dsp.ColoredNoise | Generate colored noise signal |
dsp.Chirp | Generate swept-frequency cosine (chirp) signal |
dsp.HDLNCO | Generate real or complex sinusoidal signals—optimized for HDL code generation |
dsp.NCO | Generate real or complex sinusoidal signals |
dsp.SignalSource | Import variable from workspace |
dsp.SineWave | Generate discrete sine wave |
Chirp | Generate swept-frequency cosine (chirp) signal |
Colored Noise | Generate colored noise signal |
Constant | Generate constant value |
Constant Ramp | Generate ramp signal with length based on input dimensions |
Discrete Impulse | Generate discrete impulse |
Identity Matrix | Generate matrix with ones on main diagonal and zeros elsewhere |
Multiphase Clock | Generate multiple binary clock signals |
N-Sample Enable | Output ones or zeros for specified number of sample times |
NCO | Generate real or complex sinusoidal signals |
NCO HDL Optimized | Generate real or complex sinusoidal signals—optimized for HDL code generation |
Random Source | Generate randomly distributed values |
Signal From Workspace | Import signal from MATLAB workspace |
Sine Wave | Generate continuous or discrete sine wave |
Triggered Signal From Workspace | Import signal samples from MATLAB workspace when triggered |
Sample- and Frame-Based Concepts
Introduction to real-world sample- and frame-based signals, and how to model those signals in MATLAB® and Simulink®
Create Signals for Sample-Based Processing
Use the Constant block and the Signal From Workspace block to generate signals for sample-based processing
Create Signals for Frame-Based Processing
Use the Sine Wave block and the Signal From Workspace block to generate signals for frame-based processing
Create Multichannel Signals for Sample-Based Processing
Use the Concatenate block to create multichannel signals for sample-based processing
Create Multichannel Signals for Frame-Based Processing
Use the Concatenate block to create multichannel signals for frame-based processing
Inspect Sample and Frame Rates in Simulink
Learn how to determine the sample and frame rates of signals in your model
Overview of discrete-time signals
Overview of continuous-time signals
Configure the Simulink environment to minimize delay and increase simulation performance