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HyperLynx Power Integrity
PCB Power Delivery Network (PDN) Design and Verification
HyperLynx power integrity tools for system designers
This special video features Eric Bogatin. Mr. Bogatin is the Technical Editor at Signal Integrity Journal and a Professor at University of Colorado-Boulder in the ECEE dept. Additionally, he is a Fellow with Teledyne LeCroy.
Power Delivery Network (PDN) Design and Verification
In this interview-styled video, learn how HyperLynx Power Integrity lets users maximize design performance and minimize costs by analyzing DC and AC behavior of their PCB’s power delivery network in an easy-to-use, “what-if” environment. DC analysis validates power plane design and density while AC analysis ensure components have adequate high-speed decoupling to operate reliably.
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HyperLynx power integrity
HyperLynx power integrity tools lets users maximize design performance and minimize costs with models and optimizers including
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DC Drop Analysis
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AC Decoupling Analysis
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PDN Optimization
Watch this video to see the full interview with Power Integrity expert Eric Bogatin.
Model multiple DC supplies to identify areas where voltage drops and current densities exceed safe limits
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Quick model your distributes PDN to access the impedance seen by critical components, validating your design against manufacturer specificaitons.
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The PDN Decoupling Optimizer automatically determines the best locations and values for decoupling capacitors, reducing design manufacturing cost while ensuring PDN impedance requirements are met.
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HENISWARE
Henis Hardware Co., Ltd.
98/32 Moo 4, Bueng Yitho,
Thanyaburi, Pathumthani, Thailand
12130
+66 (0)2- 531-0997
+66 (0)87- 076 - 2484