from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('gisource')
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "VCCS test (netlist)"
if __name__ == '__main__':
nt = NetlistTest('gisource')
nt.setUp()
nt.test()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('amckt')
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "AM circuit test"
if __name__ == '__main__':
nt = NetlistTest('amckt')
nt.setUp()
nt.test()
from __future__ import unicode_literals, print_function
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('tran_gear5', er=1e-2, ea=1e-2)
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "GEAR5 DF TRAN test"
if __name__ == '__main__':
nt = NetlistTest('tran_gear5', er=1e-2, ea=1e-3)
nt.setUp()
nt.test()
def test():
nt = NetlistTest('colpitts', er=1e-3, ea=5e-4, sim_opts=myoptions())
nt.setUp()
nt.test()
nt.tearDown()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('series_resonance')
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "AC series resonance test"
if __name__ == '__main__':
nt = NetlistTest('series_resonance')
nt.setUp()
nt.test()
def test():
nt = NetlistTest('shooting1', ea=1e-3, er=1e-3)
nt.setUp()
nt.test()
nt.tearDown()
def test():
nt = NetlistTest('diode_mult')
nt.setUp()
nt.test()
nt.tearDown()
from ahkab.testing import NetlistTest
from ahkab import options
def test():
nt = NetlistTest('symbro')
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "OP double vsource test"
if __name__ == '__main__':
nt = NetlistTest('symbro')
nt.setUp()
nt.test()
def test():
nt = NetlistTest('symbro')
nt.setUp()
nt.test()
nt.tearDown()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('switch1', er=1, ea=5e-1)
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "Switch test 1"
if __name__ == '__main__':
nt = NetlistTest('switch1', er=1, ea=5e-1)
nt.setUp()
nt.test()
def test():
nt = NetlistTest('switch1', er=1, ea=5e-1)
nt.setUp()
nt.test()
nt.tearDown()
def test():
nt = NetlistTest('ring3mosq', er=1e-1, ea=1e-2)
nt.setUp()
nt.test()
nt.tearDown()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('ring3mosq', er=1e-1, ea=1e-2)
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "Transient simulation of a 3-stages ring oscillator (MOSQ)"
if __name__ == '__main__':
nt = NetlistTest('ring3mosq')
nt.setUp()
nt.test()
def test():
nt = NetlistTest('gisource')
nt.setUp()
nt.test()
nt.tearDown()
def test():
nt = NetlistTest('t3p', er=1e-3, ea=1e-5)
nt.setUp()
nt.test()
nt.tearDown()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('t1', er=1e-3, ea=1e-5)
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "SL: NMOS with drain resistor."
if __name__ == '__main__':
nt = NetlistTest('t1')
nt.setUp()
nt.test()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('shooting1', ea=1e-3, er=1e-3)
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "PSS SHOOTING test 1"
if __name__ == '__main__':
nt = NetlistTest('shooting1', ea=1e-3, er=1e-3)
nt.setUp()
nt.test()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('diode_op')
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "Diode OP test"
if __name__ == '__main__':
nt = NetlistTest('diode_op')
nt.setUp()
nt.test()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('diode_mult')
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "Diode multiplier test"
if __name__ == '__main__':
nt = NetlistTest('diode_mult')
nt.setUp()
nt.test()
def test():
nt = NetlistTest('diodecw8', ea=1e-1, er=1e-3, sim_opts=myoptions())
nt.setUp()
nt.test()
if __name__ != '__main__':
nt.tearDown()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def myoptions():
# optionally, set non-standard options
sim_opts = {}
sim_opts.update({'vea': 1e-6})
sim_opts.update({'iea': 1e-6})
#sim_opts.update({'transient_max_nr_iter':200})
return sim_opts
def test():
nt = NetlistTest('colpitts', er=1e-3, ea=5e-4, sim_opts=myoptions())
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "Transient simulation of a Colpitts oscillator"
if __name__ == '__main__':
nt = NetlistTest('colpitts', er=1e-3, ea=5e-4, sim_opts=myoptions())
nt.setUp()
nt.test()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('bfpss1', er=1e-3, ea=1e-2)
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "PSS BFPSS test 1"
if __name__ == '__main__':
nt = NetlistTest('bfpss1')
nt.setUp()
nt.test()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('rout')
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "Symbolic output resistance of a deg NMOS"
if __name__ == '__main__':
nt = NetlistTest('rout')
nt.setUp()
nt.test()
def test():
nt = NetlistTest('bfpss1', er=1e-3, ea=1e-2)
nt.setUp()
nt.test()
nt.tearDown()
def test():
nt = NetlistTest('series_resonance')
nt.setUp()
nt.test()
nt.tearDown()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('fft_ckt')
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = ".FFT circuit test"
if __name__ == '__main__':
nt = NetlistTest('fft_ckt')
nt.setUp()
nt.test()
def test():
nt = NetlistTest('amckt')
nt.setUp()
nt.test()
nt.tearDown()
from ahkab.testing import NetlistTest
from ahkab import options
options.plotting_show_plots = False
def test():
nt = NetlistTest('t3p', er=1e-3, ea=1e-5)
nt.setUp()
nt.test()
nt.tearDown()
test.__doc__ = "SL: NMOS (OFF) PMOS (ON) CMOS inverter."
if __name__ == '__main__':
nt = NetlistTest('t3p')
nt.setUp()
nt.test()
def test():
nt = NetlistTest('tran_gear5', er=1e-2, ea=1e-2)
nt.setUp()
nt.test()
nt.tearDown()
def test():
nt = NetlistTest('tran_gear4', er=1e-3, ea=1e-3)
nt.setUp()
nt.test()
nt.tearDown()
