NAPA Library - Jul 20 2025

DOCUMENTATION ON THE SCHEMATICS
OF THE Sch NAPA LIBRARY

\Simulate\NapaDos\Sch
Documentation in 'AA_Filter\AA_MFB_mimo.hdr'

    *  AA_MFB  MIMO state-space  **

      AA Multiple Feedback Filter
      (aka AA LP Rauch Filter)

      INPUTS      VIn
      OUTPUTS     V(Out)
      BOM         Ca  Co  SW_Cload  Offs  AV  C0  R0  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'AA_Filter\AA_SK_mimo.hdr'

    *  AA_SK  MIMO state-space  **

      AA SALLEN & KEY FILTER

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         Ca  Co  SW_Cload  Offs  AV  C0  R0  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\Biquad_Ideal_mimo.hdr'

    *  Biquad_Ideal  MIMO state-space  **

      Ideal BIQUAD FILTER

      INPUTS      Vin
      OUTPUTS     V(Outl)  V(Outb)  V(Outh)
      BOM         Rg  Rq  C0  HIAV  R0  Rf
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\Biquad_mimo.hdr'

    *  Biquad  MIMO state-space  **

      BIQUAD FILTER

      INPUTS      Vin
      OUTPUTS     V(Outl)  V(Outb)  V(Outh)
      BOM         Rg  Rq  AV1  AV2  AV3  Offs1  Offs2  Offs3  C0  R0  Rf
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\BP_DF_mimo.hdr'

    *  BP_DF  MIMO state-space  **

      Bandpass Deliyannis-Friend Filter

      INPUTS      VIn
      OUTPUTS     V(Out)
      BOM         AV  Offs  C3  R1  R2  a
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\HP_MFB_mimo.hdr'

    *  HP_MFB  MIMO state-space  **

      High Pass Multiple Feedback Filter
      (aka HP Rauch Filter)

      INPUTS      VIn
      OUTPUTS     V(Out)
      BOM         AV  Offs  C0  R0
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\HP_SK_mimo.hdr'

    *  HP_SK  MIMO state-space  **

      HIGH PASS SALLEN & KEY FILTER

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         AV  Offs  C0  R0
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\KHN_mimo.hdr'

    *  KHN  MIMO state-space  **

      KERWIN-HUELSMAN-NEWCOMB BIQUADRATIC FILTER, KHN
      A STATE VARIABLE FILTER

      INPUTS      Vin
      OUTPUTS     V(Outl)  V(Outh)  V(Outb)
      BOM         C7  C8  R1  R2  R3  R4  R5  R6  R9  Offs1  Offs2  Offs3  AV
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\Leapfrog_mimo.hdr'

    *  Leapfrog  MIMO state-space  **

      ( no title )

      INPUTS      VIn
      OUTPUTS     V(Out1)  V(Out2)  V(Out3)  V(Out4)
      BOM         C2  C5  C9  R1  R2  R3  R4  R5  R6  R7  R8  R9  Offs1  Offs2  Offs3  Offs4  AV
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\LP_MFB_mimo.hdr'

    *  LP_MFB  MIMO state-space  **

      Low Pass Multiple Feedback Filter
      (aka LP Rauch Filter)

      INPUTS      VIn
      OUTPUTS     V(Out)
      BOM         AV  Offs  C0  R0
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\LP_SK_mimo.hdr'

    *  LP_SK  MIMO state-space  **

      LOW PASS SALLEN & KEY FILTER

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         AV  Offs  C0  R0
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Filter\TT_mimo.hdr'

    *  TT  MIMO state-space  **

      TOW THOMAS BIQUAD FILTER

      INPUTS      VIN
      OUTPUTS     V(Outl)  V(Outb)
      BOM         C4  C6  R1  R2  R3  R5  R7  R8  Offs1  Offs2  Offs3  AV
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Follower\Follower_mimo.hdr'

    *  Follower  MIMO state-space  **

      Follower

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         C0  AV
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'GM_C_Filter\Low_Pass_mimo.hdr'

    *  Low_Pass  MIMO state-space  **

      Low Pass GM-C Filter

      INPUTS      VIn
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  Cp  gm1  gm2  gm3  gm4  gm5  gm6
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Hydraulic_Ram\hydraulic_ram_mimo.hdr'

    *  hydraulic_ram  MIMO state-space  **

      Hydraulic Ram

      INPUTS      Vin
      OUTPUTS     V(outlet)  V(s1)  V(s2)  I(pipe)  I(valve)  I(ball)  I(tank)  I(rload)
      BOM         pipe  elasticity  tank  ball  friction  rload  valve
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Integrator\Integrator1_mimo.hdr'

    *  Integrator1  MIMO state-space  **

      A RC Integrator
      a linear description for SARC simulation

      INPUTS      VC2  Vin
      OUTPUTS     V(Out)  V(A)
      BOM         C2  R11  AV  Offs
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Integrator\Integrator2_mimo.hdr'

    *  Integrator2  MIMO state-space  **

      A RC Integrator
      a linear description for SARC simulation

      INPUTS      VC2  Vin1  Vin2
      OUTPUTS     V(Out)  V(A)
      BOM         C2  R11  R12  AV  Offs
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Integrator\Integrator3_mimo.hdr'

    *  Integrator3  MIMO state-space  **

      A RC Integrator
      a linear description for SARC simulation

      INPUTS      VC2  Vin1  Vin2  Vin3
      OUTPUTS     V(Out)  V(A)
      BOM         C2  R11  R12  R13  AV  Offs
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'Quadrupole\Biquad_mimo.hdr'

    *  Biquad  MIMO state-space  **

      Extraction of Z11, Z12, Z21 and Z22 of a BIQUAD FILTER

      INPUTS      I1  I2
      OUTPUTS     V(Out1)  V(Out2)
      BOM         Rg  Rq  AV  C0  R0  Rf
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'RLC\Capacitance_Multiplier_mimo.hdr'

    *  Capacitance_Multiplier  MIMO state-space  **

      Capacitance Multiplier
      (ideal if Av large, R small)

      INPUTS      IIN
      OUTPUTS     V(-OUT)
      BOM         C3  AV  Offs  K  R0
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'RLC\Negative_Resistance_mimo.hdr'

    *  Negative_Resistance  MIMO state-space  **

      Negative Resistance
      (ideal if Av large)

      INPUTS      IIN
      OUTPUTS     V(-OUT)
      BOM         AV  Offs  K  R0  Rin
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Alstott\Alstott_1_mimo.hdr'

    *  Alstott_1  MIMO state-space  **

      3rd Order Elliptic Low-Pass Filter, Cutoff Frequency k rad/s

      INPUTS      VIn
      OUTPUTS     V(Out)
      BOM         C1n  C2n  C3n  L2n  R1n  R2n  k
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Alstott\Alstott_2_mimo.hdr'

    *  Alstott_2  MIMO state-space  **

      3rd Order SWC Elliptic Low-Pass Filter

      INPUTS      VIn
      OUTPUTS     V(OA)  V(OB)  V(Out)
      BOM         C01  C02  C03  C04  C05  C06  C07  C08  C09  C10  C11  Cload  Offs1  Offs2  Offs3  AV1  AV2  AV3  IMAX1  IMAX2  IMAX3  RDS1  RDS2  RDS3  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Alstott\Alstott_2_Z1A.hdr'

    *  Alstott_2_Z1A  Z transform  **

      3rd Order SWC Elliptic Low-Pass Filter

      INPUTS      VIn
      OUTPUTS     Z1(A)
      BOM         C01  C02  C03  C04  C05  C06  C07  C08  C09  C10  C11  Cload  Offs1  Offs2  Offs3  AV1  AV2  AV3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Alstott\Alstott_2_Z1OA.hdr'

    *  Alstott_2_Z1OA  Z transform  **

      3rd Order SWC Elliptic Low-Pass Filter

      INPUTS      VIn
      OUTPUTS     Z1(OA)
      BOM         C01  C02  C03  C04  C05  C06  C07  C08  C09  C10  C11  Cload  Offs1  Offs2  Offs3  AV1  AV2  AV3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Alstott\Alstott_2_Z1OB.hdr'

    *  Alstott_2_Z1OB  Z transform  **

      3rd Order SWC Elliptic Low-Pass Filter

      INPUTS      VIn
      OUTPUTS     Z1(OB)
      BOM         C01  C02  C03  C04  C05  C06  C07  C08  C09  C10  C11  Cload  Offs1  Offs2  Offs3  AV1  AV2  AV3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Alstott\Alstott_2_Z1Out.hdr'

    *  Alstott_2_Z1Out  Z transform  **

      3rd Order SWC Elliptic Low-Pass Filter

      INPUTS      VIn
      OUTPUTS     Z1(Out)
      BOM         C01  C02  C03  C04  C05  C06  C07  C08  C09  C10  C11  Cload  Offs1  Offs2  Offs3  AV1  AV2  AV3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Alstott\Alstott_2_Z2OA.hdr'

    *  Alstott_2_Z2OA  Z transform  **

      3rd Order SWC Elliptic Low-Pass Filter

      INPUTS      VIn
      OUTPUTS     Z2(OA)
      BOM         C01  C02  C03  C04  C05  C06  C07  C08  C09  C10  C11  Cload  Offs1  Offs2  Offs3  AV1  AV2  AV3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Alstott\Alstott_2_Z2OB.hdr'

    *  Alstott_2_Z2OB  Z transform  **

      3rd Order SWC Elliptic Low-Pass Filter

      INPUTS      VIn
      OUTPUTS     Z2(OB)
      BOM         C01  C02  C03  C04  C05  C06  C07  C08  C09  C10  C11  Cload  Offs1  Offs2  Offs3  AV1  AV2  AV3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Alstott\Alstott_2_Z2Out.hdr'

    *  Alstott_2_Z2Out  Z transform  **

      3rd Order SWC Elliptic Low-Pass Filter

      INPUTS      VIn
      OUTPUTS     Z2(Out)
      BOM         C01  C02  C03  C04  C05  C06  C07  C08  C09  C10  C11  Cload  Offs1  Offs2  Offs3  AV1  AV2  AV3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Amplifier\Amplifier2_I_mimo.hdr'

    *  Amplifier2_I  MIMO state-space  **

      Inverting SWC Amplifier
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     V(Out)  V(A)
      BOM         Ca  Co  SW_Cload  Offs  AV  C2  k1a  k1b  k2a  k2b  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Amplifier\Amplifier2_I_Z1Out.hdr'

    *  Amplifier2_I_Z1Out  Z transform  **

      Inverting SWC Amplifier
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         Ca  Co  SW_Cload  Offs  AV  C2  k1a  k1b  k2a  k2b
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Amplifier\Amplifier2_I_Z2Out.hdr'

    *  Amplifier2_I_Z2Out  Z transform  **

      Inverting SWC Amplifier
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         Ca  Co  SW_Cload  Offs  AV  C2  k1a  k1b  k2a  k2b
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Amplifier\Amplifier_I_mimo.hdr'

    *  Amplifier_I  MIMO state-space  **

      SWC I Amplifier
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     V(Out)
      BOM         Ca  Co  SW_Cload  Offs  AV  C1  C2  C3  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Amplifier\Amplifier_I_Z1Out.hdr'

    *  Amplifier_I_Z1Out  Z transform  **

      SWC I Amplifier
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z1(Out)
      BOM         Ca  Co  SW_Cload  Offs  AV  C1  C2  C3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Amplifier\Amplifier_I_Z2Out.hdr'

    *  Amplifier_I_Z2Out  Z transform  **

      SWC I Amplifier
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z2(Out)
      BOM         Ca  Co  SW_Cload  Offs  AV  C1  C2  C3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Biquad\Biquad_1_mimo.hdr'

    *  Biquad_1  MIMO state-space  **

      Biquad type '1'

      INPUTS      Vin
      OUTPUTS     V(Out)  V(Outp)
      BOM         Ca  Cb  Cc  Cd  Ce  Cf  Cg  Ch  Ci  Cj  Offs1  Offs2  AV  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Biquad\Biquad_1_Z1Out.hdr'

    *  Biquad_1_Z1Out  Z transform  **

      Biquad type '1'

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         Ca  Cb  Cc  Cd  Ce  Cf  Cg  Ch  Ci  Cj  Offs1  Offs2  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Biquad\Biquad_1_Z1Outp.hdr'

    *  Biquad_1_Z1Outp  Z transform  **

      Biquad type '1'

      INPUTS      Vin
      OUTPUTS     Z1(Outp)
      BOM         Ca  Cb  Cc  Cd  Ce  Cf  Cg  Ch  Ci  Cj  Offs1  Offs2  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Biquad\Biquad_1_Z2Out.hdr'

    *  Biquad_1_Z2Out  Z transform  **

      Biquad type '1'

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         Ca  Cb  Cc  Cd  Ce  Cf  Cg  Ch  Ci  Cj  Offs1  Offs2  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Biquad\Biquad_1_Z2Outp.hdr'

    *  Biquad_1_Z2Outp  Z transform  **

      Biquad type '1'

      INPUTS      Vin
      OUTPUTS     Z2(Outp)
      BOM         Ca  Cb  Cc  Cd  Ce  Cf  Cg  Ch  Ci  Cj  Offs1  Offs2  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Biquad\Biquad_2_mimo.hdr'

    *  Biquad_2  MIMO state-space  **

      Biquad type '2'

      INPUTS      Vin
      OUTPUTS     V(Out)  V(Outp)
      BOM         Ca  Cb  Cc  Cd  Ce  Cj  Offs1  Offs2  AV  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Biquad\Biquad_2_Z1Out.hdr'

    *  Biquad_2_Z1Out  Z transform  **

      Biquad type '2'

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         Ca  Cb  Cc  Cd  Ce  Cj  Offs1  Offs2  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Biquad\Biquad_2_Z1Outp.hdr'

    *  Biquad_2_Z1Outp  Z transform  **

      Biquad type '2'

      INPUTS      Vin
      OUTPUTS     Z1(Outp)
      BOM         Ca  Cb  Cc  Cd  Ce  Cj  Offs1  Offs2  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Biquad\Biquad_2_Z2Out.hdr'

    *  Biquad_2_Z2Out  Z transform  **

      Biquad type '2'

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         Ca  Cb  Cc  Cd  Ce  Cj  Offs1  Offs2  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Biquad\Biquad_2_Z2Outp.hdr'

    *  Biquad_2_Z2Outp  Z transform  **

      Biquad type '2'

      INPUTS      Vin
      OUTPUTS     Z2(Outp)
      BOM         Ca  Cb  Cc  Cd  Ce  Cj  Offs1  Offs2  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Glitchless\Glitchless_NI_mimo.hdr'

    *  Glitchless_NI  MIMO state-space  **

      SWC Glitchless NI Filter

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         C11  C12  C2  Ca  Cload  Co  Offs  AV  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Glitchless\Glitchless_NI_Z1Out.hdr'

    *  Glitchless_NI_Z1Out  Z transform  **

      SWC Glitchless NI Filter

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         C11  C12  C2  Ca  Cload  Co  Offs  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Glitchless\Glitchless_NI_Z2Out.hdr'

    *  Glitchless_NI_Z2Out  Z transform  **

      SWC Glitchless NI Filter

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         C11  C12  C2  Ca  Cload  Co  Offs  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Double_Sampling_Integrator1_NI_mimo.hdr'

    *  Double_Sampling_Integrator1_NI  MIMO state-space  **

      Double Sampling Non Inverting Delayed SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     V(Out)  V(A)
      BOM         C2  Ca  Cload  Co  Offs  VC2  AV  k1a  k1b  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Double_Sampling_Integrator1_NI_Z1Out.hdr'

    *  Double_Sampling_Integrator1_NI_Z1Out  Z transform  **

      Double Sampling Non Inverting Delayed SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Cload  Co  Offs  VC2  AV  k1a  k1b
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Double_Sampling_Integrator1_NI_Z2Out.hdr'

    *  Double_Sampling_Integrator1_NI_Z2Out  Z transform  **

      Double Sampling Non Inverting Delayed SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Cload  Co  Offs  VC2  AV  k1a  k1b
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator1_I_mimo.hdr'

    *  Integrator1_I  MIMO state-space  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     V(Out)  V(A)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Integrator1_I_Z1Out.hdr'

    *  Integrator1_I_Z1Out  Z transform  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator1_I_Z2Out.hdr'

    *  Integrator1_I_Z2Out  Z transform  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator1_NI_mimo.hdr'

    *  Integrator1_NI  MIMO state-space  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     V(Out)  V(A)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Integrator1_NI_Z1Out.hdr'

    *  Integrator1_NI_Z1Out  Z transform  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator1_NI_Z2Out.hdr'

    *  Integrator1_NI_Z2Out  Z transform  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator2_I_mimo.hdr'

    *  Integrator2_I  MIMO state-space  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     V(Out)  V(A)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Integrator2_I_Z1Out.hdr'

    *  Integrator2_I_Z1Out  Z transform  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator2_I_Z2Out.hdr'

    *  Integrator2_I_Z2Out  Z transform  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator2_NI_mimo.hdr'

    *  Integrator2_NI  MIMO state-space  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     V(Out)  V(A)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Integrator2_NI_Z1Out.hdr'

    *  Integrator2_NI_Z1Out  Z transform  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator2_NI_Z2Out.hdr'

    *  Integrator2_NI_Z2Out  Z transform  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator3_I_mimo.hdr'

    *  Integrator3_I  MIMO state-space  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     V(Out)  V(A)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2  k3  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Integrator3_I_Z1Out.hdr'

    *  Integrator3_I_Z1Out  Z transform  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2  k3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator3_I_Z2Out.hdr'

    *  Integrator3_I_Z2Out  Z transform  **

      Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2  k3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator3_NI_mimo.hdr'

    *  Integrator3_NI  MIMO state-space  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     V(Out)  V(A)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2  k3  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Integrator3_NI_Z1Out.hdr'

    *  Integrator3_NI_Z1Out  Z transform  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2  k3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Integrator3_NI_Z2Out.hdr'

    *  Integrator3_NI_Z2Out  Z transform  **

      Non Inverting SWC Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k1  k2  k3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator1_I_mimo.hdr'

    *  Nagaraj_Integrator1_I  MIMO state-space  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     V(Out)  V(A)  V(B)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Nagaraj_Integrator1_I_Z1Out.hdr'

    *  Nagaraj_Integrator1_I_Z1Out  Z transform  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator1_I_Z2Out.hdr'

    *  Nagaraj_Integrator1_I_Z2Out  Z transform  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator1_NI_mimo.hdr'

    *  Nagaraj_Integrator1_NI  MIMO state-space  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     V(Out)  V(A)  V(B)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Nagaraj_Integrator1_NI_Z1Out.hdr'

    *  Nagaraj_Integrator1_NI_Z1Out  Z transform  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator1_NI_Z2Out.hdr'

    *  Nagaraj_Integrator1_NI_Z2Out  Z transform  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator2_I_mimo.hdr'

    *  Nagaraj_Integrator2_I  MIMO state-space  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     V(Out)  V(A)  V(B)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Nagaraj_Integrator2_I_Z1Out.hdr'

    *  Nagaraj_Integrator2_I_Z1Out  Z transform  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator2_I_Z2Out.hdr'

    *  Nagaraj_Integrator2_I_Z2Out  Z transform  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator2_NI_mimo.hdr'

    *  Nagaraj_Integrator2_NI  MIMO state-space  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     V(Out)  V(A)  V(B)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Nagaraj_Integrator2_NI_Z1Out.hdr'

    *  Nagaraj_Integrator2_NI_Z1Out  Z transform  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator2_NI_Z2Out.hdr'

    *  Nagaraj_Integrator2_NI_Z2Out  Z transform  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator3_I_mimo.hdr'

    *  Nagaraj_Integrator3_I  MIMO state-space  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     V(Out)  V(A)  V(B)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2  k3  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Nagaraj_Integrator3_I_Z1Out.hdr'

    *  Nagaraj_Integrator3_I_Z1Out  Z transform  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2  k3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator3_I_Z2Out.hdr'

    *  Nagaraj_Integrator3_I_Z2Out  Z transform  **

      Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2  k3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator3_NI_mimo.hdr'

    *  Nagaraj_Integrator3_NI  MIMO state-space  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     V(Out)  V(A)  V(B)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2  k3  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Nagaraj_Integrator3_NI_Z1Out.hdr'

    *  Nagaraj_Integrator3_NI_Z1Out  Z transform  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     Z1(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2  k3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Nagaraj_Integrator3_NI_Z2Out.hdr'

    *  Nagaraj_Integrator3_NI_Z2Out  Z transform  **

      Non Inverting Delayed SWC Nagaraj 86 Integrator
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin1  Vin2  Vin3
      OUTPUTS     Z2(Out)
      BOM         C2  Ca  Co  SW_Cload  Offs  VC2  AV  k0  k1  k2  k3
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Two_Integrator1_NI_mimo.hdr'

    *  Two_Integrator1_NI  MIMO state-space  **

      2 Non Inverting SWC Integrators in serie
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     V(Out1)  V(Out2)
      BOM         SW_Cload2  Offs1  Offs2  AV  C2  Ca  Co  RDS  k1  IMAX  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Integrator\Two_Integrator1_NI_Z1Out1.hdr'

    *  Two_Integrator1_NI_Z1Out1  Z transform  **

      2 Non Inverting SWC Integrators in serie
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z1(Out1)
      BOM         SW_Cload2  Offs1  Offs2  AV  C2  Ca  Co  RDS  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Two_Integrator1_NI_Z1Out2.hdr'

    *  Two_Integrator1_NI_Z1Out2  Z transform  **

      2 Non Inverting SWC Integrators in serie
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z1(Out2)
      BOM         SW_Cload2  Offs1  Offs2  AV  C2  Ca  Co  RDS  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Two_Integrator1_NI_Z2Out1.hdr'

    *  Two_Integrator1_NI_Z2Out1  Z transform  **

      2 Non Inverting SWC Integrators in serie
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z2(Out1)
      BOM         SW_Cload2  Offs1  Offs2  AV  C2  Ca  Co  RDS  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Integrator\Two_Integrator1_NI_Z2Out2.hdr'

    *  Two_Integrator1_NI_Z2Out2  Z transform  **

      2 Non Inverting SWC Integrators in serie
      a linear description for SARC simulation
      with slew-rate modeling

      INPUTS      Vin
      OUTPUTS     Z2(Out2)
      BOM         SW_Cload2  Offs1  Offs2  AV  C2  Ca  Co  RDS  k1
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_MFB\SWC_MFB_mimo.hdr'

    *  SWC_MFB  MIMO state-space  **

      SWC MFB Low Pass Filter
      aka 'Rauch Filter'

      INPUTS      Vin
      OUTPUTS     V(out)
      BOM         C4  C5  C6  C7  C8  Cpar  Av  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_MFB\SWC_MFB_Z1out.hdr'

    *  SWC_MFB_Z1out  Z transform  **

      SWC MFB Low Pass Filter
      aka 'Rauch Filter'

      INPUTS      Vin
      OUTPUTS     Z1(out)
      BOM         C4  C5  C6  C7  C8  Cpar  Av
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_MFB\SWC_MFB_Z2out.hdr'

    *  SWC_MFB_Z2out  Z transform  **

      SWC MFB Low Pass Filter
      aka 'Rauch Filter'

      INPUTS      Vin
      OUTPUTS     Z2(out)
      BOM         C4  C5  C6  C7  C8  Cpar  Av
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Multiply\Mby2_RI_mimo.hdr'

    *  Mby2_RI  MIMO state-space  **

      4 Phases
      Ratio Independant,
      Offset Insensitive,
      Multiply-by-2
      SWC Circuit

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         C1  C2  Ca  Co  Cp  SW_Cload  Offs  AV  IMAX  RDS  PHIa  PHIb  PHIc  PHId
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Multiply\MbyN_mimo.hdr'

    *  MbyN  MIMO state-space  **

      Multiply-by-N SWC Circuit

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         C1  Ca  Co  Cp  SW_Cload  Offs  AV  N  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Multiply\MbyN_Z1Out.hdr'

    *  MbyN_Z1Out  Z transform  **

      Multiply-by-N SWC Circuit

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         C1  Ca  Co  Cp  SW_Cload  Offs  AV  N
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Multiply\MbyN_Z2Out.hdr'

    *  MbyN_Z2Out  Z transform  **

      Multiply-by-N SWC Circuit

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         C1  Ca  Co  Cp  SW_Cload  Offs  AV  N
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Sample_Hold\SH0_mimo.hdr'

    *  SH0  MIMO state-space  **

      SWC Sample & Hold

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         Csh  PHIa  PHIb  Rs
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Sample_Hold\SH1_mimo.hdr'

    *  SH1  MIMO state-space  **

      SWC Sample & Hold

      INPUTS      Vin
      OUTPUTS     V(Out)
      BOM         C1  Ca  Co  SW_Cload  Offs  AV  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Sample_Hold\SH1_Z1Out.hdr'

    *  SH1_Z1Out  Z transform  **

      SWC Sample & Hold

      INPUTS      Vin
      OUTPUTS     Z1(Out)
      BOM         C1  Ca  Co  SW_Cload  Offs  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Sample_Hold\SH1_Z2Out.hdr'

    *  SH1_Z2Out  Z transform  **

      SWC Sample & Hold

      INPUTS      Vin
      OUTPUTS     Z2(Out)
      BOM         C1  Ca  Co  SW_Cload  Offs  AV
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_1_over_2_mimo.hdr'

    *  Step_Down_1_over_2  MIMO state-space  **

      SWC 1/2 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_1_over_2_Z1Out.hdr'

    *  Step_Down_1_over_2_Z1Out  Z transform  **

      SWC 1/2 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_1_over_2_Z2Out.hdr'

    *  Step_Down_1_over_2_Z2Out  Z transform  **

      SWC 1/2 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_1_over_3_mimo.hdr'

    *  Step_Down_1_over_3  MIMO state-space  **

      SWC 1/3 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_1_over_3_Z1Out.hdr'

    *  Step_Down_1_over_3_Z1Out  Z transform  **

      SWC 1/3 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_1_over_3_Z2Out.hdr'

    *  Step_Down_1_over_3_Z2Out  Z transform  **

      SWC 1/3 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_2_over_3_mimo.hdr'

    *  Step_Down_2_over_3  MIMO state-space  **

      SWC 2/3 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_2_over_3_Z1Out.hdr'

    *  Step_Down_2_over_3_Z1Out  Z transform  **

      SWC 2/3 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Down_Voltage_Converter\Step_Down_2_over_3_Z2Out.hdr'

    *  Step_Down_2_over_3_Z2Out  Z transform  **

      SWC 2/3 DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Dickson_1_mimo.hdr'

    *  Dickson_1  MIMO state-space  **

      SWC Dickson 1 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Dickson_1_Z1Out.hdr'

    *  Dickson_1_Z1Out  Z transform  **

      SWC Dickson 1 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Dickson_1_Z2Out.hdr'

    *  Dickson_1_Z2Out  Z transform  **

      SWC Dickson 1 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Dickson_2_mimo.hdr'

    *  Dickson_2  MIMO state-space  **

      SWC Dickson 2 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  C4  C5  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Dickson_2_Z1Out.hdr'

    *  Dickson_2_Z1Out  Z transform  **

      SWC Dickson 2 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  C3  C4  C5  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Dickson_2_Z2Out.hdr'

    *  Dickson_2_Z2Out  Z transform  **

      SWC Dickson 2 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  C3  C4  C5  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Doubler_mimo.hdr'

    *  Doubler  MIMO state-space  **

      SWC Doubler DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Doubler_Z1Out.hdr'

    *  Doubler_Z1Out  Z transform  **

      SWC Doubler DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Doubler_Z2Out.hdr'

    *  Doubler_Z2Out  Z transform  **

      SWC Doubler DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Fibonacci_mimo.hdr'

    *  Fibonacci  MIMO state-space  **

      SWC Fibonacci Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Fibonacci_Z1Out.hdr'

    *  Fibonacci_Z1Out  Z transform  **

      SWC Fibonacci Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Fibonacci_Z2Out.hdr'

    *  Fibonacci_Z2Out  Z transform  **

      SWC Fibonacci Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Inverting_Dickson_1_mimo.hdr'

    *  Inverting_Dickson_1  MIMO state-space  **

      SWC Inverting Dickson 1 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Inverting_Dickson_1_Z1Out.hdr'

    *  Inverting_Dickson_1_Z1Out  Z transform  **

      SWC Inverting Dickson 1 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Inverting_Dickson_1_Z2Out.hdr'

    *  Inverting_Dickson_1_Z2Out  Z transform  **

      SWC Inverting Dickson 1 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Inverting_Dickson_2_mimo.hdr'

    *  Inverting_Dickson_2  MIMO state-space  **

      Inverting SWC Dickson 2 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  C4  C5  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Inverting_Dickson_2_Z1Out.hdr'

    *  Inverting_Dickson_2_Z1Out  Z transform  **

      Inverting SWC Dickson 2 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  C3  C4  C5  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Inverting_Dickson_2_Z2Out.hdr'

    *  Inverting_Dickson_2_Z2Out  Z transform  **

      Inverting SWC Dickson 2 Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  C3  C4  C5  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Ladder_mimo.hdr'

    *  Ladder  MIMO state-space  **

      SWC Ladder Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Ladder_Z1Out.hdr'

    *  Ladder_Z1Out  Z transform  **

      SWC Ladder Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Ladder_Z2Out.hdr'

    *  Ladder_Z2Out  Z transform  **

      SWC Ladder Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Serie_Parallel_mimo.hdr'

    *  Serie_Parallel  MIMO state-space  **

      SWC Serie-Parallel Ladder Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  CLoad  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Serie_Parallel_Z1Out.hdr'

    *  Serie_Parallel_Z1Out  Z transform  **

      SWC Serie-Parallel Ladder Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Serie_Parallel_Z2Out.hdr'

    *  Serie_Parallel_Z2Out  Z transform  **

      SWC Serie-Parallel Ladder Step-Up DC-DC Converter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2  C3  CLoad
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Voltage_Doubler_mimo.hdr'

    *  Voltage_Doubler  MIMO state-space  **

      SWC Voltage Doubler

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Voltage_Doubler_Z1Out.hdr'

    *  Voltage_Doubler_Z1Out  Z transform  **

      SWC Voltage Doubler

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Voltage_Doubler_Z2Out.hdr'

    *  Voltage_Doubler_Z2Out  Z transform  **

      SWC Voltage Doubler

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Voltage_Inverter_mimo.hdr'

    *  Voltage_Inverter  MIMO state-space  **

      SWC Voltage Inverter

      INPUTS      VDD
      OUTPUTS     V(Out)
      BOM         C1  C2  PHIa  PHIb  RLoad
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Step_Up_Voltage_Converter\Voltage_Inverter_Z1Out.hdr'

    *  Voltage_Inverter_Z1Out  Z transform  **

      SWC Voltage Inverter

      INPUTS      VDD
      OUTPUTS     Z1(Out)
      BOM         C1  C2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Step_Up_Voltage_Converter\Voltage_Inverter_Z2Out.hdr'

    *  Voltage_Inverter_Z2Out  Z transform  **

      SWC Voltage Inverter

      INPUTS      VDD
      OUTPUTS     Z2(Out)
      BOM         C1  C2
      PERCUTABLE  NO-COMPONENT

Documentation in 'SWC_Transconductor\Transconductor_mimo.hdr'

    *  Transconductor  MIMO state-space  **

      MEMS SWC Transductor
      deltaC -> Out

      INPUTS
      OUTPUTS     V(Out)
      BOM         C1  C2  C3  Cg  SW_Cload  Offs  Vn  Vp  AV  C0  DeltaC  IMAX  RDS  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

Documentation in 'SWC_Tuning\Tuning_mimo.hdr'

    *  Tuning  MIMO state-space  **

      A Replica for the Tuning of a MOSFET_C Filter
      a linear description for SARC simulation

      INPUTS      Vin
      OUTPUTS     V(VOut)
      BOM         C1  C2  Rdamp  Rtuned  AV  Offs  PHIa  PHIb
      PERCUTABLE  ALL-COMPONENTS

End