Sign In

Stackup Impedance Profiles Manager

Created: November 5, 2018
Updated: March 16, 2020

Explore Altium Designer Get a FREE Trial Altium Designer Quickstart Guide Technical Documentation Altium Designer Licensing Options

Related Resources

What is Burn-in Testing for Electronics?

What is Burn-in Testing for Electronics? Once you’re planning for production of any new board, you’ll likely be planning a battery of tests for your new product. These tests often focus on functionality and, for high speed/high frequency boards, signal/power integrity. However, you may intend for your product to operate for an extreme period of time, and you’ll need some data to reliably place a lower limit on your product’s lifetime. In addition to in-circuit tests, functional tests Read Article

What is a Schematic Netlist for Your PCB?

What is a Schematic Netlist for Your PCB? If you’ve created your next great schematic, there is a lot going on behind the scenes in your design software. The connectivity between components in your schematic can be reduced to a small number of logical and electrical identifiers. The schematic may provide a graphical picture showing connections between different components and pins, but to really understand everything about your design, you’ll need an important document. A schematic Read Article

Altium Designer 25: Pioneering Collaboration, Product Development, and Advanced Simulation

Altium Designer 25: Pioneering Collaboration, Product Development, and Advanced Simulation In the fast-evolving world of electronics, collaboration is key to efficient product development and innovation. Altium Designer 25 (AD25) emerges as a powerful platform designed to bridge traditional gaps, enabling seamless collaboration across teams and improving the efficiency of high-complexity PCB projects. This article explores how AD25’s new and enhanced capabilities—spanning PCB CoDesign, Product Design with Harness and Multi-board Read Article

Bending the Rules: Designing Flexible Circuits for Dynamic Applications

Bending the Rules: Designing Flexible Circuits for Dynamic Applications Flexible circuits enable compact, lightweight, and adaptable designs that rigid PCBs cannot achieve. From wearable devices to robotic systems, flexible PCBs excel in applications requiring constant movement. However, these dynamic environments pose unique challenges for circuit design, demanding a blend of technical expertise and strategic planning. In this blog, we’ll look into designing flexible circuits for dynamic applications. From Read Article

46 How To Insert a Realistic View of Your Board in Draftsman in Altium Designer 19 To learn more about Altium Designer 19, listen to Altium Engineer David Marrakchi discuss this latest Altium Designer release with Judy Warner on the OnTrack Podcast. Or follow us on the Altium Designer Youtube Channel to stay up to date with the latest. Watch Video

PCB Land Pattern Design to the IPC-7351 Standard

The IPC-7351 Standard in PCB Footprints and Land Patterns Your components won’t attach to your PCB without land patterns, and it’s up to the designer to create compliant land patterns for components. One common question from new designers is: what should the pad dimensions be? Technically, the only constraints on a PCB land pattern are those imposed by fabricator DFM requirements. However, many designers opt for land patterns designed according to the IPC-7351 standard. This important standard provides Read Article

2:08 Altium Designer Benefits: Centralize And Standardize Your Most Valued Assets Watch Video

Driving Haptic Vibration and Feedback in Wearables

Driving Haptic Vibration and Feedback in Wearables Augmented reality, virtual surgery, limb replacements, medical devices, and other new technologies need to incorporate haptic vibration motors and feedback to give the wearer a full sense of how they are interacting with their environment. Unless these cutting-edge applications include haptic vibration and feedback, users are forced to rely on their other four senses to understand the real or virtual environment. Low cost components to support Read Article

Bluetooth 5.1 SoC vs. Module: Which is Best for Your Design?

Bluetooth 5.1 SoC vs. Module: Which is Best for Your Design? The list of features available in Bluetooth just got a little longer since the release of Bluetooth 5.1. Component manufacturers have taken this mobile technology to the next level for IoT devices by integrating wireless comms with an MCU for embedded processing. This is just another step in the continuous push to pack more functionality into a smaller footprint. If you want to incorporate a Bluetooth 5.1 SoC into your new product, you have two Read Article

Decoupling Capacitor and Bypass Placement Guidelines

Decoupling Capacitor and Bypass Placement Guidelines Power integrity issues are often assessed from the power supply side, but examining IC output is equally crucial. Decoupling and bypass capacitors help stabilize power fluctuations on the PDN, ensuring consistent signal levels and maintaining a steady voltage at an IC’s power and ground pins. To assist with effective usage, we've outlined essential design guidelines for bypassing and decoupling capacitors in your next PCB. This blog explores the Read Article

Related Technical Documentation

Back to Home

Take advantage of the world's
most trusted PCB design system.

One interface. One data
model. Endless possibilities.

Effortlessly collaborate with
mechanical designers.

The world's most trusted
PCB design platform

Best in class interactive
routing

View License Options