Prof. Gabriel A. Rincón-Mora, Ph.D.

Georgia Institute of Technology

SPICE Page


Downloads:
  • LTSPICE | Manual
  • PSPICE Student Evaluation | Manual
  • MacSpice
  • Lib.txt: Model Library (needed for some simulations)

    SPICE Code: Save as *.cir file & open with SPICE software

    Jump-To Links:
    Diodes & BJTs | JFETs & MOSFETs| Frequency Response
    Diode Circuits | Amplifiers | Comparators | Linear Regulators | Oscillators | Digital Blocks
    Switched Inductors | SL Power Losses | Feedback Control | Control Loops | Switched Inductors: Misc.

    Diodes & BJTs
  • Diode: I-V Curve
  • Diode: Capacitance
  • Diode: Reverse Recovery
  • NPN BJT: I-V Curves
  • PNP BJT: I-V Curves
  • NPN BJT: Capacitance
  • NPN BJT: Diode-Connected

    JFETs & MOSFETs
  • NJFET: I-V Curves
  • PJFET: I-V Curves
  • NMOSFET: N-Channel Resistor
  • NMOSFET: Body Effect
  • NMOSFET: I-V Curves
  • PMOSFET: P-Channel Resistor
  • PMOSFET: I-V Curves
  • NMOSFET: Capacitance in Saturated Inversion
  • NMOSFET: Diode Action

    Frequency Response
  • Shunt Capacitor
  • Couple Capacitor
  • Band-Pass Capacitor Filter
  • Couple Inductor
  • Shunt Inductor
  • Bypass Capacitor
  • Bypassed Amplifier
  • Current-Sourced LC
  • Voltage-Sourced LC
  • Band-Pass Capacitor Filter
  • Switched Inductor: Duty-Cycled CCM Model
  • Switched Inductor: CCM Model of the Buck
  • Switched Inductor: DCM Model

    Diode Circuits
  • Diode Logic
  • Diode Clamp
  • Full-Bridge Peak Detector

    Amplifiers
  • Non-Inverting Op Amp
  • Dual-Input Op Amp
  • Non-Inverting Op-Amp Filter
  • Resistor-Biased NPN Stage
  • Resistor-Biased NPN CB
  • Resistor-Biased NPN CC Follower
  • Resistor-Biased NPN CE
  • Mirror-Biased PMOS CD Follower
  • Resistor-Biased NPN Cascode CE
  • Resistor-Biased Cascade Amp
  • PNP Mirror
  • PMOS Diff. Pair
  • Cascade Diff. Amp
  • PMOS-Input Diff. Stage
  • NMOS-Input Diff. Stage
  • NMOS-Input Cross-Coupled-Mirror Diff. Stage
  • PMOS-Input Folded Cascode
  • NMOS-Input Folded Cascode
  • NMOS-Input Rev-Cascode-Fold Amp
  • NMOS-Input Mirror-Folded Amp
  • NMOS-Input A-CS Op Amp
  • NMOS-Input AB-CD Folded-Cascode Op Amp
  • NMOS-Input Mirror-Folded AB-CD Op Amp
  • NMOS-Input Mirror-Folded AB-CS Op Amp

    Comparators
  • Comparator: Model
  • Three-Input Comparator: Model
  • Hysteretic Comparator: Temporal Model
  • Three-Input Hysteretic Comparator: Temporal Model
  • PMOS-Input 20-ns Comparator
  • NMOS-Input Hysteretic Comparator
  • PMOS-Input Gate-Coupled Comparator
  • Class-A NMOS Inverter
  • Low-Side Gate-Coupled Comparator

    Linear Regulators
  • Block-Level PMOS LDO

    Oscillators
  • RC-Divider Phase-Shift Oscillator
  • RC-Ladder Phase-Shift Oscillator
  • RC-Ladder CS Phase-Shift Oscillator
  • Resonant CE Oscillator
  • Resonant Cross-Coupled CE Oscillator
  • Cross-Coupled CE Latch
  • Cross-Coupled CE One-Shot
  • Cross-Coupled CE Relaxation Oscillator
  • Cross-Coupled CS Relaxation Oscillator
  • Sawtooth:Comparator Oscillator
  • Clocked Sawtooth:SR Generator
  • One-Shot:SR Oscillator

    Digital Blocks
  • 1-V Push-Pull Inverter
  • Push-Pull CMOS Inverter
  • Push-Pull CMOS NOR Gate
  • Push-Pull CMOS NAND Gate
  • 1-V Temporal Set-Dominant SR Flip Flop

    Switched Inductors
  • Ideal Buck-Boost in CCM
  • Asynchronous Buck-Boost in CCM
  • Asynchronous Buck-Boost in DCM
  • Synchronous Buck-Boost in CCM
  • Synchronous Buck-Boost with Negative Conduction
  • Ideal Buck in CCM
  • Asynchronous Buck in CCM
  • Asynchronous Buck in DCM
  • Synchronous Buck in CCM
  • Synchronous Buck with Negative Conduction
  • Ideal Boost in CCM
  • Asynchronous Boost in CCM
  • Asynchronous Boost in DCM
  • Synchronous Boost in CCM
  • Synchronous Boost with Negative Conduction
  • Ideal Flyback in CCM
  • Asynchronous Flyback in CCM
  • Asynchronous Flyback in DCM
  • Synchronous Flyback in CCM
  • Synchronous Flyback with Negative Conduction

    Switched-Inductor Power Losses
  • Ideal Buck-Boost with RL in CCM
  • Ideal Buck-Boost with REG in CCM
  • Ideal Boost with RC in CCM
  • Ideal Buck with RC in CCM
  • Ideal Boost with RL in DCM
  • Ideal Boost with RC in DCM
  • Ideal Boost with Dead Time in CCM
  • Ideal Buck with Dead Time in DCM
  • I-V Overlap Loss when MEG Closes w/o Reverse Recovery
  • I-V Overlap Loss when MEG Opens
  • I-V Overlap Loss when MEG Closes & VTP0 is -400 mV
  • I-V Overlap Loss when MEI Closes w/o Reverse Recovery
  • Ideal Boost with Dead Time, MEG, & MEG's Driver in CCM
  • Ideal Buck-Boost with Dead Time & MEG in CCM
  • Ideal Boost w/ Dead Time & MEG's Optimal Driver in CCM

    Feedback Control
  • Non-Inverting Op Amp
  • Inverting Op Amp
  • Type-III OTA
  • Type-III Non-Inverting Feedback Translation
  • Type-III Inverting Feedback Translation
  • Type-III Non-Inverting Mixed Translation
  • Type-III Inverting Mixed Translation
  • Type-I CCM Stabilization w/ Inv. Mixed Translation
  • Type-III CCM Stabilization w/ Inv. Mixed Translation
  • Type-I Current-Mode Stabilization with an OTA
  • Type-I DCM Stabilization with an OTA
  • Type-I Stabilization for Current Loop
  • Type-II Stab. for Current Loop w/ Inv. Mixed Trans.
  • Type-I DCM Stabilization w/ Inv. Mixed Translation

    Control Loops
  • Non-Inverting Pulse-Width Modulator
  • Current-Mode PWM Voltage Buck
  • Hysteretic Current-Mode Voltage Buck
  • Contracted PWM Buck
  • Contracted Hysteretic Buck
  • Constant On-Time Current-Mode Voltage Buck
  • Constant Off-Time Current-Mode Voltage Buck
  • Constant-Period Current-Mode Voltage Buck
  • RC-Sensed Voltage-Mode Constant Off-Time Buck
  • Filtered Voltage-Mode Hysteretic Buck
  • Voltage-Mode Voltage-Looped Hysteretic Buck

    Switched Inductors: Misc.
  • Buck-Boost: Low-Pass Filtered RL Current Sensor
  • Buck-Boost: Bypass-Filtered RL Current Sensor
  • Phase-Saving Voltage Divider
  • Buck: Ring Suppressor
  • Buck-Boost in Shutdown
  • Buck in Shutdown
  • Boost in Shutdown
  • 7-Stage Gate Driver
  • 4-Stage Gate Driver

  • Acrobat Reader