With PADS Professional’s fully integrated AMS tool, you can simulate real-world circuit behavior to eliminate surprises later. See an example in this whitepaper, which walks through designing and simulating an oscillator circuit with SPICE and VHDL-AMS models. It then explores how to utilize the fully integrated features of AMS to simulate pre-existing schematic designs. https://sie.ag/6G7QDa #PCBDesign #AMS #PCB
Elmar Dukek’s Post
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Power Electronics Engineer ( R&D) | E-Mobility | M-Tech from NIT Agartala | Analog Circuit Design | Electric Vehicle | You tube content creator
How to change PCB Trace width and remove clearance error using Design rules | Altium | Tutorial 5 https://lnkd.in/gxszqpMV For more videos follow my channel- https://lnkd.in/eFpN-ke #Altium #pwm #powerelectronics #youtubevideos #circuitdesign #simulation
How to change PCB Trace width and remove clearance error using Design rules | Altium | Tutorial 5
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Watch this video to hear from Adam Fuchs, about how to use the Cross-Section editor to set up a PCB stack-up using the OrCAD X Presto tool. https://bit.ly/3VzjCi0 #OrCADX #Cadence
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Sharing a quick peek into PCB design process using Altium for PDN analysis. #PCBDesign #EngineeringLife #HardwareDesign
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This custom #esp32 dev board comes from Vaibhav Khatri, and I think this one is a good reminder that you should always check your mask settings. Paste mask and solder mask must work together to ensure you have accurate and defect-free assembly! Want to have your design reviewed on the Altium® Academy channel? Send me a message with your design files or your manufacturing files. https://lnkd.in/gdEBXWtE #pcbdesign #electronicsengineering #pcbmanufacturing
Let the Solder Flow! | 1 Min PCB Design Review
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What’s the point in simulating your PCB design if you end up building something different? Simulations are typically used to either develop design rules for placement and routing or verify designs after routing, before fabrication. But if you don’t define a single source of truth in your PCB spec stackup, you may find that your simulations are a far cry from the reality of what you have actually built. https://sie.ag/5aoVr #PCBDesign #Simulation #SignalIntegrity
How to simulate what you are really going to build using HyperLynx
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Here is a portion of the presentation that I gave at DesignCon 2024. Stackup design needs to be seen as a vital part of any post-route analysis and should really represent a consistent value, or single source of truth, across the life of your design.
What’s the point in simulating your PCB design if you end up building something different? Simulations are typically used to either develop design rules for placement and routing or verify designs after routing, before fabrication. But if you don’t define a single source of truth in your PCB spec stackup, you may find that your simulations are a far cry from the reality of what you have actually built. https://sie.ag/5aoVr #PCBDesign #Simulation #SignalIntegrity
How to simulate what you are really going to build using HyperLynx
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What’s the point in simulating your PCB design if you end up building something different? Simulations are typically used to either develop design rules for placement and routing or verify designs after routing, before fabrication. But if you don’t define a single source of truth in your PCB spec stackup, you may find that your simulations are a far cry from the reality of what you have actually built. https://sie.ag/7LtrfT #PCBDesign #Simulation #SignalIntegrity
How to simulate what you are really going to build using HyperLynx
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Principal Technical Product Marketing Manager - SME PCB Design, MIT, CID+, CPCD - Chairman - Printed Circuit Engineering Association (PCEA)
A PCB stackup is the foundation of your PCB design. It's extremely important to get this correct from the very beginning. This includes early collaboration with your fabricator. Elmar Dukek makes a great point in his post on knowing exactly what materials your fabricator is using to meet your design intent and requirements. #pcbdesign #fabrication #simulation
What’s the point in simulating your PCB design if you end up building something different? Simulations are typically used to either develop design rules for placement and routing or verify designs after routing, before fabrication. But if you don’t define a single source of truth in your PCB spec stackup, you may find that your simulations are a far cry from the reality of what you have actually built. https://sie.ag/7LtrfT #PCBDesign #Simulation #SignalIntegrity
How to simulate what you are really going to build using HyperLynx
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What’s the point in simulating your PCB design if you end up building something different? Simulations are typically used to either develop design rules for placement and routing or verify designs after routing, before fabrication. But if you don’t define a single source of truth in your PCB spec stackup, you may find that your simulations are a far cry from the reality of what you have actually built. https://sie.ag/7LtrfT #PCBDesign #Simulation #SignalIntegrity
How to simulate what you are really going to build using HyperLynx
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What’s the point in simulating your PCB design if you end up building something different? Simulations are typically used to either develop design rules for placement and routing or verify designs after routing, before fabrication. But if you don’t define a single source of truth in your PCB spec stackup, you may find that your simulations are a far cry from the reality of what you have actually built. https://sie.ag/7LtrfT #PCBDesign #Simulation #SignalIntegrity
How to simulate what you are really going to build using HyperLynx
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