtable))
fp.write("\nELEMENTS OP INFORMATION:\n")
for opi in self.op_info:
fp.write(opi)
fp.write("-------------------\n")
fp.flush()
if filename != 'stdout':
fp.close()
def get_op_info(self, ports_v_v): vn1n2 = float(ports_v_v[0][0]) idiode = self.i(0, (vn1n2,)) gmdiode = self.g(0, (vn1n2,), 0) info = ["V(n1-n2): ", vn1n2, "[V]", "I(n1-n2):", idiode, "[A]", "P:", vn1n2*idiode, "g:", gmdiode, "[A/V]", "T:", self._get_T(), "K" ] arr = [[self.letter_id.upper()+self.descr] + info] strarr = printing.table_setup(arr) return strarr
def get_op_info(self, ports_v):
vn1n2 = float(ports_v[0][0])
qn1n2 = float(ports_v[0][0] * self.value)
energy = float(.5 * ports_v[0][0]**2 * self.value)
arr = [[
self.part_id.upper(), "V(n1-n2):", vn1n2, "[V]", "Q:", qn1n2,
"[C]", "E:", energy, "[J]"
]]
strarr = printing.table_setup(arr)
return strarr
def get_op_info(self, ports_v):
vn1n2 = float(ports_v[0][0])
in1n2 = float(ports_v[0][0] / self.value)
power = float(ports_v[0][0]**2 / self.value)
arr = [[
self.part_id.upper(), "V(n1-n2):", vn1n2, "[V]", "I(n2-n1):",
in1n2, "[A]", "P:", power, "[W]"
]]
strarr = printing.table_setup(arr)
return strarr
def get_op_info(self, ports_v_v):
vn1n2 = float(ports_v_v[0][0])
idiode = self.i(0, (vn1n2, ))
gmdiode = self.g(0, (vn1n2, ), 0)
info = [
"V(n1-n2): ", vn1n2, "[V]", "I(n1-n2):", idiode, "[A]", "P:",
vn1n2 * idiode, "g:", gmdiode, "[A/V]", "T:",
self._get_T(), "K"
]
arr = [[self.part_id.upper()] + info]
strarr = printing.table_setup(arr)
return strarr
def get_op_info(self, ports_v):
"""Operating point info, for design/verification. """
self.update_status_dictionary(ports_v)
arr = [[self.part_id, 'STATUS:',
"ON" * self.opdict['STATUS'] + "OFF" * (
not self.opdict['STATUS']),
"VO [V]:", float(self.opdict['state'][0]),
"VS [V]:", float(self.opdict['state'][1]),
"R [ohm]:", self.opdict["R"],
"I [A]:", self.opdict['I'], "", ""], ]
# arr.append([ "", "", "", "", "", ""])
return printing.table_setup(arr)
def get_op_info(self, ports_v):
"""Operating point info, for design/verification. """
mos_type = self._get_mos_type()
self.update_status_dictionary(ports_v)
sat_status = "SATURATION" if self.opdict['SAT'] else "LINEAR"
if not self.opdict["ON"]:
status = "OFF"
else:
status = "ON"
arr = [
[
"M" + self.descr,
mos_type.upper() + " ch", status, "", "", sat_status, "", "",
"", "", "", ""
],
]
arr.append([
"beta", "[A/V^2]:", self.opdict['beta'], "Weff", "[m]:",
str(self.opdict['W']) + " (" + str(self.device.W) + ")", "L",
"[m]:",
str(self.opdict['L']) + " (" + str(self.device.L) + ")", "M/N:",
"",
str(self.device.M) + "/" + str(self.device.N)
])
arr.append([
"Vds", "[V]:",
float(ports_v[0][0]), "Vgs", "[V]:",
float(ports_v[0][1]), "Vbs", "[V]:",
float(ports_v[0][2]), "", "", ""
])
arr.append([
"VTH", "[V]:", self.opdict['VTH'], "VOD", "[V]:",
self.opdict['VOD'], "", "", "", "VA", "[V]:",
str(self.opdict['Ids'] / self.opdict['gmd'])
])
arr.append([
"Ids", "[A]:", self.opdict['Ids'], "", "", "", "", "", "", "", "",
''
])
arr.append([
"gm", "[S]:", self.opdict['gm'], "gmb", "[S]:", self.opdict['gmb'],
"ro", "[Ohm]:", 1 / self.opdict['gmd'], "", "", ""
])
#arr.append([ "", "", "", "", "", ""])
return printing.table_setup(arr)
def get_op_info(self, ports_v):
"""Operating point info, for design/verification. """
mos_type = self._get_mos_type()
self.update_status_dictionary(ports_v)
sat_status = "SATURATION" if self.opdict['SAT'] else "LINEAR"
if not self.opdict["ON"]:
status = "OFF"
else:
status = "ON"
arr = [["M"+self.descr, mos_type.upper()+" ch", status, "", "", sat_status, "", "", "", "", "",""],]
arr.append(["beta", "[A/V^2]:", self.opdict['beta'], "Weff", "[m]:", str(self.opdict['W'])+" ("+str(self.device.W)+")", "L", "[m]:", str(self.opdict['L'])+ " ("+str(self.device.L)+")", "M/N:", "", str(self.device.M)+"/"+str(self.device.N)])
arr.append(["Vds", "[V]:", float(ports_v[0][0]), "Vgs", "[V]:", float(ports_v[0][1]), "Vbs", "[V]:", float(ports_v[0][2]), "", "", ""])
arr.append([ "VTH", "[V]:", self.opdict['VTH'], "VOD", "[V]:", self.opdict['VOD'], "", "","", "VA", "[V]:", str(self.opdict['Ids']/self.opdict['gmd'])])
arr.append(["Ids", "[A]:", self.opdict['Ids'], "", "", "", "", "", "", "", "", ''])
arr.append(["gm", "[S]:", self.opdict['gm'], "gmb", "[S]:", self.opdict['gmb'], "ro", "[Ohm]:", 1/self.opdict['gmd'], "", "", ""])
#arr.append([ "", "", "", "", "", ""])
return printing.table_setup(arr)
def get_op_info(self, ports_v):
"""Operating point info, for design/verification. """
mos_type = self._get_mos_type()
self.update_status_dictionary(ports_v)
sat_status = "SATURATION" if self.opdict['SAT'] else "LINEAR"
if self.opdict["WMSI"] == 0:
wmsi_status = "WEAK INVERSION"
if self.opdict["WMSI"] == 1:
wmsi_status = "MODERATE INVERSION"
if self.opdict["WMSI"] == 2:
wmsi_status = "STRONG INVERSION"
arr = [["M"+self.descr, mos_type.upper()+" ch",wmsi_status, "", "", sat_status, "", "", "", "", "",""],]
arr.append(["beta", "[A/V^2]:", self.opdict['beta'], "Weff", "[m]:", str(self.opdict['Weff'])+" ("+str(self.device.W)+")", "Leff", "[m]:", str(self.opdict['Leff'])+ " ("+str(self.device.L)+")", "M/N:", "", str(self.device.M)+"/"+str(self.device.N)])
arr.append(["Vdb", "[V]:", float(ports_v[0][0]), "Vgb", "[V]:", float(ports_v[0][1]), "Vsb", "[V]:", float(ports_v[0][2]), "Vp", "[V]:", self.opdict['Vp'],])
arr.append([ "VTH", "[V]:", self.opdict['VTH'], "VOD", "[V]:", self.opdict['VOD'], "nq: ", "",self.opdict['nq'], "VA", "[V]:", str(self.opdict['Ids']/self.opdict['gmd'])])
arr.append(["Ids", "[A]:", self.opdict['Ids'], "nv: ", "",self.opdict['nv'], "Ispec", "[A]:", self.opdict["Ispec"], "TEF:", "", str(self.opdict['TEF']),])
arr.append(["gmg", "[S]:", self.opdict['gmg'], "gms", "[S]:", self.opdict['gms'], "rob", "[Ohm]:", 1/self.opdict['gmd'], "", "", ""])
arr.append(["if:", "", self.opdict['ifn'],"ir:", "", self.opdict['irn'], "Qf", "[C/m^2]:", self.opdict["qf"], "Qr", "[C/m^2]:", self.opdict["qr"],])
#arr.append([ "", "", "", "", "", ""])
return printing.table_setup(arr)
def get_op_info(self, ports_v):
"""Operating point info, for design/verification. """
mos_type = self._get_mos_type()
self.update_status_dictionary(ports_v)
sat_status = "SATURATION" if self.opdict['SAT'] else "LINEAR"
if self.opdict["WMSI"] == 0:
wmsi_status = "WEAK INVERSION"
if self.opdict["WMSI"] == 1:
wmsi_status = "MODERATE INVERSION"
if self.opdict["WMSI"] == 2:
wmsi_status = "STRONG INVERSION"
arr = [
[
self.part_id,
mos_type.upper() + " ch", wmsi_status, "", "", sat_status, "",
"", "", "", "", ""
],
]
arr.append([
"beta", "[A/V^2]:", self.opdict['beta'], "Weff", "[m]:",
str(self.opdict['Weff']) + " (" + str(self.device.W) + ")", "Leff",
"[m]:",
str(self.opdict['Leff']) + " (" + str(self.device.L) + ")", "M/N:",
"",
str(self.device.M) + "/" + str(self.device.N)
])
arr.append([
"Vdb",
"[V]:",
float(ports_v[0][0]),
"Vgb",
"[V]:",
float(ports_v[0][1]),
"Vsb",
"[V]:",
float(ports_v[0][2]),
"Vp",
"[V]:",
self.opdict['Vp'],
])
arr.append([
"VTH", "[V]:", self.opdict['VTH'], "VOD", "[V]:",
self.opdict['VOD'], "nq: ", "", self.opdict['nq'], "VA", "[V]:",
str(self.opdict['Ids'] / self.opdict['gmd'])
])
arr.append([
"Ids",
"[A]:",
self.opdict['Ids'],
"nv: ",
"",
self.opdict['nv'],
"Ispec",
"[A]:",
self.opdict["Ispec"],
"TEF:",
"",
str(self.opdict['TEF']),
])
arr.append([
"gmg", "[S]:", self.opdict['gmg'], "gms", "[S]:",
self.opdict['gms'], "rob", "[Ohm]:", 1 / self.opdict['gmd'], "",
"", ""
])
arr.append([
"if:",
"",
self.opdict['ifn'],
"ir:",
"",
self.opdict['irn'],
"Qf",
"[C/m^2]:",
self.opdict["qf"],
"Qr",
"[C/m^2]:",
self.opdict["qr"],
])
# arr.append([ "", "", "", "", "", ""])
return printing.table_setup(arr)
