quantify_scheduler.backends.qblox.constants
Constants for compilation to Qblox hardware.
Module Contents
- IMMEDIATE_MAX_WAIT_TIME[source]
Max size of wait instruction immediates in Q1ASM programs. Max value allowed by assembler is 2**16-1, but this is the largest that is a multiple of 4 ns.
- NCO_PHASE_DEG_STEP_COARSE = 0.9[source]
The phase (in deg) corresponding to an increase of 1 in the course argument of the q1asm instructions related to the NCO phases.
- NCO_PHASE_NUM_STEP_COARSE = 400[source]
The maximum value of the course argument of the nco phase instructions.
- NCO_PHASE_DEG_STEP_FINE = 0.00225[source]
The phase (in deg) corresponding to an increase of 1 in the fine argument of the q1asm instructions related to the NCO phases.
- NCO_PHASE_NUM_STEP_FINE = 400[source]
The maximum value of the fine argument of the nco phase instructions.
- NCO_PHASE_DEG_STEP_U_FINE = 3.6e-07[source]
The phase (in deg) corresponding to an increase of 1 in the ultra-fine argument of the q1asm instructions related to the NCO phases.
- NCO_PHASE_NUM_STEP_U_FINE = 6250[source]
The maximum value of the ultra-fine argument of the nco phase instructions.
- GRID_TIME = 4[source]
Clock period of the sequencers. All time intervals used must be multiples of this value.
- MIN_TIME_BETWEEN_ACQUISITIONS = 1000[source]
Minimum time between two acquisitions to prevent FIFO errors.
- PULSE_STITCHING_DURATION = 1e-06[source]
Duration of the individual pulses when pulse stitching is used.
- NUMBER_OF_SEQUENCERS_QCM = 6[source]
Number of sequencers supported by a QCM in the latest firmware.
- NUMBER_OF_SEQUENCERS_QRM = 6[source]
Number of sequencers supported by a QRM in the latest firmware.
- MIN_MIXER_PHASE_ERROR_DEG[source]
Lowest phase shift that can be configured in the instruments for mixer corrections.
- MAX_MIXER_PHASE_ERROR_DEG = 45[source]
Lowest phase shift that can be configured in the instruments for mixer corrections.
- MIN_MIXER_AMP_RATIO = 0.5[source]
Lowest value the amplitude correction can be set to. N.B. This correction is defined as Q/I.