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High Speed,PCB Signal integrity,Allegro
"PCB design"
"PCB PI"
"Power Delivery Network"
16.5
16.6
16.6 routing
advanced package designer
ADW
Allegro 16.3
Allegro 16.5
Allegro 16.6
Allegro Design Entry
Allegro Design Workbench
Allegro PCB Editor
Allegro PCB SI
Allegro System Architect (ASA)
AMS
Analog and RF SiP design
APD
application mode
ASA
Capture
Capture CIS
Capture-CIS
ConceptHDL
constraint databases
Constraint Manager
Constraint-driven PCB Design flow
constraints
DEHDL
design
Design Entry
Design Entry CIS
Design Entry HDL
Design Rule Checker
diff pairs
Differential Pair Support
differential pairs
Digital SiP design
discontinuity modeling
ECSets
electrical constraints
electromagnetic
field solver
FPGA
FPGA System Planner
FPGA-PCB Co-Design
Front-end PCB design
FSP
full wave
GRE
IC Packaging
IC Packaging and SiP Design
Integrity Check
layout
Librarians
Library
Online Support
OrCAD
OrCAD Capture
OrCAD PCB Editor
OrCAD PCB SI
PCB
PCB Capture
PCB design
PCB Editor
PCB Layout and routing
PCB PI
PCB power integrity
PCB SI
PCB Signal and power integrity
PDN
PDN Analysis
PI
Power Delivery Network
power integrity
Predictable PCB design
routing
Schematic
SCM
SI
SI analysis and modeling
signal integrity
Signal Intregrity
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What's Good About OrCAD Capture’s Signal Integrity Flow? The Secret's in the 16.6 Release!
With the 16.6 release, you now have the capability of utilizing the PCB SI tools (SigXP) to work with topologies and constraints in the OrCAD Capture environment. Capturing constraints early in design cycle is important for the following reasons: Quality challenges as the design cycle for any PCB product...
Posted to
PCB Design
(Weblog)
by
Jerry GenPart
on Tue, Feb 19 2013
What's Good About PCB SI PDN Analysis? 16.5 Has Many New Enhancements!
As clock and data frequencies increase and high-speed systems become more densely populated, noise-free power delivery becomes a major challenge for PCB design. When fast switching devices change state simultaneously, power flow ripple propagates through the power delivery system as noise that varies...
Posted to
PCB Design
(Weblog)
by
Jerry GenPart
on Wed, Jun 6 2012
What's Good About PCB SI Signal Integrity Application Mode? It’s in the 16.5 Release!
In release 16.0, the concept of Application Modes was introduced. These application modes are used to set up the tool for specific tasks. The existing applications are General Edit, Etch Edit, and Placement. In 16.5, the Signal Integrity (SI) application mode has been added to be used for high-speed...
Posted to
PCB Design
(Weblog)
by
Jerry GenPart
on Tue, Jan 31 2012
What's Good About Retaining Electrical Constraints? Look to SPB16.5 and See!
Currently, many of the SPB products support extended nets, better known as Xnets. Xnets are created automatically when a signal model is assigned to a component and that signal model defines that a connection is to be made between two pins of the component. This creates an Xnet that connects the nets...
Posted to
PCB Design
(Weblog)
by
Jerry GenPart
on Mon, Aug 8 2011
What's Good About PCB PI Discontinuity Modeling? See For Yourself in SPB16.3!
The current Allegro PCB Power Integrity (PI) tool is fast, but not accurate enough in the high frequency band due to the effect of discontinuities. This feature uses a discontinuity model in the PI analysis. With discontinuity model integration, PI analysis is more accurate and allows you to control...
Posted to
PCB Design
(Weblog)
by
Jerry GenPart
on Tue, Mar 29 2011
What's Good About Cadence Online Support Product Pages? – Check Out This List!
I wrote about the new Cadence Online Support features in one of my blog posts last year. One of our Silicon Package Board (SPB) Customer Support AEs suggested that I include the Cadence Online Support Product Page URL whenever I write about a specific product’s feature. I will be doing that --...
Posted to
PCB Design
(Weblog)
by
Jerry GenPart
on Wed, Mar 2 2011
Page 1 of 1 (6 items)