bode

PURPOSE

SYNOPSIS

DESCRIPTION

 BODE Bode frequency response of fractional dynamic systems.

 Usage:    [MAG, PH] = BODE(G, W)
           [MAG, PH, W] = BODE(G)
           H = BODE(G)
           H = BODE(G,W)
           BODE(G)
           BODE(G, W)

 where
           MAG - magnitude
           PH - phase
           W  - frequency range [rad/s]
           H  - FRD object

           If no output argument is supplied, BODE will create a plot
           with the frequency response.

           See also: freqresp, frd

CROSS-REFERENCE INFORMATION

• bode BODE Bode frequency response of fractional dynamic systems.
• freqresp FREQRESP Frequency response of fractional-order transfer functions.
• fomcon FOMCON Launches the main set of GUIs and governs global configuration
• bode BODE Plot the experimentally observed frequency-domain data.

• bode BODE Bode frequency response of fractional dynamic systems.
• margin MARGIN Finds gain and phase margins and crossover frequencies.
• nichols Nichols frequency response of fractional-order dynamic systems.
• nyquist NYQUIST Nyquist frequency response of fractional-order dynamic systems.
• frlc FRLC Fractional Lead-Lag Compensator (FLLC) frequency response
• fpid_optimize FPID_OPTIMIZE Obtain optimized settings for fractional PID controller
• fpid_optimnlc FPID_OPTIMNLC Non-linear constraints for FPID_OPTIMIZE
• fotf_gui FOTF_GUI Fractional-order transfer function analysis tool
• fotfrid FOTFRID Fractional-order transfer function frequency-domain identification.
• fpid FPID Fractional-order PID controller design tool.
• fpid_optim FPID_OPTIM Fractional-order PID optimization tool.
• impid IMPID Implement a PID controller
• bode BODE Plot the experimentally observed frequency-domain data.
• ffidata FFIDATA Frequency-domain identification parameters for FOTF systems
• validate VALIDATE Validate fractional model frequency-domain identification results
• imp_freq_index IMP_FREQ_INDEX Implicit fractional transfer function approximation index calculation