def test_connect(self):
self.assertEqual(rf.connect(self.ntwk1, 1, self.ntwk2, 0) , \
self.ntwk3)
xformer = rf.Network()
xformer.frequency=(1,)
xformer.s = ((0,1),(1,0)) # connects thru
xformer.z0 = (50,25) # transforms 50 ohm to 25 ohm
c = rf.connect(xformer,0,xformer,1) # connect 50 ohm port to 25 ohm port
self.assertTrue(npy.all(npy.abs(c.s-rf.impedance_mismatch(50, 25)) < 1e-6))
def test_connect(self):
self.assertEqual(rf.connect(self.ntwk1, 1, self.ntwk2, 0) , \
self.ntwk3)
xformer = rf.Network()
xformer.frequency=(1,)
xformer.s = ((0,1),(1,0)) # connects thru
xformer.z0 = (50,25) # transforms 50 ohm to 25 ohm
c = rf.connect(xformer,0,xformer,1) # connect 50 ohm port to 25 ohm port
self.assertTrue(npy.all(npy.abs(c.s-rf.impedance_mismatch(50, 25)) < 1e-6))
def test_connect_fast(self):
raise SkipTest('not supporting this function currently ')
self.assertEqual(rf.connect_fast(self.ntwk1, 1, self.ntwk2, 0) , \
self.ntwk3)
xformer = rf.Network()
xformer.frequency=(1,)
xformer.s = ((0,1),(1,0)) # connects thru
xformer.z0 = (50,25) # transforms 50 ohm to 25 ohm
c = rf.connect_fast(xformer,0,xformer,1) # connect 50 ohm port to 25 ohm port
self.assertTrue(npy.all(npy.abs(c.s-rf.impedance_mismatch(50, 25)) < 1e-6))
def test_connect_fast(self):
raise SkipTest('not supporting this function currently ')
self.assertEqual(rf.connect_fast(self.ntwk1, 1, self.ntwk2, 0) , \
self.ntwk3)
xformer = rf.Network()
xformer.frequency=(1,)
xformer.s = ((0,1),(1,0)) # connects thru
xformer.z0 = (50,25) # transforms 50 ohm to 25 ohm
c = rf.connect_fast(xformer,0,xformer,1) # connect 50 ohm port to 25 ohm port
self.assertTrue(npy.all(npy.abs(c.s-rf.impedance_mismatch(50, 25)) < 1e-6))
