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  • Security
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Contents

  • Qblox Electronics
    • Cluster mainframes
      • Cluster
      • DC Cluster
      • Synchronization and Feedback
    • Cluster Modules
      • QCM
        • Real Time Predistortions
        • Baseband sequencer modes
      • QRM
        • Baseband sequencer modes
      • QCM-RF II
      • QRM-RF
      • QRC
      • QTM
      • QSM
    • Cluster Sequencers
      • The Q1 Sequencer
      • Readout Sequencers
      • Control Sequencers
      • Timetag Sequencers
      • Feedback Trigger Handling
      • LINQ-Based Feedback
    • SPI system
      • SPI mainframe & power supply
      • C1b
      • D5a
      • S4g
    • Frequently Asked Questions
  • Qblox Scheduler
    • User guide
      • Core concepts of qblox-scheduler
      • Hardware configuration
      • Control flow
    • Tutorials
      • Schedules and pulses
      • Acquisitions
      • Operations and qubits
      • Make custom device elements
      • Parametrize schedules using DeviceElements
      • Serialization & Deserialization
    • qblox_scheduler
      • qblox_scheduler._check_unsupported_expression
      • qblox_scheduler._static_version
      • qblox_scheduler._version
      • qblox_scheduler.analysis
        • qblox_scheduler.analysis.base_analysis
        • qblox_scheduler.analysis.calibration
        • qblox_scheduler.analysis.conditional_oscillation_analysis
        • qblox_scheduler.analysis.cosine_analysis
        • qblox_scheduler.analysis.data
        • qblox_scheduler.analysis.data_handling
        • qblox_scheduler.analysis.fitting_models
        • qblox_scheduler.analysis.helpers
        • qblox_scheduler.analysis.interpolation_analysis
        • qblox_scheduler.analysis.optimization_analysis
        • qblox_scheduler.analysis.readout_calibration_analysis
        • qblox_scheduler.analysis.single_qubit_timedomain
        • qblox_scheduler.analysis.spectroscopy_analysis
        • qblox_scheduler.analysis.time_of_flight_analysis
        • qblox_scheduler.analysis.types
        • qblox_scheduler.analysis.visualization
      • qblox_scheduler.backends
        • qblox_scheduler.backends.circuit_to_device
        • qblox_scheduler.backends.corrections
        • qblox_scheduler.backends.graph_compilation
        • qblox_scheduler.backends.qblox
        • qblox_scheduler.backends.qblox_backend
        • qblox_scheduler.backends.types
      • qblox_scheduler.compilation
      • qblox_scheduler.data_dir
      • qblox_scheduler.device_under_test
        • qblox_scheduler.device_under_test.composite_square_edge
        • qblox_scheduler.device_under_test.device_element
        • qblox_scheduler.device_under_test.edge
        • qblox_scheduler.device_under_test.hardware_config
        • qblox_scheduler.device_under_test.mock_setup
        • qblox_scheduler.device_under_test.nv_element
        • qblox_scheduler.device_under_test.quantum_device
        • qblox_scheduler.device_under_test.spin_edge
        • qblox_scheduler.device_under_test.spin_element
        • qblox_scheduler.device_under_test.transmon_element
      • qblox_scheduler.enums
      • qblox_scheduler.experiments
        • qblox_scheduler.experiments.experiment
        • qblox_scheduler.experiments.loops
        • qblox_scheduler.experiments.parameters
        • qblox_scheduler.experiments.schedules
      • qblox_scheduler.helpers
        • qblox_scheduler.helpers.collections
        • qblox_scheduler.helpers.dataset_adapters
        • qblox_scheduler.helpers.deprecation
        • qblox_scheduler.helpers.diagnostics_report
        • qblox_scheduler.helpers.generate_acq_labels_data
        • qblox_scheduler.helpers.importers
        • qblox_scheduler.helpers.inspect
        • qblox_scheduler.helpers.linked_list
        • qblox_scheduler.helpers.mock_instruments
        • qblox_scheduler.helpers.qblox_dummy_instrument
        • qblox_scheduler.helpers.schedule
        • qblox_scheduler.helpers.time
        • qblox_scheduler.helpers.validators
        • qblox_scheduler.helpers.waveforms
      • qblox_scheduler.instrument_coordinator
        • qblox_scheduler.instrument_coordinator.components
        • qblox_scheduler.instrument_coordinator.instrument_coordinator
        • qblox_scheduler.instrument_coordinator.utility
      • qblox_scheduler.json_utils
      • qblox_scheduler.math
      • qblox_scheduler.operations
        • qblox_scheduler.operations.acquisition_library
        • qblox_scheduler.operations.composite_factories
        • qblox_scheduler.operations.conditional_reset
        • qblox_scheduler.operations.control_flow_library
        • qblox_scheduler.operations.expressions
        • qblox_scheduler.operations.gate_library
        • qblox_scheduler.operations.hardware_operations
        • qblox_scheduler.operations.loop_domains
        • qblox_scheduler.operations.measurement_factories
        • qblox_scheduler.operations.nv_native_library
        • qblox_scheduler.operations.operation
        • qblox_scheduler.operations.pulse_compensation_library
        • qblox_scheduler.operations.pulse_factories
        • qblox_scheduler.operations.pulse_library
        • qblox_scheduler.operations.shared_native_library
        • qblox_scheduler.operations.spin_library
        • qblox_scheduler.operations.statements
        • qblox_scheduler.operations.variables
      • qblox_scheduler.pulse_compensation
      • qblox_scheduler.qblox
        • qblox_scheduler.qblox.hardware_agent
      • qblox_scheduler.quantify_utils
      • qblox_scheduler.resources
      • qblox_scheduler.schedule
      • qblox_scheduler.schedules
        • qblox_scheduler.schedules._visualization
        • qblox_scheduler.schedules.schedule
        • qblox_scheduler.schedules.spectroscopy_schedules
        • qblox_scheduler.schedules.timedomain_schedules
        • qblox_scheduler.schedules.trace_schedules
        • qblox_scheduler.schedules.two_qubit_transmon_schedules
        • qblox_scheduler.schedules.verification
      • qblox_scheduler.schemas
        • qblox_scheduler.schemas.examples
      • qblox_scheduler.segments
        • qblox_scheduler.segments.loops
        • qblox_scheduler.segments.parameters
        • qblox_scheduler.segments.schedules
        • qblox_scheduler.segments.segment
      • qblox_scheduler.structure
        • qblox_scheduler.structure.model
        • qblox_scheduler.structure.types
      • qblox_scheduler.waveforms
      • qblox_scheduler.yaml_utils
    • Frequently Asked Questions
  • Qblox Instruments
    • Q1ASM User guide
    • Partial Acquisition
    • Double Buffering
    • Network Ports
    • Tutorials
      • QRM
        • Basic sequencing
        • Bulk API sequencing
        • Partial Acquisition Download
        • Binned acquisition
        • Scope acquisition
        • TTL acquisition
        • Characterizing Input Offset
        • Manual Mixer calibration
        • Real sequencer mode
        • LINQ routing configuration
        • Sharing Q1 Registers and Immediates
        • Sharing Measurement Results with LINQ-based Feedback
        • Combining Thresholded Bits via LINQ
        • Advanced sequencing
        • Conditional Playback
        • Continuous waveform mode
        • Multiplexed sequencing
        • Numerically Controlled Oscillator
        • Numerically Controlled Oscillator - Additional Features
      • QCM
        • Basic sequencing
        • Bulk API sequencing
        • Double Buffering (Preloading)
        • Manual Mixer calibration
        • Real Time Predistortions
        • Real sequencer mode
        • LINQ routing configuration
        • Sharing Q1 Registers and Immediates
        • Inverse high-pass (IHP) filter
      • QRM-RF
        • Basic sequencing
        • Bulk API sequencing
        • Partial Acquisition Download
        • Binned acquisition
        • Scope acquisition
        • Characterizing Input Offset
        • RF control
        • In-situ Mixer Calibration
        • Manual Mixer calibration
        • LINQ routing configuration
        • Sharing Q1 Registers and Immediates
        • Sharing Measurement Results with LINQ-based Feedback
        • Combining Thresholded Bits via LINQ
        • Multiplexed sequencing
        • Numerically Controlled Oscillator
      • QCM-RF
        • Basic sequencing
        • Bulk API sequencing
        • Double Buffering (Preloading)
        • In-situ Mixer Calibration
        • Manual Mixer calibration
        • LINQ routing configuration
        • Sharing Q1 Registers and Immediates
      • QRC
        • Basic sequencing
        • Bulk API sequencing
        • Double Buffering (Preloading)
        • Partial Acquisition Download
        • Binned acquisition
        • Scope acquisition
        • RF control
        • LINQ routing configuration
        • Sharing Q1 Registers and Immediates
        • Sharing Measurement Results with LINQ-based Feedback
        • Combining Thresholded Bits via LINQ
        • QRC advanced power settings
        • Conditional Playback
        • Setup
        • Numerically Controlled Oscillator
      • QTM
        • Bulk API sequencing
        • Partial Acquisition Download
        • Scope Mode
        • TTL Pulse Generation
        • Binned Mode
        • LINQ routing configuration
        • Sharing Q1 Registers and Immediates
        • LINQ-based feedback with QTM
        • Photon count based feedback
      • QSM
        • Basic Sourcing and Measurement
        • Gate Leak Test
        • Pinch Off
    • API Reference
      • Cluster API
      • Modules API
        • QCM
        • QCM-RF
        • QRM
        • QRM-RF
        • QRC
        • QSM
        • QTM
      • Sequencer API
      • Time API
      • Tools API
      • SPI Rack API
      • Types and definitions
      • IEEE488.2
    • Frequently Asked Questions

QRM#

Basic sequencing
Bulk API sequencing
Partial Acquisition Download
Binned acquisition
Scope acquisition
TTL acquisition
Characterizing Input Offset
Manual Mixer calibration
Real sequencer mode
LINQ routing configuration
Sharing Q1 Registers and Immediates
Sharing Measurement Results with LINQ-based Feedback
Combining Thresholded Bits via LINQ
Advanced sequencing
Conditional Playback
Continuous waveform mode
Multiplexed sequencing
Numerically Controlled Oscillator
Numerically Controlled Oscillator - Additional Features

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