Resource Library
Posted on Jul 14, 2017
A 3-minute overview video on OrCAD PCB Editor, OrCAD Capture, and PSpice.
Posted on Mar 17, 2017
The integration of Cadence® PSpice® with MathWorks MATLAB and Simulink provides a complete system-level simulation solution for PCB design and implementation. Customers can now utilize PSpice for analog/mixed-signal simulation and perform MATLAB/Simulink behavioral-level modeling, analysis, and visualization in a single, integrated system design and debug environment, improving productivity and accelerating time to market.
Posted on Aug 19, 2016
EMA will show you useful tips and tricks for Cadence PSpice® A/D and why it is the #1 analog simulator in the market today. We will highlight features that will help you achieve fast and accurate results and show you how to maximize the performance of the simulator.
Posted on Jul 14, 2016
The Cadence® PSpice® A/D release 17.2-2016 offers a comprehensive feature set to address design challenges in IoT sensors, controllers, and actuators. With system simulation and modeling technology that enables a unified design environment for mixed-signal design, PSpice A/D can help you deliver a high-quality product within your time-to-market window.
Posted on Jun 10, 2016
Learn how PSpice SLPS enables co-simulation for complete system model for test and verification and helps identify errors early in the design process.
Posted on Jun 9, 2016
See how you can use PSpice to quickly and effectively test your design across 1,000's of different configurations before ever committing to hardware with virtual prototyping.
Posted on Jun 8, 2016
See how PSpice Advanced Analysis takes simulation to the next level to help you optimize your designs while improving reliability, predictability, yield, and cost.
Posted on May 27, 2016
Learn how Home2Net was able to use OrCAD PCB design solutions to reduce their design cycle by 30% while cutting costs at the same time.
Posted on May 13, 2016
Senior Manager Santosh Birajdar discusses how Tata was able to use PSpice to help them find design problems early in the design phase, saving crucial time and money spent in building and debugging ECU boards within system prototypes.
Posted on Apr 18, 2016
Learn how Solid State Logic, a leading manufacturer of professional grade audio mixing solutions, used PSpice to prevent re-spins and avoid unnecessary late stage design changes.
Posted on Mar 8, 2016
See the new frequency response analysis capabilities in PSpice 16.6 which allows designers simulating DC-DC converters (ex: switch mode power supplies) to easily calculate open loop gain ensuring circuit performance and stability.
Posted on Mar 8, 2016
Learn how PSpice Optimizer enables you to quickly and accurately tune your circuits to meet your unique design requirements.
Posted on Feb 23, 2016
Cadence® PSpice® A/D combines industry-leading, native analog and mixed-signal engines to deliver a complete circuit simulation and verification solution. It meets the changing simulation needs of designers as they progress through the design cycle, from circuit exploration to design development and verification. Used in conjunction with PSpice A/D, PSpice Advanced Analysis helps designers improve yield and reliability.
Posted on Feb 23, 2016
Learn how PSpice allow you to perform early system level analysis of your designs.
Posted on Feb 19, 2016
Learn how to quickly associate your PSpice models with your OrCAD Capture Symbols
Posted on Feb 18, 2016
Learn how PSpice Optimizer allows you to automatically adjust your PSpice model's parameter or component values, from a datasheet or bench measurements, to get the best fit on your PSpice model.
Posted on Nov 10, 2015
Learn how OrCAD® PSpice Designer helped Tata Motors find design problems much earlier, saving crucial time and money spent in building and debugging ECU boards within system prototypes.
Posted on Sep 28, 2015
EMA’s Switch Mode Power Supplies (SMPS) workshop shows how to use Cadence® PSpice® A/D and Cadence PSpice Advanced Analysis to design and analyze switch mode power supplies.
Posted on Sep 28, 2015
The nonlinear capacitor is modeled by using ABM (Analog Behavioral Modeling) available in PSpice.
Posted on Sep 28, 2015
With "digital worst-case timing simulation," you are able to use Cadence® PSpice® A/D to evaluate the timing behavior of your digital and mixed analog/digital designs as a function of component propagation delay tolerances.