Delays the input by a variable amount of time.

Integrates the input signal and compensates for the discrete-time error.

Latchs the input signal each time an event occurs.

Latchs the input signal each time an event occurs but delays it by one step.

Removes small pulses from the input signal.

Inserts N pulses in the input signal.

Performs logical operations on their inputs with compensation.

Stores in memory the times and states of all events.

Performs a relational operation on its two inputs.

Removes N pulses of the input.

Adds or substracts inputs.

Converts an input signal to the specified data type.

Converts input signals to the required data type of the RT-LAB Event Detector and Event Generator blocks.

Measures the frequency and the duty cycle of its input signals.

Measures the period, the frequency and the duty cycle of its input signals.

Outputs event's attributes, including time, state, initial state, number of events and status of the inputs.

Outputs the specified attribute of the input signal.

Passes through the first input or the third input based on the value of the second control input.

Displays signals generated during a simulation.

Generates square pulses.

Outputs an empty RTE Boolean-type signal.

Generates square wave pulses at regular time intervals.

Generates square wave pulses at regular time intervals.

Implements a 3-phase permanent magnet synchronous machine with sinusoidal flux distribution using the full park D-Q reference frame.

Implements a 3-phase permanent magnet synchronous machine with sinusoidal flux distribution using the park D-Q reference frame.

Implements a permanent magnet synchronous machine model using a phase domain representation model.

Computes the phase domain time-varying inductance matrix of a permanent magnet synchronous machine.

Performs the abc to dq transformation on a set of three-phase signals.

Outputs the relative angular position of a quadrature incremental encoder.

Implements a 2-level (2-switch) bridge.