MATLAB | Measuring Transfer Functions of Continuous-Time Systems @MATLAB | Uploaded May 2024 | Updated October 2024, 1 week ago.
Learn how to quickly measure transfer functions of continuous-time systems in Simulink®. This measurement is an extension or generalization of the transfer function measurement approach for discrete-time systems.
Measurements on continuous-time systems have the additional challenge that proper sampling and alias filtering is required whereas for a discrete-time systems, those aspects are either less important or not relevant at all. The device under test (DUT) is a T-coil circuit built out of passive Simscape™ components. The starting point is an already designed T-coil circuit. But you still need to verify the circuit implementation. In other words, does your T-coil circuit have the expected magnitude and phase response? In this case, the circuit’s theoretical frequency response has been pre-derived using Symbolic Math Toolbox™.
You can download the R2023b examples used in this demonstration here: github.com/kschutz68/xfer_meas_tcoil.git
You can download the R2023b examples used in this video here:
github.com/kschutz68/xfer_meas_tcoil.git
- Analyze T-Coil Circuit Using Symbolic Toolbox : youtu.be/QuswYbk9TGY
- Cross Spectrum–Based Transfer Function Measurement: youtu.be/A4OG9ce9N0Q
- Deconstructing the Cross Spectrum–Based Transfer Function Measurement Technique: youtu.be/vVceDSqdx_M
- See more videos: youtube.com/playlist?list=PLn8PRpmsu08rTyRA_aTqQOgY_Vyp81ydw
- Discrete Transfer Function Estimator: bit.ly/4aobuWh
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Learn more about Simulink: goo.gl/nqnbLe
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© 2024 The MathWorks, Inc. MATLAB and Simulink are registered trademarks of The MathWorks, Inc.
See mathworks.com/trademarks for a list of additional trademarks. Other product or brand names may be trademarks or registered trademarks of their respective holders.
Learn how to quickly measure transfer functions of continuous-time systems in Simulink®. This measurement is an extension or generalization of the transfer function measurement approach for discrete-time systems.
Measurements on continuous-time systems have the additional challenge that proper sampling and alias filtering is required whereas for a discrete-time systems, those aspects are either less important or not relevant at all. The device under test (DUT) is a T-coil circuit built out of passive Simscape™ components. The starting point is an already designed T-coil circuit. But you still need to verify the circuit implementation. In other words, does your T-coil circuit have the expected magnitude and phase response? In this case, the circuit’s theoretical frequency response has been pre-derived using Symbolic Math Toolbox™.
You can download the R2023b examples used in this demonstration here: github.com/kschutz68/xfer_meas_tcoil.git
You can download the R2023b examples used in this video here:
github.com/kschutz68/xfer_meas_tcoil.git
- Analyze T-Coil Circuit Using Symbolic Toolbox : youtu.be/QuswYbk9TGY
- Cross Spectrum–Based Transfer Function Measurement: youtu.be/A4OG9ce9N0Q
- Deconstructing the Cross Spectrum–Based Transfer Function Measurement Technique: youtu.be/vVceDSqdx_M
- See more videos: youtube.com/playlist?list=PLn8PRpmsu08rTyRA_aTqQOgY_Vyp81ydw
- Discrete Transfer Function Estimator: bit.ly/4aobuWh
--------------------------------------------------------------------------------------------------------
Get a free product trial: goo.gl/ZHFb5u
Learn more about MATLAB: goo.gl/8QV7ZZ
Learn more about Simulink: goo.gl/nqnbLe
See what's new in MATLAB and Simulink: goo.gl/pgGtod
© 2024 The MathWorks, Inc. MATLAB and Simulink are registered trademarks of The MathWorks, Inc.
See mathworks.com/trademarks for a list of additional trademarks. Other product or brand names may be trademarks or registered trademarks of their respective holders.
