PSpice
Simulate with Confidence!
Design, validate, and optimize design performance, cost-effectiveness, and reliability with the industry-leading circuit simulation tool, PSpice. Engineers are able to predict and mitigate potential problems, such as electrical stress, design yield, and reliability issues, before physical prototyping, saving time and resources.
PSpice Simulations
Bias Point
Bias Point Analysis determines the operating point of the circuit, including the voltages, currents and power at DC conditions.
PSpice Advanced Simulations
Sensitivity Analysis
Sensitivity Analysis measures how a variation in a component’s parameters affects the behavior of the circuit.
Parametric Plotter
Parametric Plotter sweeps any number of design and model parameters and plots the results.
Optimizer
Process of fine-tuning a design by varying user-defined design parameters until performance comes close to the ideal performance.
Smoke Analysis
Smoke warns of component stress due to power dissipation, increase in junction temperature, secondary breakdowns, or violations of voltage / current limits.
Advanced Monte Carlo
Advanced Monte Carlo randomly varies every parameter in your circuit that has a tolerance and plots a distribution of the results with yield calculation.
MATLAB & Simulink Co-Simulation
The Cadence PSpice integration with MathWorks® MATLAB® and Simulink® enables co-simulation within an integrated system design and debugging environment, allowing electrical engineers to perform conceptual design and what-if analysis for complete system-level simulation.
