COMPLETE CIRCUIT SIMULATION AND VERIFICATION

OrCAD PSpice

Easily verify circuit behavior and optimize your designs with industry-leading, SPICE simulation.

Achieve Peak Circuit Performance

Easily simulate, analyze, and optimize your circuit functionality with the world’s most reliable SPICE simulator. PSpice delivers a complete circuit simulation and verification solution with native analog/mixed-signal analysis.

Integrated Simulation

EASY

Integrated Simulation

Analyze critical circuits with native analog and mixed-signal simulation engines directly from the schematic. Seamless integration with the schematic provides easy-to-understand results with color-coded graphical waveforms and probes as well as bias point information overlays.


Extensive Model Support

SEAMLESS

Extensive Model Support

Quickly define and simulate circuits with over 33,000 simulation-ready models from various IC vendors as well as pre-defined, configurable models for sources, switches, transformers, capacitors, inductors, and more. Enable rapid creation of simulation-ready models for common components and magnetic parts with datasheet-driven modeling wizards. Integrated C/C++ and SPICE simulation engines enable you to fully model mixed signal electronic devices at any level of abstraction directly from the schematic.

Simulation and Design Optimization

ACCURATE

Advanced Mixed-Signal Simulation and Design Optimization

Easily perform Time Domain (Transient), DC Sweep, AC Sweep, and Bias Point for comprehensive circuit analysis. Then seamlessly evaluate multiple design implementation options to improve yield, reduce design costs, increase circuit reliability, and fine-tune circuit behavior with the advanced analysis features in PSpice.

Waveform Analysis and Reporting

CONSISTENT

Waveform Analysis and Reporting

Delve into simulation results using best-in-class waveform viewing and analysis capabilities with automatic computation of measurements using built-in analog and mathematical functions. For comprehensive analysis, quickly transform results to analyze Bode Plots, Fourier Transforms, derivatives, and more.


UNMATCHED CIRCUIT VERIFICATION

Industry-Leading SPICE Simulation

Extensive Modeling

Analog Libraries | Digital Libraries | Configurable Models | Wizard-Driven Model Import

Circuit Simulation and Analysis

Analog | Digital/Mixed-Signal | Transient | Bias | DC/AC Sweep

Waveform Analysis

Customizable Plots | Measurements | Fourier Transforms | Bode Plots | Mathematical Calculations | Hysteresis Core Loss

Advanced Circuit Analysis

Worst-Case Analysis | Monte Carlo Analysis | Parametric Sweep | Temperature Sweep | Frequency Response Analysis

Circuit Optimization

Component Stress | Component Tolerance | Optimization | Performance Analysis

Electro-Mechanical Simulation

MATLAB/Simulink Co-simulation | Device Model Interfaces


With OrCAD PSpice Designer, design problems are found much earlier, saving crucial time and money often spent in building and debugging ECU boards within system prototypes.”

—Santosh Birajdar, Senior Manager, Electrical and Electronics PV, Tata Motors


Beyond the Standard SPICE Simulation

Easily optimize your design with a wide variety of simulation tools and models available in PSpice. Create virtual prototypes to test for design failures, maximize circuit performance, and optimize for cost early in the design process all before building a single physical prototype.

  • Amplifiers and Linear ICs
  • Analog Behavior Models
  • Data Converters
  • Discrete
  • Electro-Mechanical
  • Ideal Devices
  • Logic
  • Magnetics
  • Memory
  • OptoElectronics
  • Passives
  • Power Management
  • Programmable Devices
  • Simulator Command
  • Sources
  • Special Functions
  • Switches
  • LEDs
  • Diodes
  • Zener Diodes
  • Switches
  • Transformers
  • Voltage Controlled Oscillators
  • Transient Voltage Suppressors
  • PWL Sources
  • Pulse Sources
  • Sine Sources
  • DC Sources
  • Exponential Sources
  • Impulse Sources
  • FM Sources
  • Three Phase Sources
  • Noise Sources
  • Controlled Sources
  • Ground
  • Current Sources
  • Voltage Sources
  • Digital
  • Discretes
  • Passives
Quickly configure manufacturer’s SPICE models to simulate realistic circuit behavior with the easy, wizard-driven import.
  • System C/C++
  • Verilog A
  • Verliog AMS
Simulate the behavior of the circuit over time.
Display values for voltage, current, and power at points in the circuit directly on the schematic canvas.
Sweep a source (voltage or current), a global parameter, a model parameter, or temperature through a range of values.
Simulate the frequency response of your circuit.
Simulate device noise contributions and the total input and output noise.
Determine the worst probable output of a circuit or system given the restricted variance of its parameters.
Determine the effects of temperature on circuit behavior by performing the analyses at different temperatures.
Perform multiple iterations of an analysis while varying a global parameter, model parameter, component value, or operational temperature.
Automatic statistical calculations, probability density graphs, and cumulative distribution graphs predict production yield.
Identify which components are in danger of becoming over-stressed before going to production.
Identify which components require tighter or looser tolerances with sensitivity analysis.
Compare ideal measurements or waveforms with current circuit behavior and automatically identify component parameters that require adjustment to achieve the desired functionality.
Vary multiple component parameters at once and view the effect on circuit behavior with the Parametric Plotter.
Simulate the entire electro-mechanical system as one with bi-directional integration, streamlined co-simulation, and the easy import of PSpice models into Simulink.
Automatically determine the frequency response of non-linear switching circuits using Fourier analysis to plot gain/phase response.
Automatically transform the transient analysis results to the DC and Fourier components.
  • Band Pass
  • High Pass
  • Low Pass
  • Admittance
  • Average
  • Bode Plot
  • Conductance
  • Current Gain
  • Voltage Gain
  • Derivative
  • Fall Time of Step Response
  • First Peak
  • Fourier Transform
  • Impedance
  • Linear
  • Log
  • Nyquist Plot
  • Overshoot of Step Response
  • Period
  • Phase Difference
  • Pulse Width
  • Resistance
  • Rise Time of Step Response
  • Rms
  • Square Root
  • Absolute
  • Sign Function
  • Square Root
  • Exponential
  • LOG/Ln/LOG10
  • Magnitude and Magnitude in decibels
  • Phase
  • Real and Imaginary Parts
  • Power
  • SIN and Cosine (Cos)
  • Tangent (Tan) and Inverse Tangent (Arctan)
  • Derivative
  • Integral
  • Average and RMS Average
  • Minimum and Maximum
  • Bandwidth
  • Center Frequency
  • Conversion Gain
  • Cutoff Highpass and Lowpass
  • Duty Cycle and Nth Duty Cycle
  • Fall Time
  • Gain Margin
  • MATLAB Function
  • Maximum and Minimum
  • Overshoot
  • Peak and Nth Peak
  • Period
  • Phase Margin
  • Power Dissipation
  • Pulse Width
  • Bandpass: Bandwidth and Q
  • Rise Time and Settling Time
  • Slew Rate: Fall and Rise
  • Swing
  • Zero Cross

A SPICE Solution for Every Design Need

PSpice Basic

PSpice Basic

Included with all the PCB Designer Suites, PSpice Basics provides the tools needed to simulate basic circuitry before PCB layout

PSpice Designer

PSpice Designer

PSpice Designer is the Gold Standard in PCB Simulation and Analysis, allowing you to perform comprehensive circuit analysis.

PSpice Designer Plus

PSpice Designer Plus

PSpice Designer Plus provides the tools needed to optimize your designs and improve reliability, predictability, yield, and cost.


Compare PSpice Tiers

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