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%pylab inline
%load_ext autoreload
%autoreload 2

import skrf
skrf.stylely()

import sys; sys.path.insert(0, r"C:\Coding\Python\scikit-rf\qtapps")  # <-- if you don't have skrf_qtwidgets in your path
import skrf_qtwidgets
# from skrf_qtwidgets.analyzers.keysight_pna.analyzer import Analyzer
from skrf_qtwidgets.analyzers.analyzer_agilent_n5247a import Analyzer



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nwa = Analyzer(address=16, interface="GPIB")
nwa.idn

OPTIONAL METHODS TO OVERRIDE FOR SKRF_QTWIDGETS

init - setup the instrument resource (i.e., pyvisa)
get_twoport_ntwk -- requires implementing get_snp_network
get_oneport_ntwk -- requires implementing get_snp_network
enter/exit - for using python's with statement

with Analyzer("GPIB0::16::ISNTR") as nwa: ntwk = nwa.measure_twoport_ntwk()

METHODS THAT MUST BE IMPLEMENTED FOR SKRF_QTWIDGETS

get_traces
get_list_of_traces
get_snp_network
get_switch_terms
set_frequency_sweep

OPTIONAL CLASS PROPERTIES TO OVERRIDE

DEFAULT_VISA_ADDRESS
NAME
NPORTS
NCHANNELS



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nwa.set_frequency_sweep(10, 40, 401, f_unit='GHz')  # Ku-Band



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ntwk = nwa.get_oneport_ntwk(port=1, sweep=False)
ntwk.plot_s_db()



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ntwk = nwa.get_twoport_ntwk(ports=(1,2), sweep=True)
ntwk.plot_s_db()



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fwd, rev = nwa.get_switch_terms(ports=(1, 2))
fwd.plot_s_db()
rev.plot_s_db()



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trace_list = nwa.get_list_of_traces()
trace_list



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traces = nwa.get_traces(trace_list[0:2])
for trace in traces:
    trace.plot_s_db()