def __init__(self, mRF, nLO, IF, IFbw, guard, spurs=[]):
observable.__init__(self)
# stick with what we know, for now (ie no subharmonic mixers)
if mRF not in (1, -1) or nLO not in (1, -1):
raise NotImplementedError
self.m, self.n, self.spurs = mRF, nLO, spurs
self._IF, self.IFbw, self.G = IF, IFbw, guard
def __init__(self, mRF, nLO, IF, IFbw, guard, spurs=[]):
observable.__init__(self)
# stick with what we know, for now (ie no subharmonic mixers)
if mRF not in (1, -1) or nLO not in (1, -1):
raise NotImplementedError
self.m, self.n, self.spurs = mRF, nLO, spurs
self._IF, self.IFbw, self.G = IF, IFbw, guard
def __init__(self, start, stop, IFbw):
observable.__init__(self)
self._start, self._stop, self._bw = start, stop, IFbw
self.minf, self.maxf, self.top, self.bot = None, None, None, None
self.picked = None
self.startline, self.stopline = None, None
self.recalc(self)
self.register(self.recalc)
def __init__(self, start, stop, IFbw):
observable.__init__(self)
self._start, self._stop, self._bw = start, stop, IFbw
self.minf, self.maxf, self.top, self.bot = None, None, None, None
self.picked = None
self.startline, self.stopline = None, None
self.recalc(self)
self.register(self.recalc)
def __init__(self, RFmin, RFmax, dspan, mixer):
observable.__init__(self)
self._RFmin, self._RFmax, self._dspan = RFmin, RFmax, dspan
self.mixer = mixer
def __init__(self, RFmin, RFmax, dspan, mixer):
observable.__init__(self)
self._RFmin, self._RFmax, self._dspan = RFmin, RFmax, dspan
self.mixer = mixer
