Octave-Wcalc: parallel_rl_s2p

parallel_rl_s2p - Convert Series RL Network into Equivalent Parallel RL Network

SYNOPSIS

[] = parallel_rl_s2p(Ls, Rs, Qs, freq, flag, Ls, Rs, Qs, Lp, Rp, Qp)

PARAMETERS

INPUT PARAMETERS

  • Ls : Series inductance (Farads)
  • Rs : Series resistance (Ohms)
  • Qs : Series quality factor
  • freq : Analysis frequency (Hertz)
  • flag : indicates if Qs or Rs should be used for the loss input
    • flag=0 : Qs will be calculated from Rs.
    • flag=1 : Rs will be calculated from Qs.
  • Ls : Series inductance (Farads)
  • Rs : Series resistance (Ohms)
  • Qs : Series quality factor
  • Lp : Parallel inductance (Farads)
  • Rp : Parallel resistance (Ohms)
  • Qp : Parallel quality factor

OUTPUT VALUES

    DESCRIPTION

    Function to calculate an equivalent parallel RL network from an input series RL network.

    EXAMPLE

     % 10 nH
    Ls=10e-9;
     % 0.5 Ohms
    Rs=0.5;
     % This value will be replaced
    Qs=100;
     % 100 MHz operation
    f=100e6;
     % Use Rs (and calculate Qs)
    flag=0;
    [Ls, Rs, Qs, Lp, Rp, Qp] = parallel_rl_s2p(Ls, Rs,
      Qs, f, flag);
    disp(sprintf('Equivalent parallel L = %g nH', Lp/1e-9));
    disp(sprintf('Equivalent parallel R = %g kOhm', Rp/1e3));
    disp(sprintf('Quality factor         =%g',Qp));
    

    SEE ALSO

    air_coil_calc
    air_coil_syn
    coax_calc
    bars_calc
    coax_syn
    coplanar_calc
    coplanar_syn
    coupled_microstrip_calc
    coupled_microstrip_syn
    coupled_stripline_calc
    coupled_stripline_syn
    ic_microstrip_calc
    ic_microstrip_syn
    microstrip_calc
    microstrip_syn
    parallel_rc_p2s
    parallel_rc_s2p
    parallel_rl_p2s
    parallel_rl_s2p
    stripline_calc
    stripline_syn

    AUTHOR

    Dan McMahill

    BUGS

    None known

    Please report any bugs on the Wcalc Sourceforge Project Page

    Return to the Octave-Wcalc page.

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    Models
     Air Core Solenoid Inductor
     Parallel Rectangular Bars Inductance
     Coaxial Transmission Line
     Coplanar Waveguide
     Coupled Microstrip
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     Integrated Circuit Microstrip
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    Misc. Info.
     Permeabilities
     Permitivities
     Resistivities
     Unit Conversion Factors
     Wire Sizes

       
    Copyright © 2001, 2002, 2004, 2005, 2006 Dan McMahill ALL RIGHTS RESERVED.