Index

A

A (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) Ab (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) AdaptiveFIRFilter (class in cbadc.digital_estimator.adaptive_filter) AdaptiveIIRFilter (class in cbadc.digital_estimator.adaptive_filter) ADC_Bridge_Model (class in cbadc.circuit.models.comparator) ADCBridgeAbsolute (class in cbadc.circuit.components.comparator) ADCBridgeRelative (class in cbadc.circuit.components.comparator) add() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) add_terminal() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.CircuitElement method) (cbadc.circuit.components.analog_delay.AnalogDelay method) (cbadc.circuit.components.cmos.NMOS method) (cbadc.circuit.components.cmos.PMOS method) (cbadc.circuit.components.comparator.ADCBridgeAbsolute method) (cbadc.circuit.components.comparator.ADCBridgeRelative method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.D_FLIP_FLOP method) (cbadc.circuit.components.comparator.DAC_Bridge method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.integrator.Integrator method) (cbadc.circuit.components.observer.Observer method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.components.ota.OTA method) (cbadc.circuit.components.passives.Capacitor method) (cbadc.circuit.components.passives.Inductor method) (cbadc.circuit.components.passives.Resistor method) (cbadc.circuit.components.reference_source.ReferenceSource method) (cbadc.circuit.components.sources.DCVoltageSource method) (cbadc.circuit.components.sources.PulseVoltageSource method) (cbadc.circuit.components.sources.SinusoidalVoltageSource method) (cbadc.circuit.components.summer.DifferentialSummer method) (cbadc.circuit.components.summer.Summer method) (cbadc.circuit.components.vcvs.VoltageControlledVoltageSource method) (cbadc.circuit.components.voltage_buffer.VoltageBuffer method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.Port method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method)

add_terminals() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.CircuitElement method) (cbadc.circuit.components.analog_delay.AnalogDelay method) (cbadc.circuit.components.cmos.NMOS method) (cbadc.circuit.components.cmos.PMOS method) (cbadc.circuit.components.comparator.ADCBridgeAbsolute method) (cbadc.circuit.components.comparator.ADCBridgeRelative method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.D_FLIP_FLOP method) (cbadc.circuit.components.comparator.DAC_Bridge method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.integrator.Integrator method) (cbadc.circuit.components.observer.Observer method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.components.ota.OTA method) (cbadc.circuit.components.passives.Capacitor method) (cbadc.circuit.components.passives.Inductor method) (cbadc.circuit.components.passives.Resistor method) (cbadc.circuit.components.reference_source.ReferenceSource method) (cbadc.circuit.components.sources.DCVoltageSource method) (cbadc.circuit.components.sources.PulseVoltageSource method) (cbadc.circuit.components.sources.SinusoidalVoltageSource method) (cbadc.circuit.components.summer.DifferentialSummer method) (cbadc.circuit.components.summer.Summer method) (cbadc.circuit.components.vcvs.VoltageControlledVoltageSource method) (cbadc.circuit.components.voltage_buffer.VoltageBuffer method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) Af (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) amplitude (cbadc.analog_signal.ramp.Ramp attribute) (cbadc.analog_signal.sinc_pulse.SincPulse attribute) (cbadc.analog_signal.sinusoidal.Sinusoidal attribute) (cbadc.analog_signal.zero_order_hold.ZeroOrderHold attribute) analog_system (cbadc.analog_frontend.AnalogFrontend attribute) (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) (cbadc.simulator.numerical_simulator.FullSimulator attribute) (cbadc.simulator.numerical_simulator.PreComputedControlSignalsSimulator attribute) AnalogDelay (class in cbadc.circuit.components.analog_delay) AnalogDelayModel (class in cbadc.circuit.models.analog_delay) AnalogFrontend (class in cbadc.analog_frontend) AnalogSystem (class in cbadc.analog_system.analog_system) angularFrequency (cbadc.analog_signal.sinusoidal.Sinusoidal attribute) (cbadc.analog_signal.zero_order_hold.ZeroOrderHold attribute) aperture() (cbadc.fom.MurmannSurvey method) architectures() (cbadc.fom.MurmannSurvey method)

B

B (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) b_a (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) b_b (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) b_w (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) BandLimitedSignal (class in cbadc.analog_signal.zero_order_hold) bandwidth (cbadc.analog_signal.sinc_pulse.SincPulse attribute)

batch() (in module cbadc.digital_estimator.adaptive_filter) BatchEstimator (class in cbadc.digital_estimator.batch_estimator) Bb (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) Bf (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) BinaryReferenceSignal (class in cbadc.analog_signal.random) bound_y (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) ButterWorth (class in cbadc.analog_system.filters) byte_stream_2_control_signal() (in module cbadc.utilities)

C

call() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) Capacitor (class in cbadc.circuit.components.passives) Cauer (class in cbadc.analog_system.filters) cbadc.analog_frontend module cbadc.analog_signal module cbadc.analog_signal.clock module cbadc.analog_signal.constant_signal module cbadc.analog_signal.impulse_responses module cbadc.analog_signal.quadrature module cbadc.analog_signal.ramp module cbadc.analog_signal.random module cbadc.analog_signal.sinc_pulse module cbadc.analog_signal.sinusoidal module cbadc.analog_signal.zero_order_hold module cbadc.analog_system module cbadc.analog_system.analog_system module cbadc.analog_system.chain_of_integrators module cbadc.analog_system.filters module cbadc.analog_system.leap_frog module cbadc.analog_system.modulator module cbadc.analog_system.topology module cbadc.circuit module cbadc.circuit.analog_frontend module cbadc.circuit.components module cbadc.circuit.components.analog_delay module cbadc.circuit.components.cmos module cbadc.circuit.components.comparator module cbadc.circuit.components.integrator module cbadc.circuit.components.observer module cbadc.circuit.components.opamp module cbadc.circuit.components.ota module cbadc.circuit.components.passives module cbadc.circuit.components.reference_source module cbadc.circuit.components.sources module cbadc.circuit.components.summer module cbadc.circuit.components.vcvs module cbadc.circuit.components.voltage_buffer module cbadc.circuit.digital_control module cbadc.circuit.lc_tank module cbadc.circuit.models module cbadc.circuit.models.analog_delay module cbadc.circuit.models.cmos module cbadc.circuit.models.comparator module cbadc.circuit.models.integrator module cbadc.circuit.models.observer module cbadc.circuit.models.ota module cbadc.circuit.models.reference_source module cbadc.circuit.models.summer module cbadc.circuit.models.vcvs module cbadc.circuit.models.voltage_buffer module cbadc.circuit.opamp module cbadc.circuit.ota module cbadc.circuit.simulator module cbadc.circuit.state_space module cbadc.circuit.templates module cbadc.circuit.templates.ngspice module cbadc.circuit.templates.spectre module cbadc.circuit.testbench module cbadc.digital_control module cbadc.digital_control.digital_control module cbadc.digital_control.dither_control module cbadc.digital_control.multi_level_digital_control module cbadc.digital_control.switch_capacitor_control module cbadc.digital_control.utilities module cbadc.digital_estimator module cbadc.digital_estimator.adaptive_filter module cbadc.digital_estimator.batch_estimator module cbadc.digital_estimator.decimation_and_demodulation module cbadc.digital_estimator.fir_estimator module cbadc.digital_estimator.iir_estimator module cbadc.digital_estimator.nuv_estimator module cbadc.digital_estimator.parallel_digital_estimator module cbadc.fom module cbadc.simulator module cbadc.simulator.numerical_simulator module cbadc.simulator.numpy_simulator module cbadc.simulator.simulator module cbadc.simulator.utilities module cbadc.synthesis module cbadc.synthesis.chain_of_integrators module cbadc.synthesis.continuous_time_sigma_delta module cbadc.synthesis.lc_tank module cbadc.synthesis.leap_frog module cbadc.synthesis.quadrature module cbadc.utilities module chain() (in module cbadc.analog_system.topology)

ChainOfIntegrators (class in cbadc.analog_system.chain_of_integrators) ChebyshevI (class in cbadc.analog_system.filters) ChebyshevII (class in cbadc.analog_system.filters) check_connections() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) check_subckt_names() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) CircuitAnalogFrontend (class in cbadc.circuit.analog_frontend) CircuitElement (class in cbadc.circuit) cleanup() (cbadc.circuit.simulator.NGSpiceSimulator method) (cbadc.circuit.simulator.SpectreSimulator method) (cbadc.simulator.simulator.NGSpiceSimulator method) (cbadc.simulator.simulator.SpectreSimulator method) clock (cbadc.digital_control.digital_control.DigitalControl attribute) (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl attribute) (cbadc.simulator.numerical_simulator.PreComputedControlSignalsSimulator attribute) Clock (class in cbadc.analog_signal.clock) ClockedComparator (class in cbadc.circuit.components.comparator) ClockedComparatorModel (class in cbadc.circuit.models.comparator) columns() (cbadc.fom.MurmannSurvey method) ComponentType (class in cbadc.circuit) compute_power_spectral_density() (in module cbadc.utilities) connect() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) connect_upstream() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) connects() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) ConstantSignal (class in cbadc.analog_signal.constant_signal) control_contribution() (cbadc.digital_control.digital_control.DigitalControl method) (cbadc.digital_control.dither_control.DitherControl method) (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl method) (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl method) control_observation() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method) control_signal (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) control_signal() (cbadc.digital_control.digital_control.DigitalControl method) (cbadc.digital_control.dither_control.DitherControl method) (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl method) (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl method) control_signal_2_byte_stream() (in module cbadc.utilities) control_signal_transfer_function() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) control_signal_transfer_function_matrix() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method) control_update() (cbadc.digital_control.digital_control.DigitalControl method) (cbadc.digital_control.dither_control.DitherControl method) (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl method) (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl method) convolve() (cbadc.digital_estimator.fir_estimator.FIRFilter method) covU (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) csv_2_control_signal() (in module cbadc.utilities) CT (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) ctsd2abc() (in module cbadc.synthesis.continuous_time_sigma_delta) ctsd2gamma() (in module cbadc.synthesis.continuous_time_sigma_delta) ctsd_abcd2af() (in module cbadc.synthesis.continuous_time_sigma_delta) ctsd_dict2af() (in module cbadc.synthesis.continuous_time_sigma_delta)

D

D (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) D_FLIP_FLOP (class in cbadc.circuit.components.comparator) D_Flip_Flop_Model (class in cbadc.circuit.models.comparator) DAC_Bridge (class in cbadc.circuit.components.comparator) DAC_Bridge_Model (class in cbadc.circuit.models.comparator) db (cbadc.fom.MurmannSurvey attribute) DCVoltageSource (class in cbadc.circuit.components.sources) decimate() (in module cbadc.digital_estimator.decimation_and_demodulation) delay_clock_by_duty_cycle() (in module cbadc.analog_signal.clock) demodulate() (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method) (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) (in module cbadc.digital_estimator.decimation_and_demodulation) derivative() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method)

DeviceModel (class in cbadc.circuit) DifferentialClockedComparatorModel (class in cbadc.circuit.models.comparator) DifferentialOutputClockedComparator (class in cbadc.circuit.components.comparator) DifferentialSummer (class in cbadc.circuit.components.summer) digital_control (cbadc.analog_frontend.AnalogFrontend attribute) (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) (cbadc.simulator.numerical_simulator.FullSimulator attribute) (cbadc.simulator.numerical_simulator.PreComputedControlSignalsSimulator attribute) DigitalControl (class in cbadc.circuit.digital_control) (class in cbadc.digital_control.digital_control) DitherControl (class in cbadc.circuit.digital_control) (class in cbadc.digital_control.dither_control) downsample (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) duty_cycle (cbadc.analog_signal.clock.Clock attribute)

E

energy() (cbadc.fom.MurmannSurvey method) enob_to_snr() (in module cbadc.fom) eta2 (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) eta2() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method) evaluate() (cbadc.analog_signal.clock.Clock method) (cbadc.analog_signal.constant_signal.ConstantSignal method) (cbadc.analog_signal.impulse_responses.NonReturnToZeroDAC method) (cbadc.analog_signal.impulse_responses.RCImpulseResponse method) (cbadc.analog_signal.impulse_responses.StepResponse method) (cbadc.analog_signal.quadrature.QuadratureSignal method) (cbadc.analog_signal.quadrature.SineWaveModulator method) (cbadc.analog_signal.ramp.Ramp method) (cbadc.analog_signal.random.BinaryReferenceSignal method) (cbadc.analog_signal.random.GaussianReferenceSignal method) (cbadc.analog_signal.random.TernaryReferenceSignal method) (cbadc.analog_signal.random.UniformReferenceSignal method) (cbadc.analog_signal.sinc_pulse.SincPulse method) (cbadc.analog_signal.sinusoidal.Sinusoidal method) (cbadc.analog_signal.zero_order_hold.BandLimitedSignal method) (cbadc.analog_signal.zero_order_hold.RaisedCosine method) (cbadc.analog_signal.zero_order_hold.ZeroOrderHold method)

extended_simulation_result() (in module cbadc.simulator.utilities)

F

f_a (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) f_b (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) f_w (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) filter_lag() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) find_n_sinusoidals() (in module cbadc.utilities) find_sinusoidal() (in module cbadc.utilities) fir_filter_transfer_function() (cbadc.digital_estimator.fir_estimator.FIRFilter method)

FIRFilter (class in cbadc.digital_estimator.fir_estimator) fixed_point (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) fixed_to_float() (cbadc.utilities.FixedPoint method) FixedPoint (class in cbadc.utilities) float_to_fixed() (cbadc.utilities.FixedPoint method) FoM_S() (in module cbadc.fom) FoM_W() (in module cbadc.fom) frequency (cbadc.analog_signal.sinusoidal.Sinusoidal attribute) (cbadc.analog_signal.zero_order_hold.ZeroOrderHold attribute) FullSimulator (class in cbadc.simulator.numerical_simulator)

G

g_i() (in module cbadc.synthesis.chain_of_integrators) (in module cbadc.synthesis.leap_frog) Gamma (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) gamma (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) Gamma_tildeT (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) GaussianReferenceSignal (class in cbadc.analog_signal.random) general_transfer_function() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) get_bandpass() (in module cbadc.synthesis.quadrature) get_chain_of_integrator() (in module cbadc.synthesis.chain_of_integrators) get_chain_of_oscillators() (in module cbadc.synthesis.quadrature) get_filter() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) get_global_control() (in module cbadc.analog_frontend) get_input_signals() (cbadc.circuit.simulator.NGSpiceSimulator method) (cbadc.circuit.simulator.SpectreSimulator method) (cbadc.simulator.simulator.NGSpiceSimulator method) (cbadc.simulator.simulator.SpectreSimulator method) get_leap_frog() (in module cbadc.synthesis.leap_frog) get_ngspice() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.CircuitElement method) (cbadc.circuit.components.analog_delay.AnalogDelay method) (cbadc.circuit.components.cmos.NMOS method) (cbadc.circuit.components.cmos.PMOS method) (cbadc.circuit.components.comparator.ADCBridgeAbsolute method) (cbadc.circuit.components.comparator.ADCBridgeRelative method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.D_FLIP_FLOP method) (cbadc.circuit.components.comparator.DAC_Bridge method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.integrator.Integrator method) (cbadc.circuit.components.observer.Observer method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.components.ota.OTA method) (cbadc.circuit.components.passives.Capacitor method) (cbadc.circuit.components.passives.Inductor method) (cbadc.circuit.components.passives.Resistor method) (cbadc.circuit.components.reference_source.ReferenceSource method) (cbadc.circuit.components.sources.DCVoltageSource method) (cbadc.circuit.components.sources.PulseVoltageSource method) (cbadc.circuit.components.sources.SinusoidalVoltageSource method) (cbadc.circuit.components.summer.DifferentialSummer method) (cbadc.circuit.components.summer.Summer method) (cbadc.circuit.components.vcvs.VoltageControlledVoltageSource method) (cbadc.circuit.components.voltage_buffer.VoltageBuffer method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) get_offset() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) get_parallel_leapfrog() (in module cbadc.synthesis.quadrature) get_quadrature_signal_pair() (in module cbadc.analog_signal.quadrature) get_spectre() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.CircuitElement method) (cbadc.circuit.components.analog_delay.AnalogDelay method) (cbadc.circuit.components.cmos.NMOS method) (cbadc.circuit.components.cmos.PMOS method) (cbadc.circuit.components.comparator.ADCBridgeAbsolute method) (cbadc.circuit.components.comparator.ADCBridgeRelative method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.D_FLIP_FLOP method) (cbadc.circuit.components.comparator.DAC_Bridge method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.integrator.Integrator method) (cbadc.circuit.components.observer.Observer method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.components.ota.OTA method) (cbadc.circuit.components.passives.Capacitor method) (cbadc.circuit.components.passives.Inductor method) (cbadc.circuit.components.passives.Resistor method) (cbadc.circuit.components.reference_source.ReferenceSource method) (cbadc.circuit.components.sources.DCVoltageSource method) (cbadc.circuit.components.sources.PulseVoltageSource method) (cbadc.circuit.components.sources.SinusoidalVoltageSource method) (cbadc.circuit.components.summer.DifferentialSummer method) (cbadc.circuit.components.summer.Summer method) (cbadc.circuit.components.vcvs.VoltageControlledVoltageSource method) (cbadc.circuit.components.voltage_buffer.VoltageBuffer method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method)

get_state_trajectories() (cbadc.circuit.simulator.NGSpiceSimulator method) (cbadc.circuit.simulator.SpectreSimulator method) (cbadc.simulator.simulator.NGSpiceSimulator method) (cbadc.simulator.simulator.SpectreSimulator method) get_sub_circuit_definitions() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) get_terminals() (cbadc.circuit.analog_frontend.CircuitAnalogFrontend method) (cbadc.circuit.CircuitElement method) (cbadc.circuit.components.analog_delay.AnalogDelay method) (cbadc.circuit.components.cmos.NMOS method) (cbadc.circuit.components.cmos.PMOS method) (cbadc.circuit.components.comparator.ADCBridgeAbsolute method) (cbadc.circuit.components.comparator.ADCBridgeRelative method) (cbadc.circuit.components.comparator.ClockedComparator method) (cbadc.circuit.components.comparator.D_FLIP_FLOP method) (cbadc.circuit.components.comparator.DAC_Bridge method) (cbadc.circuit.components.comparator.DifferentialOutputClockedComparator method) (cbadc.circuit.components.integrator.Integrator method) (cbadc.circuit.components.observer.Observer method) (cbadc.circuit.components.opamp.OpAmp method) (cbadc.circuit.components.ota.OTA method) (cbadc.circuit.components.passives.Capacitor method) (cbadc.circuit.components.passives.Inductor method) (cbadc.circuit.components.passives.Resistor method) (cbadc.circuit.components.reference_source.ReferenceSource method) (cbadc.circuit.components.sources.DCVoltageSource method) (cbadc.circuit.components.sources.PulseVoltageSource method) (cbadc.circuit.components.sources.SinusoidalVoltageSource method) (cbadc.circuit.components.summer.DifferentialSummer method) (cbadc.circuit.components.summer.Summer method) (cbadc.circuit.components.vcvs.VoltageControlledVoltageSource method) (cbadc.circuit.components.voltage_buffer.VoltageBuffer method) (cbadc.circuit.digital_control.DigitalControl method) (cbadc.circuit.digital_control.DitherControl method) (cbadc.circuit.digital_control.MultiInputComparator method) (cbadc.circuit.digital_control.MultiPhaseDigitalControl method) (cbadc.circuit.lc_tank.LCFrontend method) (cbadc.circuit.NetlistElement method) (cbadc.circuit.opamp.OpAmpFrontend method) (cbadc.circuit.ota.GmCFrontend method) (cbadc.circuit.ota.MultiInputOTA method) (cbadc.circuit.SubCircuitElement method) (cbadc.circuit.testbench.LCTestBench method) (cbadc.circuit.testbench.OpAmpTestBench method) (cbadc.circuit.testbench.OTATestBench method) (cbadc.circuit.testbench.StateSpaceTestBench method) (cbadc.circuit.testbench.TestBench method) GmCFrontend (class in cbadc.circuit.ota) gradient() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) Ground (class in cbadc.circuit)

H

h (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) homogenius_solution() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method)

I

IIRDesign (class in cbadc.analog_system.filters) IIRFilter (class in cbadc.digital_estimator.iir_estimator) impulse_response() (cbadc.digital_control.digital_control.DigitalControl method) (cbadc.digital_control.dither_control.DitherControl method) (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl method) (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl method) (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) (cbadc.digital_estimator.fir_estimator.FIRFilter method)

Inductor (class in cbadc.circuit.components.passives) Integrator (class in cbadc.circuit.components.integrator) IntegratorModel (class in cbadc.circuit.models.integrator) InvalidAnalogSystemError inverse_state_trajectory() (in module cbadc.analog_frontend) iterations_per_batch (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) iterator_to_numpy_array() (in module cbadc.utilities)

K

K (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter attribute) K1 (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute)

K2 (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute)

L

L (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter attribute) LCFrontend (class in cbadc.circuit.lc_tank)

LCTestBench (class in cbadc.circuit.testbench) LeapFrog (class in cbadc.analog_system.leap_frog) lms() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) lookahead() (cbadc.digital_estimator.iir_estimator.IIRFilter method) lookback() (cbadc.digital_estimator.fir_estimator.FIRFilter method) loss() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) lstsq() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method)

M

M (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) (cbadc.digital_control.digital_control.DigitalControl attribute) (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl attribute) (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl attribute) (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter attribute) M_tilde (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) (cbadc.digital_control.digital_control.DigitalControl attribute) (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl attribute) (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl attribute) make_netlist() (cbadc.circuit.simulator.NGSpiceSimulator method) (cbadc.circuit.simulator.SpectreSimulator method) (cbadc.simulator.simulator.NGSpiceSimulator method) (cbadc.simulator.simulator.SpectreSimulator method) max() (cbadc.utilities.FixedPoint method) max_int() (cbadc.utilities.FixedPoint method) max_value (cbadc.analog_signal.clock.Clock attribute) merge() (cbadc.circuit.Port method) mid_point (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) min() (cbadc.utilities.FixedPoint method) modulate() (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method) module cbadc.analog_frontend cbadc.analog_signal cbadc.analog_signal.clock cbadc.analog_signal.constant_signal cbadc.analog_signal.impulse_responses cbadc.analog_signal.quadrature cbadc.analog_signal.ramp cbadc.analog_signal.random cbadc.analog_signal.sinc_pulse cbadc.analog_signal.sinusoidal cbadc.analog_signal.zero_order_hold cbadc.analog_system cbadc.analog_system.analog_system cbadc.analog_system.chain_of_integrators cbadc.analog_system.filters cbadc.analog_system.leap_frog cbadc.analog_system.modulator cbadc.analog_system.topology cbadc.circuit cbadc.circuit.analog_frontend cbadc.circuit.components cbadc.circuit.components.analog_delay cbadc.circuit.components.cmos cbadc.circuit.components.comparator cbadc.circuit.components.integrator cbadc.circuit.components.observer cbadc.circuit.components.opamp cbadc.circuit.components.ota cbadc.circuit.components.passives cbadc.circuit.components.reference_source cbadc.circuit.components.sources cbadc.circuit.components.summer cbadc.circuit.components.vcvs cbadc.circuit.components.voltage_buffer cbadc.circuit.digital_control cbadc.circuit.lc_tank cbadc.circuit.models cbadc.circuit.models.analog_delay cbadc.circuit.models.cmos cbadc.circuit.models.comparator cbadc.circuit.models.integrator cbadc.circuit.models.observer cbadc.circuit.models.ota cbadc.circuit.models.reference_source cbadc.circuit.models.summer cbadc.circuit.models.vcvs cbadc.circuit.models.voltage_buffer cbadc.circuit.opamp cbadc.circuit.ota cbadc.circuit.simulator cbadc.circuit.state_space cbadc.circuit.templates cbadc.circuit.templates.ngspice cbadc.circuit.templates.spectre cbadc.circuit.testbench cbadc.digital_control cbadc.digital_control.digital_control cbadc.digital_control.dither_control cbadc.digital_control.multi_level_digital_control cbadc.digital_control.switch_capacitor_control cbadc.digital_control.utilities cbadc.digital_estimator cbadc.digital_estimator.adaptive_filter cbadc.digital_estimator.batch_estimator cbadc.digital_estimator.decimation_and_demodulation cbadc.digital_estimator.fir_estimator cbadc.digital_estimator.iir_estimator cbadc.digital_estimator.nuv_estimator cbadc.digital_estimator.parallel_digital_estimator cbadc.fom cbadc.simulator cbadc.simulator.numerical_simulator cbadc.simulator.numpy_simulator cbadc.simulator.simulator cbadc.simulator.utilities cbadc.synthesis cbadc.synthesis.chain_of_integrators cbadc.synthesis.continuous_time_sigma_delta cbadc.synthesis.lc_tank cbadc.synthesis.leap_frog cbadc.synthesis.quadrature cbadc.utilities

MultiInputComparator (class in cbadc.circuit.digital_control) MultiInputOTA (class in cbadc.circuit.ota) MultiLevelDigitalControl (class in cbadc.digital_control.multi_level_digital_control) MultiPhaseDigitalControl (class in cbadc.circuit.digital_control) MurmannSurvey (class in cbadc.fom)

N

N (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) N_tilde (cbadc.analog_system.analog_system.AnalogSystem attribute) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators attribute) (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) (cbadc.analog_system.filters.IIRDesign attribute) (cbadc.analog_system.leap_frog.LeapFrog attribute) NetlistElement (class in cbadc.circuit) next_tick() (cbadc.analog_signal.clock.Clock method) ngspice_vector_terminal_vector_scalar() (in module cbadc.circuit.components)

ngspice_vector_terminal_vector_vector() (in module cbadc.circuit.components) NGSpiceSimulator (class in cbadc.circuit.simulator) (class in cbadc.simulator.simulator) NMOS (class in cbadc.circuit.components.cmos) NMOSModel (class in cbadc.circuit.models.cmos) noise_transfer_function() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) NonReturnToZeroDAC (class in cbadc.analog_signal.impulse_responses) number_of_bytes_selector() (in module cbadc.utilities) number_of_filter_coefficients() (cbadc.digital_estimator.fir_estimator.FIRFilter method) number_of_iterations (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) NumpySimulator (class in cbadc.simulator.numpy_simulator) NUVEstimator (class in cbadc.digital_estimator.nuv_estimator) nyquist_frequency() (in module cbadc.fom)

O

observations() (cbadc.simulator.numerical_simulator.FullSimulator method) (cbadc.simulator.numerical_simulator.PreComputedControlSignalsSimulator method) Observer (class in cbadc.circuit.components.observer) ObserverModel (class in cbadc.circuit.models.observer) offset (cbadc.analog_signal.constant_signal.ConstantSignal attribute) (cbadc.analog_signal.ramp.Ramp attribute) (cbadc.analog_signal.sinc_pulse.SincPulse attribute) (cbadc.analog_signal.sinusoidal.Sinusoidal attribute) (cbadc.analog_signal.zero_order_hold.ZeroOrderHold attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute)

OpAmp (class in cbadc.circuit.components.opamp) OpAmpFrontend (class in cbadc.circuit.opamp) OpAmpTestBench (class in cbadc.circuit.testbench) OSR() (in module cbadc.fom) OTA (class in cbadc.circuit.components.ota) OTAModel (class in cbadc.circuit.models.ota) OTATestBench (class in cbadc.circuit.testbench) overcomplete_set() (in module cbadc.digital_control.utilities)

P

ParallelEstimator (class in cbadc.digital_estimator.parallel_digital_estimator) parse() (cbadc.circuit.simulator.NGSpiceSimulator method) (cbadc.circuit.simulator.SpectreSimulator method) (cbadc.simulator.simulator.NGSpiceSimulator method) (cbadc.simulator.simulator.SpectreSimulator method) period (cbadc.analog_signal.ramp.Ramp attribute) phase (cbadc.analog_signal.ramp.Ramp attribute) (cbadc.analog_signal.sinusoidal.Sinusoidal attribute) (cbadc.analog_signal.zero_order_hold.ZeroOrderHold attribute) pickle_dump() (in module cbadc.utilities) pickle_load() (in module cbadc.utilities) plot_bode() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method)

plot_impulse_response() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) PMOS (class in cbadc.circuit.components.cmos) PMOSModel (class in cbadc.circuit.models.cmos) Port (class in cbadc.circuit) PreComputedControlSignalsSimulator (class in cbadc.simulator.numerical_simulator) predict() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) predict_full() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) PulseVoltageSource (class in cbadc.circuit.components.sources)

Q

QuadratureSignal (class in cbadc.analog_signal.quadrature)

quantize() (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl method)

R

RaisedCosine (class in cbadc.analog_signal.zero_order_hold) Ramp (class in cbadc.analog_signal.ramp) random_control_signal() (in module cbadc.utilities) RCImpulseResponse (class in cbadc.analog_signal.impulse_responses) read_byte_stream_from_file() (in module cbadc.utilities) read_byte_stream_from_url() (in module cbadc.utilities) ReferenceSource (class in cbadc.circuit.components.reference_source) ReferenceSourceModel (class in cbadc.circuit.models.reference_source) reset() (cbadc.digital_control.digital_control.DigitalControl method) (cbadc.digital_control.dither_control.DitherControl method) (cbadc.digital_control.multi_level_digital_control.MultiLevelDigitalControl method) (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl method) (cbadc.simulator.numerical_simulator.FullSimulator method) (cbadc.simulator.numerical_simulator.PreComputedControlSignalsSimulator method)

Resistor (class in cbadc.circuit.components.passives) rls() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) rp (cbadc.analog_system.filters.Cauer attribute) rs (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevII attribute) run() (cbadc.circuit.simulator.NGSpiceSimulator method) (cbadc.circuit.simulator.SpectreSimulator method) (cbadc.simulator.simulator.NGSpiceSimulator method) (cbadc.simulator.simulator.SpectreSimulator method)

S

save() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) save_control_vector() (cbadc.circuit.simulator.NGSpiceSimulator method) (cbadc.circuit.simulator.SpectreSimulator method) (cbadc.simulator.simulator.NGSpiceSimulator method) (cbadc.simulator.simulator.SpectreSimulator method) schreier_vs_speed() (cbadc.fom.MurmannSurvey method) select_bw_and_enob() (cbadc.fom.MurmannSurvey method) set_iterator() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.nuv_estimator.NUVEstimator method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) show_status() (in module cbadc.utilities) signal_observation() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method) signal_transfer_function() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) signed_weight() (in module cbadc.circuit.models) SincPulse (class in cbadc.analog_signal.sinc_pulse) SineWaveModulator (class in cbadc.analog_signal.quadrature) (class in cbadc.analog_system.modulator) Sinusoidal (class in cbadc.analog_signal.sinusoidal) SinusoidalVoltageSource (class in cbadc.circuit.components.sources) snr_from_dB() (in module cbadc.fom) snr_spectrum_computation() (in module cbadc.utilities) snr_spectrum_computation_extended() (in module cbadc.utilities) snr_to_dB() (in module cbadc.fom) snr_to_enob() (in module cbadc.fom) solver_type (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute)

sos2abcd() (in module cbadc.analog_system.topology) SpectreSimulator (class in cbadc.circuit.simulator) (class in cbadc.simulator.simulator) SpiceDialect (class in cbadc.circuit) SquareWaveModulator (class in cbadc.analog_system.modulator) stack() (in module cbadc.analog_system.topology) state_vector() (cbadc.simulator.numerical_simulator.FullSimulator method) (cbadc.simulator.numerical_simulator.PreComputedControlSignalsSimulator method) StateSpaceTestBench (class in cbadc.circuit.testbench) StepResponse (class in cbadc.analog_signal.impulse_responses) SubCircuitElement (class in cbadc.circuit) Summer (class in cbadc.circuit.components.summer) SummerModel (class in cbadc.circuit.models.summer) SwitchedCapacitorControl (class in cbadc.digital_control.switch_capacitor_control) symbolic() (cbadc.analog_signal.clock.Clock method) (cbadc.analog_signal.constant_signal.ConstantSignal method) (cbadc.analog_signal.impulse_responses.NonReturnToZeroDAC method) (cbadc.analog_signal.impulse_responses.RCImpulseResponse method) (cbadc.analog_signal.impulse_responses.StepResponse method) (cbadc.analog_signal.quadrature.QuadratureSignal method) (cbadc.analog_signal.quadrature.SineWaveModulator method) (cbadc.analog_signal.ramp.Ramp method) (cbadc.analog_signal.random.BinaryReferenceSignal method) (cbadc.analog_signal.random.GaussianReferenceSignal method) (cbadc.analog_signal.random.TernaryReferenceSignal method) (cbadc.analog_signal.random.UniformReferenceSignal method) (cbadc.analog_signal.sinc_pulse.SincPulse method) (cbadc.analog_signal.sinusoidal.Sinusoidal method) (cbadc.analog_signal.zero_order_hold.BandLimitedSignal method) (cbadc.analog_signal.zero_order_hold.RaisedCosine method) (cbadc.analog_signal.zero_order_hold.ZeroOrderHold method) symbolic_differential_equations() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method)

T

T (cbadc.analog_signal.clock.Clock attribute) t (cbadc.analog_system.analog_system.AnalogSystem attribute) T (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl attribute) t (cbadc.simulator.numerical_simulator.FullSimulator attribute) (cbadc.simulator.numerical_simulator.PreComputedControlSignalsSimulator attribute) t0 (cbadc.analog_signal.sinc_pulse.SincPulse attribute) T1 (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl attribute) T2 (cbadc.digital_control.switch_capacitor_control.SwitchedCapacitorControl attribute) t_stop (cbadc.simulator.numerical_simulator.PreComputedControlSignalsSimulator attribute) td (cbadc.analog_signal.clock.Clock attribute) Terminal (class in cbadc.circuit) TernaryReferenceSignal (class in cbadc.analog_signal.random) TestBench (class in cbadc.circuit.testbench) tf2abcd() (in module cbadc.analog_system.topology) tick() (cbadc.analog_signal.clock.Clock method) (cbadc.analog_signal.constant_signal.ConstantSignal method) (cbadc.analog_signal.impulse_responses.NonReturnToZeroDAC method) (cbadc.analog_signal.impulse_responses.RCImpulseResponse method) (cbadc.analog_signal.impulse_responses.StepResponse method) (cbadc.analog_signal.quadrature.QuadratureSignal method) (cbadc.analog_signal.quadrature.SineWaveModulator method) (cbadc.analog_signal.ramp.Ramp method) (cbadc.analog_signal.random.BinaryReferenceSignal method) (cbadc.analog_signal.random.GaussianReferenceSignal method) (cbadc.analog_signal.random.TernaryReferenceSignal method) (cbadc.analog_signal.random.UniformReferenceSignal method) (cbadc.analog_signal.sinc_pulse.SincPulse method) (cbadc.analog_signal.sinusoidal.Sinusoidal method) (cbadc.analog_signal.zero_order_hold.BandLimitedSignal method) (cbadc.analog_signal.zero_order_hold.RaisedCosine method) (cbadc.analog_signal.zero_order_hold.ZeroOrderHold method)

transfer_function() (cbadc.digital_estimator.adaptive_filter.AdaptiveFIRFilter method) (cbadc.digital_estimator.adaptive_filter.AdaptiveIIRFilter method) transfer_function_matrix() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method) Ts (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.nuv_estimator.NUVEstimator attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute) tt (cbadc.analog_signal.clock.Clock attribute)

U

UniformReferenceSignal (class in cbadc.analog_signal.random)

unit_element_set() (in module cbadc.digital_control.utilities)

V

VoltageBuffer (class in cbadc.circuit.components.voltage_buffer) VoltageBufferModel (class in cbadc.circuit.models.voltage_buffer)

VoltageControlledVoltageSource (class in cbadc.circuit.components.vcvs) VoltageControlledVoltageSourceModel (class in cbadc.circuit.models.vcvs)

W

walden_vs_speed() (cbadc.fom.MurmannSurvey method) warm_up() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) white_noise_balance() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method) white_noise_sensitivities() (cbadc.digital_estimator.batch_estimator.BatchEstimator method) (cbadc.digital_estimator.fir_estimator.FIRFilter method) (cbadc.digital_estimator.iir_estimator.IIRFilter method) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator method)

Wn (cbadc.analog_system.filters.ButterWorth attribute) (cbadc.analog_system.filters.Cauer attribute) (cbadc.analog_system.filters.ChebyshevI attribute) (cbadc.analog_system.filters.ChebyshevII attribute) write_byte_stream_to_file() (in module cbadc.utilities) write_byte_stream_to_files() (in module cbadc.utilities) write_C_header() (cbadc.digital_estimator.fir_estimator.FIRFilter method) write_rust_module() (cbadc.digital_estimator.fir_estimator.FIRFilter method) write_wave() (in module cbadc.utilities) WT (cbadc.digital_estimator.batch_estimator.BatchEstimator attribute) (cbadc.digital_estimator.fir_estimator.FIRFilter attribute) (cbadc.digital_estimator.iir_estimator.IIRFilter attribute) (cbadc.digital_estimator.parallel_digital_estimator.ParallelEstimator attribute)

X

x (cbadc.analog_system.analog_system.AnalogSystem attribute)

Z

ZeroOrderHold (class in cbadc.analog_signal.zero_order_hold) zpk() (cbadc.analog_system.analog_system.AnalogSystem method) (cbadc.analog_system.chain_of_integrators.ChainOfIntegrators method) (cbadc.analog_system.filters.ButterWorth method) (cbadc.analog_system.filters.Cauer method) (cbadc.analog_system.filters.ChebyshevI method) (cbadc.analog_system.filters.ChebyshevII method) (cbadc.analog_system.filters.IIRDesign method) (cbadc.analog_system.leap_frog.LeapFrog method) (cbadc.analog_system.modulator.SineWaveModulator method) (cbadc.analog_system.modulator.SquareWaveModulator method)

zpk2abcd() (in module cbadc.analog_system.topology)