Closed jorgemfm27 closed 4 years ago
Created dependency graph:
Introduced changes in CCL_transmon to accomodate for the Dispersive shift node and pushed them to feature cc.
Among these are:
Tested 'Dispersive Shift' node on two qubits with success.
Moving to Acquisition delay calibration...
Readout acquisition delay is done. The calibration can be performed using the CCL_Transmon function:
@jorgemfm27 , I'm curious how you automated this. Usually it is quite easy to do this analysis by hand and detect the edges. I am wondering how you make sure the parameters are updated automatically and correctly.
There is a related issue relating to the pulse timings. This calibration performs the timing calibration of the UHFQA pulse vs acquisition window. There are also the timings of all pulses with respect to each other. This is logged in the device object (see also issue #533 and related #536) the issue for having these protocols automated is #450.
Introduced changes in CCL transmon
Changes have been tested are are currently working in the Pagani setup.
GBT readout routine is completed.
Addressed according to @jorgemfm27 and tested on Ferrari
Request feature for SSRO Readout calibration in GBT.
Proper RO calibration relies on Rabi pulse calibration. Three different calibration steps are envisioned to do this calibration: