Discrete Time Module Integrator
Integrate the input signal with module calculation for
the integration state. This is a discrete-time integration block
Discrete Time VCO
Discrete-time voltage controlled oscillator
Edge Detector
Detect the rising edge of the input signal
Envelope Detector
Detect upper bound envelope or lower bound envelope.
Error Number Counter
Count number of differences between two signals at
trigger pulses
Mean and Std
Running mean and standard deviation of the scalar
input
Mean and Variant
Running mean and variant of the scalar input
Min/Max Index
Outputs the index minimum (or maximum) element
in the input vector signal
Modulo
Compute the modulo of the input signal
Modulo Integrator
Integrate the input signal with modulo calculation for
the integration state
Number Counter
Count the clock pulse number
Register Shift
Keep input data in the registers in this block and
output the data following a given output pattern
Scalar to Vector Converter
Convert positive decimal integer scalar input signal
into a specified base vector
Scheduled Reset Integrator
Integration with a fixed state reset schedule
Triggered Buffer Down
Keep the vector input data in the registers and output
the stream(s) of the data following a given pattern
VCO
Voltage controlled oscillator
Vector to Scalar Converter
Convert a specified base vector into a scalar positive
integer
Windowed Integrator
Integrate the input signal using a fixed integration
window