Find the information that helps you make the next project decision. Start with the build brief, then use the technical library for a specific design or manufacturing question.
PREPARE
Build a clearer RFQ
Identify files, responsibilities, approvals and the next handoff.
EVALUATE
Check project fit
Connect supplier evidence to the construction and quality requirements.
PLAN
Use the planning tools
Explore costs, schedule dependencies and file completeness.
Start with a common project question
- Who supplies the boards and components in a turnkey build?
- What belongs in a production handoff?
- What changes when the deliverable is a complete product?
- How should the testing scope be defined?
Include the relevant question in your brief so the discussion connects to your actual design and acceptance requirements.
Engineering reference library
Browse articles by topic. Reference material supports planning; project-specific requirements and applicable documents govern the released build.
BEFORE YOUR NEXT BUILD Prepare an electronics manufacturing RFQ with controlled files, quantities, sourcing responsibilities and acceptance requirements. Use the checklist. Compare assembly quotes by configuration, material ownership, test coverage, setup charges and delivery assumptions. Resolve exclusions before ordering. Compare turnkey, consigned and mixed sourcing by purchasing authority, material readiness, excess inventory and change control. Define your assembly scope. Define the pilot configuration, evidence, deviations and approval decision before scaling an electronics build. Use a practical first-build checklist. Understand EMS, OEM, ODM and contract manufacturing roles. Compare design ownership, manufacturing scope and the approvals your electronics project needs.Practical buying guides
Electronics RFQ Checklist: Files, Scope & Open Questions
How to Compare PCB Assembly Quotes on Equal Scope
Turnkey vs. Consigned PCB Assembly: Who Owns What?
First-Build Approval Checklist for Electronics Projects
EMS vs. OEM vs. ODM vs. CM: Manufacturing Roles
What Are Molded Interconnect Devices or MIDs?
What are Molded Interconnect Devices? Molded Interconnect Devices, or MIDs, are three-dimensional (3D) injection-molded plastic parts with integrated electronic circuits. These devices combine the…
what does it take to be a pcb layout designer
Understanding the Role of a PCB Layout Designer A Printed Circuit Board (PCB) Layout Designer is a crucial member of the electronic product development…
what does amds purchase xilinx mean electronics world
Introduction In a groundbreaking move that sent shockwaves through the technology industry, Advanced Micro Devices (AMD) announced its acquisition of Xilinx, a leading provider…
what digital transformation pcb design
The Role of Software in Modern PCB Design One of the most significant changes in PCB design has been the shift from manual drafting…
what difference between ecad and mcad
Introduction to CAD: ECAD vs MCAD Computer-Aided Design (CAD) is a broad term that encompasses various software tools used to design, analyze, and optimize…
what causes ringing on a pcb and how to solve it
Understanding PCB Ringing and Its Impact on Signal Integrity PCB ringing is a common issue that can significantly impact the signal integrity of a…
7 common misconceptions about pcb design
Misconception 1: More Layers Always Means Better Performance One of the most common PCB misconceptions is that increasing the number of layers in a…
7 benefits bringing additive manufacturing house
Introduction In recent years, additive manufacturing (AM), also known as 3D printing, has revolutionized the manufacturing industry. Many companies have embraced this technology due…
6 pcb design stats to make you look smart around the water cooler
PCB Design Market Size and Growth The global printed circuit board (PCB) market size was valued at USD 61.5 billion in 2020 and is…
6 layer pcb design guidelines pcb design
Introduction to 6 Layer PCB Design Six-layer printed circuit boards (PCBs) have become increasingly popular in modern electronics due to their ability to accommodate…
5 tips for specifying pcb hole size tolerance
Understanding PCB Hole Tolerance When designing a printed circuit board (PCB), one of the critical aspects to consider is the hole size tolerance. PCB…
5 pcb design facts that your boss needs to know
Fact 1: Proper Planning is Crucial for Successful PCB Design One of the most critical aspects of PCB design is proper planning. Before beginning…
5g antenna tuning mobile and iot devices
Introduction to 5G Antenna Tuning 5G wireless technology promises to deliver faster data speeds, lower latency, and the ability to connect more devices than…
5 Helpful Tips To Increase Schematic Productivity In Altium Designer
1. Master Keyboard Shortcuts for Common Actions One of the best ways to speed up your schematic design process in Altium is to learn…
6 Layer PCB Stackup
What is a 6 Layer PCB Stackup? A 6 layer PCB stackup refers to the arrangement and order of copper and insulating layers in…
4 layer pcb stackup
Introduction to PCB stackups A printed circuit board (PCB) stackup refers to the arrangement of copper and insulating layers that make up a PCB.…
48v 33v regulator design project
Introduction to Voltage Regulators A voltage regulator is an electronic circuit that maintains a constant voltage level at its output despite variations in load…
3d printing electronic boards
Introduction to 3D-Printed-PCBs In recent years, the advent of 3D printing technology has revolutionized various industries, including electronics manufacturing. One of the most exciting…
3D Printing PCBs and Generating Printing Models
Introduction to 3D-printed PCBs 3D printing has revolutionized the way we manufacture products, and now it’s making its way into the world of electronics.…
2+N+2 HDI stackup design
A 2+N+2 HDI stackup uses two build-up layers on each side of an N-layer core structure. The second build-up level can provide access that…
2020 holiday gift ideas your favorite engineer
Top 10 Holiday Gifts for Engineers 1. Raspberry Pi 4 Starter Kit The Raspberry Pi 4 is a powerful single-board computer that's perfect for…
3 electronic devices whose concepts preceded pcb design capabilities
Introduction: The Concept Precedes the Capability The history of electronic devices is filled with visionary ideas that were ahead of their time. In many…
3D Printing Circuit Boards for Fast Prototyping
What is Circuit Prototyping? Circuit prototyping is the process of creating a preliminary version of an electronic circuit to test its functionality, performance, and…
2n3904 Transistor Datasheet – Key Features and Applications
Table of Contents 2N3904 Overview 2N3904 Datasheet Specifications Absolute Maximum Ratings Electrical Characteristics 2N3904 Pin Configuration and Package 2N3904 Applications Amplifier Circuits Switching Circuits…