Getting Started with Design for Manufacturing [DFM]

Created: March 20, 2018
Updated: March 16, 2020

Getting Started with Design for Manufacturing is an Episode of the OnTrack Whiteboard Series. Join David Marrakchi as he gives an Introduction into Design for Manufacturing. How can you save 40% of time per production cycle and lots of money spent on re-spins?

Learn some easy tricks that will help you get your design right the first time - every time.

View the complete DFM Guidebook by David Marrakchi here.

See All OnTrack Newsletters here.

Altium Designer - PCB Design Software Altium 365 - PCB Design Platform Altium Nexus - Agile PCB Design FREE Trials

Recent Articles

Beginner’s PCB Design for Manufacturing Guidelines

Beginner’s PCB Design for Manufacturing Guidelines We’ve compiled some of the most important design for manufacturing guidelines for beginner engineers. Read Article

custom arduino shield

How to Design a Custom Arduino Shield Board Custom Arduino shields are easy to design with the right PCB layout tools. If you’re a hobbyist or student, take a look at our guide on custom Arduino shields. Read Article

PCB mount transformers

All About PCB-Mount Transformers Before you rectify your AC input down to DC, you’ll need to step down your mains power to the desired voltage with a PCB-mount transformer. Read Article

High Current Circuit Board Design

Getting Started With High Current PCB Design High current PCB design brings its own set of challenges, both in terms of PCB layout and safety. Here’s what you need to know. Read Article

USB 2-layer PCB

Routing Requirements for a USB 2.0 Impedance Interface on a 2-Layer PCB In an earlier blog, I discussed some of the basic points in preparing routing rules for 2-layer PCBs to support routing and layout with digital signals. In particular, we looked at some of the basic stackup and routing rules needed to support a digital interface like I2C or SPI on a 2-layer PCB. When working with these interfaces, a few simple guidelines can help ensure signal integrity in your board and cut down on EMI. What about an impedance Read Article

H-bridge Full Wave Rectifier

Beginner's Guide to H-bridge Full Wave Rectifier Design Need to start a new power conversion design? You’ll probably need an H-bridge full-wave rectifier to produce a stable DC output. Read Article

1 oz copper weight

Do You Always Need 1 oz. Copper Thickness on Each Layer? 1 oz. copper thickness is often seen as a standard thickness value used in many designs. Here’s when you might need thicker copper on every layer. Read Article

2-layer PCB Routing

Can You Route Digital Signals on a 2-layer PCB? 2-layer PCBs are a common entry-level choice for designers, and they can even support high speed designs if built correctly. Read Article

4 Layer PCB Stackup

Two Alternative 4 Layer PCB Stackups With 50 Ohms Impedance Need a 4-layer PCB stackup that can support high speed components on both sides of the board? Consider these alternatives to the typical 4-layer stackup. Read Article

Rotation-proof pin header

Can You Design a Rotation-Proof Connector Pinout? There are times where your connector pinout needs to be adaptable and reversible. What’s the easiest way to do this? Use a rotation-proof connector in your PCB. Read Article

Back to Home