Blog
How to Read PCB Layout: Layers, Traces and DFM Checks
Learn how to read PCB layout files by checking board outline, layers, components, traces, vias, drill files, silkscreen, and DFM issues before fabrication.
Blog
How to Measure PCB Trace Impedance: TDR, Coupons and DFM Checks
Learn how to measure PCB trace impedance with TDR, test coupons, stackup data, tolerance checks, and controlled impedance DFM review.
Blog
How to Make Vias on PCB: Drilling, Plating and DFM Checks
Learn how to make vias on PCB with drilling, copper plating, via types, annular ring checks, aspect ratio limits, and DFM notes before fabrication.
Blog
How to Make Double Sided PCB: Vias, Alignment and DFM Checks
Learn how to make double sided PCB with copper layers, plated vias, alignment, DFM checks, Gerber files and manufacturing review.
Blog
How to Make PCB Layout: Placement, Routing and DFM Checks
Learn how to make PCB layout from schematic and footprints to placement, routing, DFM checks, Gerber files and manufacturing review.
Blog
How to Design a PCB Board for a Circuit: Schematic, Layout and DFM Checks
Learn how to design a PCB board for a circuit, from schematic and footprints to layout, DFM checks, manufacturing files and quote-ready review.
Blog
DFM and DFA in PCB Manufacturing
Let’s delve into two core concepts in PCB manufacturing: DFM (Design for Manufacturability) and DFA (Design for Assemblability). They represent the most critical application of the “Concurrent Engineering” and “Design for X” philosophies within the electronics industry. Their goal is to prevent problems at the design source, thereby significantly reducing Read more