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Fear? Not If You Use EAGLE PCB The Right Way!

Electronics form a crucial part of the digital revolution that has transformed the world in every sense. You cannot solely rely on computer programming without crucial elements like circuits and other electronic components to ensure the code functions properly in the intended device. Because of this, fields in electronics such as design, fabrication, assembly, etc., become crucial. So, are you an electronics student or designer in need of an Eagle PCB but lack ideas on how to go about it?

Plenty of firms exist in the sphere of Eagle PCB manufacturing and assembly, though the stature differs from one to the other. Therefore, if you want excellent Eagle PCB designs and other crucial services such as assembly or fabrication, you will not get a better service and product provider than RayMing PCB & Assembly. The company provides a range of Eagle PCB-allied services and products such as fabrication, design, and assembly of the PCB. So, what does an Eagle PCB means?

EAGLE PCB

EAGLE implies an electronic design automation software that allows PCB designers to link together schematic diagrams, PCB routing, component placing, and broad library content. Furthermore, EAGLE infers to easily applicable graphical layout editor while PCB stands for a printed circuit board. Thus, the EAGLE PCB software becomes pivotal in any designer’s plans to actualize their design and make them operational, regardless of the device involved.

To comprehend EAGLE PCB in-depth, it becomes crucial to look at the different aspects of the PCB software. So, what does it all entail?

PCB Layout Features

  • Schematic editor. The schematic proves ideal when it comes to simulating and testing ideas through the SPICE simulator besides validating the circuit’s performance. Additionally, it also contains the modular design blocks, where you have to drag-drop reusable blocks of design between projects. Such blocks should have PCB circuitry and a synchronized schematic. Finally, it should also have the electronic rule checking to validate the schematic design regarding rules on the electronic check. Thus, it helps to ensure that your schematic remains on the right track.     
  • PCB layout editor. The layout editor contains six key areas. First, instantaneous design synchronization ensures that all changes get tuned and in sync with the layout and schematic, and Secondly, the Intuitive alignment tool arranges the PCB objects. Third, the push and shove routing ensures all design rules get adhered to, while the interactive and adaptive router shoves and pushes your PCB traces. Also, within the layout editor entails the obstacle avoidance routing that routes multifaceted PCB layouts besides maneuvering through the design to ensure the trace gets to its target. Fourth, the new routing engine develops the PCB layout rapidly besides exploring corner and loop removal tools through routing placement. Finally, the design rule checking manages the flow of your design to circumvent surprises.
  • PCB library content.  It has three classes comprising 3D PCB models, managed online libraries, and complete components.
  • PCB online community.  Three aspects get involved here, and these include one-click make where the pcb manufacturing process comes hustle-free. You can push the complete outputs into the hub and link with your manufacturer directly. It also contains the fusion 360 integration and ULPs.        

Creation of PCB through EAGLE

Schematic eagle

EAGLE represents one of the various layout programs used for the creation of PCB.  While this program can come free, the free version limits you to specific aspects and functionalities. However, if what you want to do doesn’t entail a lot, you can download and use the free-access EAGLE program or other similar programs such as DipTrace or KiCad.

If you love the EAGLE interface and fancy your chances of developing a PCB, all you have to do entails following these steps.

  • Comprehend how EAGLE functions.  The user interface of this program has a modal interface that allows you to pick a single-mode, contrary to picking an object before applying one operation each time. Thus, it can allow you to work rapidly when you have mastered the program while proving a primary aggravation source when you are not used to the program.  The program has four standard views that include the Schematic, Library Control Panel, and the Board.
  • Control panel. It acts as the primary window and launches everything besides closing every subordinate window when shut down. It has different categories such as libraries, design rules, scripts, ULP, and CAM jobs.
  • Library. It allows for the editing and management of parts.
  • Schematic. The schematic defines all the parts contained in the project besides the pins that have to get connected.
  • Board. It represents where you have to put your project pieces and physically link the right pins based on the schematic’s definition.
  • Once you have understood every EAGLE aspect, start by right clicking the “New Project” on the EAGLE. You then have to label it ex-compass before downloading the “Compass.pcb” and “Compass.sch” files. Next, save the files on documents/eagle/ex-compass before hitting the F5 button to refresh and load the files.  
  • You will see complex schematics on a sheet where you develop multi-paged schematics besides switching between them. Use the available buttons such as the show button, the VCC net, the display button, and the ERC to maneuver around the schematic and check for discrepancies. You can then toggle to the board layout by clicking the file and switching to the board. The action will also drop all the parts outside the PCB area.
  • The board layout has near-identical buttons and ways of maneuvering as the schematic window. However, you will have to isolate the bottom and top layers in this section and pick layers such as top, pads, unrouted, vias, dimension, tOrigins, tPlace, tNames, tDocu, and tKeepout.   
  • You then have to proceed and create or develop a new schematic and project.
  • Incorporate the relevant parts into the schematic
  • Connect all the parts after you finish laying them out accordingly
  • You then have to label, besides naming the nets
  • The next step involves attaching some values to the parts, and here you can use the “value” command.
  • Perform the electrical rule check, otherwise understood as the idiot check to identify areas where you have erred.
  • You then have to work on the board layout by grouping parts together that make logical sense. a good example includes the connectors.  The other aspect that involves the board layout entails getting on the right side, as printed board circuits typically have two sides. However, making one at home implies creating a one-sided circuit board owing to the soldiering logistics that may deem two-sided boards impossible. Finally, conclude by running the Ratsnest command once the parts get laid out.
  • The next step involves the Ground planes that essentially utilize the unused board space and links it into the ground net. All you need to run the ground plane is the polygon command, especially in EAGLE.
  • You then have to route all the parts by running the route command to ensure the blue trace of the airwire node from the closest point you clicked. The appearance of the red trace implies a problem, and you have to retrace your steps.
  • Revisit the orphans and the thermals to ensure everything is in order
  • You then have to check your designed board against the set rules to establish any errors committed.
  • The next step entails fixing the errors noted on the DRC results to ensure the right width and other crucial circuit design elements.
  • Finally, check the LED and avoid making the common mistake of situating it at the PCB’s bottom side. Instead, situate the LED using the command to the top layer as opposed to the bottom layer.

 As demonstrated, the process of designing and developing your PCB at home using EAGLE can prove an arduous task, something that can eat on your energy, time, and other resources. Because of this, it would prove advisable to consider EAGLE PCB manufacturing firms, and what better entity than the RayMing PCB & Assembly.     

Why RayMing PCB & Assembly

If you want the best customized and efficient EAGLE PCB, then the RayMing PCB & Assembly firm, based in China, should be your top pick. The company offers a range of PCB assembly services such as complete, turn-key, and partial turn-key assembly services for printed circuit boards. Additionally, the company proves reliable with guaranteed on-time deliveries, a rapid response service, an enormous dedicated support team to cater to your inquiries and needs, etc.

The company has a fifteen-year experience in manufacturing PCB in China and provides high-quality standards and state-of-the-art printed circuit board tech for the electronics industry. So regardless of your small or mass production order, you can rest assured that the company, meeting your needs.  

It also manufactures enormous PCB board layer prototypes of up to fifty-six layers and uses different raw materials like Arlon, Rogers, Fr4, Metalcore, Ceramic, Nelco, Isola, Teflon, and Taconic. Additionally, the company can mass-produce up to eighteen layers besides supporting PCB surfaces such as Immersion silver, Immersion tin, OSP, ENIPIG, HASL-LF, and ENIG.

RayMing also provides PCB tests where besides manufacturing, they also test and inspect equipment. Tests include fixture test, flying probe, AOI, impedance test, etc.   

Final Thoughts

EAGLE is among the best software for the electronic design of PBC. However, for EAGLE PCB manufacturing, fabrication, assembly, and testing services, RayMing PCB & Assembly should be your go-to company. Therefore, avoid wasting resources and trust the company to actualize your unique electronic designs. All you need entails writing an email or making a direct call.