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Posted on Jun 10, 2016
Have you ever wanted to simulate a design with existing hardware? Sure you can create a stimulus of what you expect from the hardware then simulate in PSpice, but sometimes there’s no substitute to the real thing. Ideally what engineers want is a blend of virtual and physical prototyping—something possible in PSpice. Since many IoT innovators use inexpensive development boards to develop their idea, I thought it would be instructive to show how one can develop new hardware in OrCAD and PSpice, then integrate the simulation with real sensors driven by an Arduino board.
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 Jun 1, 2016
Optimizing IR drop, OneStor Solutions group, CSES, Bangalore, Goutham, Shashi & Subbu
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 May 9, 2016
Part one of our 4-part, webinar-based series “Root Cause Analysis for General Reliability Issues in Electronics Assembly” focused on the difference between quality and reliability. Within the post,we explained how according to Dr. Ramkumar, the webinar’s presenter, you cannot have reliability without quality and vice versa. Also discussed were ways to help guarantee the components you create are meeting quality and reliability standards. Part two of this series will focus on failure modes and mechanisms­.
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 Mar 8, 2016
Learn how Sigrity makes it easy to quickly run Impedance and coupling checks on your design to identify areas of concern. No models needed!
Posted on Mar 7, 2016
OrCAD has recently updated the Sigrity Electrical Rules Checking (ERC) function. OrCAD Sigrity ERC is for electrical verification for OrCAD PCB designs. Other components include a layout editor for floor planning, editing, and constraint management. The ERC module can be launched directly from within the layout editor. This function can help you find electrical issues early in the design stage and improve overall design cycle efficiency.

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