
Explore PCB design with Eagle CAD, covering schematic creation, bill of materials, component creation/editing, footprint generation, placement, routing, multi-layer boards, and Gerber files.
Create a fresh project in Eagle CAD by setting up a directory and adding a new project and schematic in the control panel, then save in the test project folder.
Explore the Eagle CAD schematic environment, learning to open libraries, add parts, search components, and manage wiring with nets, buses, junctions, labels, and design boxes with ports and part information.
Add and position schematic frames in Eagle CAD using edit>add or Ctrl+Shift+A, choose an A4 or other frame, and manage sheets with move, rotate, and delete at the frame origin.
Learn to configure grids in Eagle CAD, choosing display, style (lines or dots), and 0.1 in grid for schematics, with alternate grid and using alt while drawing for half spacing.
Learn to assign and customize shortcut keys in Eagle CAD, create new keys, modify commands like copy and delete, and use defaults for DRC, ERC, and file searches.
Explore how to use Eagle CAD zoom controls, including zoom to fit, zoom in, zoom out, mouse wheel zoom, and zoom to select, with adjustable zoom factors and center-based zoom.
Learn how to build the Eagle CAD library by creating symbol and footprint libraries, analyzing component datasheets, and attaching 3D models to form complete devices for schematic and board design.
Create a fresh Eagle CAD library by making a new library, saving it to a chosen location, and storing the .lbr file in the documents eagle library path.
Explore the Eagle CAD library environment to create symbols, footprints, and 3D models, attach multiple footprints to a single symbol, and build a complete device.
Download data sheets and 3d cad models by filtering parts on third-party sites, selecting country and currency, then access data sheets and 3d models for in-stock components.
Create electronic symbols in Eagle CAD by building a new library symbol, drawing a zigzag resistor, adding pins with proper pin properties, and labeling name and value for schematic use.
I have attached the files required to create a footprint. Also added the calculation file. Make us of it and create all resistor package footprints. If you have any question, please ask me in Q&A section. Will replay ASAP.
Learn to import, create, and manage 3d packages in eagle cad, linking footprints with 3d models via local step files, web options, or a package generator.
Learn to rename references and assign component values in Eagle CAD using the name and value commands, prioritizing unit value, voltage range, and part number.
Apply net labeling within a single schematic sheet to link 12 v dc to 5 v dc with a 7805 regulator, without wires, showing internal connections via shared labels.
Learn how to label nets in multi-sheet schematics using Eagle CAD, create consistent cross-sheet connections with labels and sheet references, and verify nets like 5 VDC, 12 V, and ground.
Create an eight-bit bus from p2.0 to p2.7 and map db0-db7 to the lcd data lines. Duplicate the bus on a second sheet, label it, and verify connections with show.
Export project files from Eagle CAD, including net lists, part lists, pin lists, images, bill of materials, and library exports, saving to a reports folder.
Learn to prepare a bill of materials in Eagle CAD using two methods: an existing library and a fresh library, plus exporting BOM with device, package, descriptions, and datasheet links.
Create PCB board shapes in Eagle CAD by configuring grids and dimensions. Draw rectangular and circular outlines using lines or coordinates, and review manufacturing outlines.
Learn how to export and import DXF files in Eagle CAD to share PCB shapes between projects, set millimeter units, manage layers, scale, and import dimensions.
Learn to add board dimensions in Eagle CAD by drawing board, selecting the dimension layer, and using the dimension command for horizontal measurements on a 60 by 75 mm board.
learn to add mounting holes on a pcb using eagle cad, set drill diameter, place four non plated through holes (npth) with precise x,y coordinates, and lock them for stability.
Define board restrictions to keep components and routing inside the pcb edge with a 40 mils (about 1 mm) clearance, and apply top and bottom restrictions for double-sided boards.
Learn to create and assign net classes in Eagle CAD, organizing power, ground, and data nets with net rules across schematic and board levels.
Learn to configure net rules in Eagle CAD, creating net classes for data, power, and ground, and define width and clearance constraints for reliable PCB layouts.
Learn to configure design rule checks (DRC) in Eagle CAD, including loading DRC files, setting layer clearance, copper thickness, core, and solder mask, to meet manufacturing standards.
Learn to calculate trace spacing in Eagle CAD by applying clearance rules and manufacturing standards, considering voltage, data, and ground paths, with IPC calculator guidance.
Explore how to set up layers in eagle cad, switch to pcb mode, and place components using move, rotate, and mirror while respecting drc restrictions, board outlines, and silkscreen.
Explore single sided top side PCB placement using Eagle CAD, placing the LCD and main controller near the edge with clear origin references and no overlaps.
Learn dual-sided PCB component placement by moving and mirroring top-side components to the bottom side, using layer setups to view silkscreen differences, and handling through-hole and SMD footprints.
Align components on the top and bottom sides by setting x and y positions relative to the origin. Maintain uniform spacing and minimum clearance for resistors, diodes, LEDs, and switches.
See how the eagle cad pcb looks in a 3d fusion 360 model. Push footprints and 3d components to fusion 360, review alignment, and prep for routing and gerber release.
Learn to start routing in Eagle CAD by translating schematic nets to air wires and routing on a two-layer board with 35 mil power traces and 4 mil data traces.
Explore routing in Eagle CAD, including route a wire, route multiple air wires, quick route options, layer and grid settings, and managing clearance rules for 24 V and 12 V.
Learn how to perform route rip off in eagle cad by selecting top layer, trace via, polygon, connected copper, and between components to selectively remove routing and polygons.
Explore auto routing in Eagle CAD for PCB design, selecting top or bottom layers, setting effort levels, and using grid and multi-thread options to complement manual routing.
Master global planning and split planning in Eagle CAD by pouring ground planes on top and bottom, using polygons and rat's nest checks to verify routing and manufacturing.
Explore how to view and manage top and bottom copper, pads, vias, silkscreen, and ink prints, and set solder mask, paste mask, and drills for Gerber release.
Engage in placement and routing tasks from a two-sheet schematic, plan and compare placements, and learn Gerber output and complete footprints for two-layer pcbs.
Learn to perform DRC, design rule checks, and prepare the bill of materials in Eagle CAD, adjusting supply distances, ground plane connections, and solder mask t stop and cream.
Operate the cam processor to create Gerber files from the default templates, selecting top and bottom copper, solder mask, silkscreen, and board outlines, then export a zip package.
"Welcome to our comprehensive online PCB Design Course using Eagle CAD in English", your gateway to mastering Printed Circuit Board (PCB) design! This course is tailored to help you achieve professional-level proficiency in PCB layout and design, leveraging the powerful Eagle CAD tool.
The demand for PCB (Printed Circuit Board) design services in the market has been steadily increasing due to several factors:
Electronics Industry Growth: The proliferation of electronics in various sectors such as consumer electronics, automotive, aerospace, healthcare, and IoT has led to an increased demand for PCBs.
Miniaturization: As electronic devices become smaller and more compact, the need for intricate PCB designs to accommodate complex circuitry within limited space has risen.
Technology Advancements: Advancements in technology, such as the Internet of Things (IoT), 5G connectivity, and wearable devices, require innovative PCB designs to support their functionalities.
Rapid Prototyping: The trend towards rapid prototyping and shortening product development cycles necessitates efficient PCB design services to quickly iterate and test new designs.
Customization: Industries increasingly require customized PCBs tailored to their specific needs, which drives demand for PCB design services capable of delivering bespoke solutions.
Outsourcing Trends: Many companies prefer to outsource their PCB design requirements to specialized service providers to leverage expertise, reduce costs, and accelerate time-to-market.
Green Initiatives: There's a growing emphasis on environmentally friendly PCB designs, leading to demand for designers who can develop energy-efficient and recyclable PCBs.
Why Choose Our PCB Design Course?
Our course is a top choice for individuals seeking a deep understanding of PCB design. Whether you're new to the world of PCB design or looking to enhance your existing skills, this course is designed to cater to all levels of expertise. Here's what you can expect:
In-Depth PCB Design Knowledge: Dive into the intricacies of PCB design, from fundamental concepts to advanced techniques.
Eagle CAD Expertise: Gain mastery over Eagle CAD, a leading software in the field, and harness its capabilities to bring your PCB design projects to life.
Online Education: Experience the convenience of online learning. Our course is designed for flexibility, enabling you to learn at your own pace, anywhere, and anytime.
Best-in-Class Instruction: Learn from seasoned instructors with extensive experience in PCB design. Benefit from their industry insights and best practices.
Practical Projects: Apply your knowledge to real-world projects, ensuring that you develop tangible skills that are highly sought after in the industry.
Course Highlights:
PCB Design Fundamentals: Start from the ground up, understanding the basics of PCB design, including the components, schematics, and layout.
Eagle CAD Overview: Explore the Eagle CAD software, familiarizing yourself with its tools, features, and shortcuts.
Professional-Level Design: Progress to creating complex PCB layouts, and learn how to troubleshoot and optimize your designs for maximum efficiency.
Hands-On Practice: Our course includes practical projects and exercises that reinforce your learning, ensuring you can confidently tackle your PCB design challenges.
Expert Guidance: Access guidance and support from experienced instructors who are passionate about your success.
Why PCB Design Matters:
PCB design is at the heart of the modern electronics industry. With the rapid advancement of technology, there's a growing demand for skilled PCB designers who can create efficient and compact circuit boards for a wide range of applications, from consumer electronics to industrial machinery.
Start Your Journey Today:
Join us on your path to becoming a PCB design expert. This course equips you with the knowledge, tools, and hands-on experience to stand out in the field. Whether you aspire to work for top electronics companies, start your own PCB design business, or pursue a personal project, this course is your essential stepping stone.
Enroll Now:
Don't miss out on the opportunity to access the best PCB design education available online. Enroll now and take the first step towards mastering PCB design with Eagle CAD. Your path to expertise in PCB design begins here!"
Required eligibility:
Diploma in Electrical or Electronics & Communication.
BE/BTech. in Electrical or Electronics & Communication.
BSc/MSc in Electronics & Communication.
ME/MTech. (E&CE) in Communication.
PCB Design Course Content is given below in brief:
Schematic Design:
Basic Electronics theory.
Basics of Circuit designing.
Schematic design preparation.
Schematic part editing and creation.
Net list and Net class creation.
Bill Of Material generation (BOM).
Electrical Rule Checking.
Footprint Creation:
Through hole footprint creation.
Surface Mount Device footprint creation.
BGA/PGA footprint creation.
Board Designing:
Board size and shape creation.
Component placements.
PCB Routing.
Plane creation.
Design rule checking.
Gerber generation.
Skills you gain after the course completion:
Basic Electronics and Electronic components expertise.
Circuit Designing (Power management circuit designing)
Circuit Simulation for best understanding of the subject.
Tools/Software Expertise.
Basic design module practice.
Advanced design module practice.
Design expertise:
Assignments consists single and double sided PCB.
Assignments consists 2-Layers design.
Library Module: Symbol and Footprint design for all types of packages.
High speed placements & routing techniques.
Design for Manufacturing, Testing and Fabrication expertise.
Gerber generation and editing.
Benefits of choosing PCB Design Course:
Strong hold in basic electronics.
Circuit Design capability.
Circuit analysis & ERC.
Components knowledge.
Power Supply designing.
Expert in library creation.
Multi-layer PCB designing.
Gerber creation & editing.