Find material guidance, design review questions and a checklist for your next ceramic PCB inquiry.
Start with alumina grades, circuit structures and the information needed for a design review.
Read guide →Understand the material families and the grade-specific data a design calculation needs.
Read guide →Prepare drawings, conductor artwork, hole definitions, finish and acceptance requirements.
Read guide →Assemble a clear specification and drawing package before requesting a quotation.
Read guide →Separate a ceramic material property from the performance of a complete heat path.
Read guide →Compare conductor formation and the questions that drive the process choice.
Read guide →Search or browse published articles. Check the cited material grade and test conditions before using a value in a released design.
Introduction to PCB Surface Finish When designing and manufacturing printed circuit boards (PCBs), selecting the appropriate surface finish is crucial for ensuring reliable…
Read article → Selecting the Right Surface Finish for Your PCBIntroduction to PCB Surface Finishes PCB Surface Finishes play a crucial role in ensuring the reliability, solderability, and longevity of printed circuit boards. The right…
Read article → PCB Prototype Surface Finishes and their types Fruitful Article by RAYPCBIntroduction to Solder Paste printing Solder paste printing is a crucial step in the Surface Mount Technology (SMT) assembly process. It involves depositing solder paste onto the…
Read article → What is solder paste and how to print it on PCBs in SMT assemblyPCB Fabrication Specifications Board Thickness The default board thickness for most PCB Proto Services is 1.6mm (0.062″). This is the most common PCB Thickness used across the…
Read article → PCB proto Service Default Values.How Does a Pre-heater Work? The working principle of a pre-heater depends on the specific type and design of the unit. However, the general concept involves the transfer of heat…
Read article → What is the function of Pre-heaterWhat is EAGLE? EAGLE is a PCB (Printed Circuit Board) design software developed by Autodesk. It consists of three main modules: Schematic Editor: Used for creating electronic…
Read article → EAGLE – The Basics About Making Schematics and LayoutsIntroduction to Altium Designer and RAYPCB Altium Designer is a powerful electronic design automation (EDA) software that enables engineers to design printed circuit boards…
Read article → Altium Designer templates with RAYPCB design rulesIntroduction to PCB Design Rules in KiCAD Printed circuit board (PCB) design rules are a critical aspect of creating high-quality, manufacturable PCB layouts using EDA software…
Read article → KiCAD – design rulesTypes of Specific Markings 1. Safety Markings Safety markings are designed to alert individuals to potential hazards and provide guidance on how to navigate dangerous situations…
Read article → What are specific markings?Introduction to PCB History The printed circuit board (PCB) is a fundamental component of modern electronics. It serves as the backbone of countless devices, from smartphones and…
Read article → The History of the Printed Circuit BoardIntroduction to PCB History Printed Circuit Boards (PCBs) have revolutionized the electronics industry since their inception in the early 20th century. These compact, efficient…
Read article → The History of Printed Circuit BoardsWhat are polygons in EAGLE? In EAGLE, a polygon is a closed shape consisting of straight line segments. Polygons are used to define the shape of copper areas, keepout areas…
Read article → Using polygons in EAGLEInclude material, geometry, quantity and any unresolved requirements with your inquiry.
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