An Altium net tie is useful when two nets must meet at one intentional location without losing their names, rules, or review visibility everywhere else.
An Altium Net Tie Should Solve One Controlled Short, Not Hide a Routing Mess Read More »
Impedance mismatch on a PCB usually appears first at the launch, via field, connector, or return-path break where the signal stops seeing the geometry you modeled.
Impedance Mismatch on a PCB Usually Starts at the Transition, Not the Trace Read More »
The impedance of a capacitor is not just 1 over omega C once ESR, ESL, DC bias, and PCB mounting are involved. This guide explains how real capacitors behave across frequency and why the lowest-value part is not always the best bypass choice.
Capacitor Impedance Changes With Frequency, ESR, and Mounting Reality Read More »
PCB silkscreen is not cosmetic when reference designators, polarity, test points, and connector labels have to stay readable after assembly. This guide shows what to print, what to leave out, and where silkscreen mistakes create real manufacturing trouble.
PCB Silkscreen Rules That Prevent Assembly Confusion and Field-Service Mistakes Read More »
A surface mount PCB is only as good as its assembly margin. Package choice, pad geometry, spacing, inspection access, and rework planning all decide whether the board builds cleanly and stays serviceable.
Surface Mount PCB Layout Choices That Decide Yield, Inspection, and Rework Read More »
This guide explains how guitar pedal PCBs are laid out, powered, switched, debugged, and prepared for repeatable assembly.
Guitar Pedal PCB Layout Details That Shape Noise, Switching, and Serviceability Read More »
PCB reverse engineering helps maintenance teams recover lost schematics, reproduce obsolete control boards, and keep industrial equipment running longer.
How Reverse Engineering Extends the Life of Industrial Control Boards Read More »
