|

EMA Resources

Blog

Home > EMA Resources > Blog > In-Design Analysis With Sigrity Aurora

In-Design Analysis With Sigrity Aurora

Perform SI and PI analysis without leaving your PCB design environment.

LinkedIn
Email
Subscribe To Newsletter
Get Content Like This Delivered Directly to Your Inbox

Related Resources

Blog
Factors that aid in PCB layout efficiency include component placement, signal flow, power distribution and thermal considerations.

PCB Layout Efficiency: Tools to Optimize Your Design

Strategies for PCB layout efficiency: component placement, signal flow, power distribution, and thermal management, and how OrCAD 24.1 aids.
See Blog
Blog
PCB design documentation accuracy affects the electronic device manufacturing process

Ensuring PCB Design Documentation Accuracy

Ensuring PCB design documentation accuracy is crucial, because it affects the electronic device manufacturing process, functionality, and reliability.
See Blog
Blog

DDR4 vs DDR5: Overcoming Challenges

Achieving DDR4 vs DDR5 optimization requires knowing the features available and understanding the challenges encountered when implementing each memory
See Blog
Blog
PCB stackup design guidelines are required to manage multilayer signal flow through vias

PCB Stackup Design Guidelines

Essential PCB stackup design guidelines to improve signal integrity, manage EMI, and enhance power distribution across your 4, 6, and 8-layer PCB boards.
See Blog
Blog
Computer 3D modeling of temperature distribution on PCB

The Essential PCB Thermal Design Guide

Creating a PCB thermal design guide involves considering factors to manage heat dissipation and ensure the reliability and performance of the board.
See Blog
Blog
EMI is one source of circuit noise

Applying Circuit Noise Reduction Techniques

Applying circuit noise reduction techniques is critical to ensure the reliability, accuracy, and stability of electronic devices.
See Blog
Blog
PCB of a basic RF circuit mixer

The RF Circuit Design Basics To Know

Learn all about RF circuit design basics, essential steps, and material selection for reliable performance in high-frequency applications.
See Blog
Blog
high-power RF PCB

Best High Power PCB Design Guidelines

Designing high-power PCBs presents many challenges for engineers. This article proposes the best high-power PCB design guidelines to follow.
See Blog
Blog
PCB manufacturing process steps

Choosing PCB Via and Pad Size

Learn all about PCB via size guidelines and PCB pad size guidelines, including via types, IPC standards, and sizing criteria.
See Blog
Blog
DDR5 memory modules undergo rigorous testing before going to market,ensuring DDR5 signal integrity.

DDR5 Signal Integrity Essentials

DDR5 signal integrity is critical for efficient operation and exchange of data from memory to onboard modules and across intraboard data channels.
See Blog
Blog
PCIe connector detail on a high-end graphics card with metal backplate heatsink

PCIe Gen 6: PCB Design Essentials

To leverage PCIe Gen 6 features, your PCB design needs to handle high data rates and stringent PCIe requirements. Here are some PCB design best practices.
See Blog
Blog
An accurate CAD model is essential for signal integrity analysis

Signal Integrity Analysis in PCB Design

Signal integrity analysis in PCB design requires accurate CAD models and part information because they provide precise component characteristics.
See Blog
EMA Design Automation