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PCB Routing

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Designing for Military and Aerospace Embedded Systems Applications Military and aerospace systems include a number of embedded systems that provide critical functionality. Your next military or aerospace system will require a number of complicated embedded systems to keep it functioning at top performance. Each of these embedded systems must provide specific functionality in rugged environments, and creating these systems takes powerful design software. Only Altium Designer gives you all the tools you need to Read Article

Prevent Copper Wear and Short Circuits with Rules-Driven Design

Prevent Copper Wear and Short Circuits with Rules-Driven Design The phrase “PCB design” might seem to emphasize design, but it actually includes all aspects of printed circuit board manufacturing. Without the proper attention to design for manufacturability (DFM), a design might be sent back to a designer for corrections and further review by a CAM engineer. DFM is meant to ensure a board can be produced with high yield and is best implemented in rules-driven design software. When you need to follow important Read Article

Impedance-Controlled Routing and Your PCB Design Rules

How to Calculate Impedance-Controlled Routing In Your PCB And Design Rules See the process for impedance-controlled routing calculations based on PCB stackup selection and PCB materials selection. Read Article

Learn How to Design PCBs with the Best PCB Design Tutorials

Learn How to Design PCBs with the Best PCB Design Tutorial Let’s face it: PCB design is complex, and not all design software packages have the tools to help you be successful. Whether you’re creating a simple two-layer board or a complex high-speed digital system, Altium Designer has the design tools and PCB design tutorial you need to get started and succeed. You’ll have access to multiple PCB design tutorials to help you gain a better understanding of advanced features as you venture deeper into PCB Read Article

CAN-Bus PCB Layout Guidelines

Designing CAN-Bus Circuitry: CAN-Bus PCB Layout Guidelines There are three main components in a CAN-bus node: Microprocessor CAN-bus controller CAN-bus transceiver The CAN-bus controller implements all the low-level features of the network protocol, ISO 11898–1, while the transceiver communicates with the physical layer. Different transceivers are required for different physical layers, such as high-speed can, low-speed fault-tolerant can, or high-speed can with variable data rate. In a typical Read Article

I2C vs SPI vs UART for LCD screen

UART vs. SPI vs. I2C: Routing & Layout Guidelines If you’ve never worked with an MCU and programmable ICs, here are some routing and layout guidelines on I2C vs. SPI vs. UART. Read Article

Best Practices: Efficient Use of Snapping in Altium Designer Getting your PCB layout design done takes patience and precision. Complex footprint geometries, board shape, and dense component placement require Watch Video

The Basics of Signal Integrity Analysis in Your PCB

The Basics of Signal Integrity Analysis and Simulation in PCB Design Read and learn the important steps in signal integrity analysis and how these steps reveal problems in your PCB layout. Read Article

CAN-Bus: Introduction and History

CAN-Bus: Introduction and History Take a look at our controller area network bus introduction. You'll learn about the history of CAN buses, their purpose, and how they were created. Read Article

PCB gold traces on polyimide flex materials

PCBs with Gold Traces and Conductors, Now on Flex Materials Flexible polyimide is bio-compatible and critical to many medical applications. Gold PCB traces on flex PCBs provides a fully biocompatible option. Here's how the fabrication process works. Read Article

Best PCB Design Software for Your Single Sided PCB

Best Single Layer PCB Design Software for Your Single-Sided PCB A one-sided PCB design needs the same attention to detail in its design as a large multi-layer board, it needs Altium Designer. ALTIUM DESIGNER The most powerful, modern, and easy-to-use PCB design tool for professional use. It may seem like the world of PCB design revolves around complex multi-layer high-performance PCBs or other exotic design technologies, but the need for single-sided PCB designs is as great as it ever has been. Their Read Article

Alternatives to a TEM Mode Transmission Line

Alternatives to TEM Modes Transmission Lines 112 Gbps interconnects are pushing the TEM mode transmission line to its limit. What’s going to happen next? Read Article

Linux PCB Design Software that is Ready for You to Use

Altium's Upverter for Linux: PCB Design Software that is Ready for You to Use Cloud-based Altium Designer for Linux or Mac OS X PCB design software to give you the design tools that you need. You need to create a design for a printed circuit board, but you are having difficulty in finding schematic capture and PCB layout software that will give you the results you need on your Linux system. There’s great news for you though, here at Altium we’ve got what you need. It’s a cloud-based free Linux PCB design software called Read Article

Utilize BOM Management to Keep your PCB Design Right

Utilize BOM Management Software to Keep your PCB Design Right With Active BOM you can eliminate any guesswork out of your component browser and help you to start your PCB design right. ALTIUM DESIGNER A PCB design tool to keep your PCB moving forward through all stages of production. Are you tired of waiting for other people to give you feedback on your components before you can start your work? Are you tired of budget-busting eleventh hour changes on your design due to incorrect or out-of-date component Read Article

ASME Standards for PCB Design and Manufacturing

ASME Standards for PCB Design and Manufacturing So what does the ASME have to say about PCB design and deployment? As it turns out, there are many important points from the ASME to consider during design for manufacturing. Some important IPC standards for ensuring reliability are derived from ASME standards, while other documentation and drawing standards are specified explicitly in the ASME standards. Whether you work with electromechanical systems, the auto industry, or in aerospace, the Read Article

Planning Your Multilayer PCB Stackup in Altium Designer

Altium Designer: Your Multilayer PCB Stackup Planner Newer PCBs are rarely designed on one or two layer boards. With the high density of connections and the number of components that are used in modern PCBs, your next design will probably be a multilayer PCB. If your next device has an odd form factor, then you will probably be using a rigid-flex PCB. Both of these types of PCBs require the right stackup procedure. This means you need PCB design software with an intuitive stackup manager. When you Read Article

The Best PCB Router Software for Your Complex Designs

The Best PCB Router Software for Your Complex Designs Don’t let antiquated Printed Circuit Board routing tools slow down or even derail your design, use the best PCB router software to get the job done correctly and on time. ALTIUM DESIGNER^® A unified PCB routing software and design package that integrates the best tools, automated documentation, and production planning features. The ASME is one organization that specifies design requirements on all types of mechanical products. Issues like safety Read Article