Light Reading for the Evening Dive into the fascinating world of S-parameters and reflection coefficients! Uncover the secrets behind electrical networks, Gain, Return loss, and VSWR 🌐 https://ow.ly/R6ZP50Uxk7T #PCBDesign #Learning
Cadence System Design and Analysis
Software Development
San Jose, California 40,595 followers
System Design and Analysis tools for chips, packages, or boards to enable fast and efficient product creation.
About us
Cadence front end, PCB layout, and routing technology offers a scalable, easy-to-use, constraint-driven PCB design solution for simple to complex PCBs, including those with RF etch components. It also includes innovative new auto-interactive technologies that efficiently and quickly accelerate routing of highly constrained high-speed interfaces. Cadence PCB design tools streamline the process for ECAD/MCAD collaboration using industry-standard EDMD (IDX) schema and design data handoff to manufacturing through modern, industry-standard IPC-2581.
- Website
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https://www.cadence.com/content/cadence-www/global/en_US/home/tools/pcb-design-and-analysis.html
External link for Cadence System Design and Analysis
- Industry
- Software Development
- Company size
- 5,001-10,000 employees
- Headquarters
- San Jose, California
- Type
- Public Company
- Founded
- 1985
- Specialties
- EDA software, PCB Design, ECAD, High-Speed Design, Spice Simulation, Electronic System Design, and Signal Analysis
Locations
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Primary
Get directions
2655 Seely Ave
San Jose, California 95134, US
Employees at Cadence System Design and Analysis
Updates
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How to share a multi-block design? https://lnkd.in/gQpptDj8 #PCBDesign
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Netlists are the backbone of PCB design. We've reimagined the process so it fits into your workflows easier. Watch the video and see for yourself. https://ow.ly/FWFI50UxjZr #PCBDesign
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🎉 As 2024 wraps up let's celebrate the makers! Your dedication to pushing boundaries, solving complex challenges, and creating extraordinary designs has been nothing short of inspiring. You're not just building circuits; you're shaping the future. Here's to the successes you've achieved, the lessons you've learned and the innovations yet to come. Let's make 2025 a year of even greater milestones! What's your biggest goal for 2025? We think 2025 will be a great year for innovation. #PCBDesign #EngineeringExcellence #NewYear
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Expand your RF range by looking into the fundamentals of a power dynamic range for receivers. https://ow.ly/8zOG50Usj95 #PCBDesign
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Is signal transmission performance a bit worse than expected? See how the bit error rate sets the acceptable error for transmissions while acting as a check on the design. https://lnkd.in/g7xPGRXc #PCBDesign #OrCADX
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Are you suffering from a magnetic hysteresis headache? Well, take two aspirin and call Cadence in the morning. https://ow.ly/HN0q50Usj2k #PCBDesign
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No, a flip-flop is not a politician. It is a type of digital circuit that is crucial to the design of digital systems. https://ow.ly/YiPF50UsiYl #PCBDesign #FlipFlop
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⭐ Every great PCB design, and every great career, starts with but a step, This year, reflect on how far you've come. Then dream about where you are going next. #PCBDesign
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Want to know why measuring and analyzing S-parameters is important in RF/microwave engineering? Learn here: https://lnkd.in/g5wsmT-N #PCBDesign #RF