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How to Design for the Reliability of PCB Circuits

Improper PCB design can impact electronic equipment reliability, and careful attention to grounding techniques, including choosing the right grounding method, separating digital and analog circuits, using thick ground wires, and creating closed ground loops, is essential to mitigate noise and interference.

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PCB Plating Process: Multi-layer PCB Fabrication Procedure – 06 – PCB Manufacturing Specifications – Wellcircuits

The hole walls after drilling are composed of non-conductive epoxy resin and fiberglass board In order to connect circuits between different layers it is necessary to metalize the hole walls through

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What is a PCB Via? – An Overview of PCB Vias and Their Functions – Wellcircuits

In multi-layer PCB design and manufacturing process the term via is extensively used However what does the via mean and how to use it in designs In this video well cover some basics about the

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How to Place a PCB Assembly Order on the Wellcircuits Website: A Step-by-Step Guide

Welcome back to the Wellcircuits website exploration In this video well introduce to you the PCB assembly ordering process step by step You can get the assembly quotation either from the PCB quote page

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What is PCB Back Drilling? An Overview of PCB Back Drilling – PCB Fundamentals – Wellcircuits

What is PCB Back DrillingBack drilling is a technique used to remove via stubs from the inner layers of a multilayer PCB Via stubs are non-functional portions of plated through-hole or via barrels w

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Reasons for PCB Deformation and Preventive Measures

PCB deformation during processing is caused by thermal and mechanical stresses, which can be mitigated through careful design, proper handling, and specific post-processing steps like stress relief, drying, and controlled cooling.

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Why is it important to match the Driver and Receiver in PCB design?

The characteristic impedance of a PCB transmission line must match the electronic impedance of the driver and receiver to prevent signal distortion, and controlling impedance requires careful attention to factors such as trace width, material properties, and layer stack-up.

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PCB component placement, along with board shape and dimensions

The text provides detailed guidelines for designing and inspecting PCBs, covering factors like trace width, thickness, line spacing, component placement, and layout considerations to ensure electrical performance, reliability, and ease of assembly.

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