OrCAD PCB Designer Standard is a software package, which offers a very favorable entry into professional printed circuit board design with a price of Skills: " Strong electrical engineering fundamentals " Experience designing and testing low power and PCB design tools (Altium and/or Cadence. Learn OrCAD/Allegro PCB Design from Schematic (OrCAD Capture), Foorprints (Package Editor) & Board Design(PCB Editor). ATS STANDS FOR BETTINGADVICE

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Watch Video 6. Create Copper Plane and Shapes Create shapes and add copper pours to the plane layers, add dynamic healing for copper pouring and add void after creating copper plane. Watch Video 8. Routing Pre-route the board by creating fanout for all the power and ground traces, route differential pairs and the rest of the entire board, then finalize the design by running a post- routing inspection. Watch Video 9.

Once completed, the DRC will then highlight design rule violations. When errors are corrected, prepare your files for manufacturing by placing title blocks, formatting symbols, adding reference designators, exporting artwork, etc. Watch Video Prepare for Manufacturing Set your design up for fabrication and assembly. Setup fab drawings, dimensioning, title block, drill tables, cross section, and more. Manufacturing Export Produce and export manufacturing data, including drill information, gerber output, assembly drawings, solder and paste masks, and other essential documentation.

Copper Traces The copper traces on a printed circuit board act in a similar way to wire. When a PCB is created, a thin layer of copper is attached to the board, and the pattern of the traces is overlaid with an etch-resistant coating. This allows the rest of the copper to be removed from the board. The copper traces on PCBs are more precise and much faster to create than traditional wiring. Annular Ring An annular ring is the ring of copper that encircles a via. Annular rings are important because they serve as the point of contact for the connections between layers on a PCB.

Vias created for this purpose are typically larger than other types of vias, and the diameter of annular rings can have an effect on your overall design. Design rule check DRC When you are designing your printed circuit board, you will run design rule checks DRCs regularly while creating your layouts and schematics. A design rule check makes sure that your design fits the parameters set for the manufacturing process.

Gerber file Gerber files are the industry standard format for PCB manufacturing. You will save your PCB design as a Gerber file to give to your manufacturer so that your printed circuit boards can go into production. PCB: Classification Printed circuit boards are classified in any number of ways, depending on the design, utilization, and other features.

Just a few of the many ways to classify printed circuit boards are listed below. Classification based on the mounting technology used Through-hole PCB — components have leads that are connected through the board, rather than only soldered onto the surface. Through-hole PCBs are able to withstand more stress, vibration, and movement.

Surface mount PCBs are less expensive to manufacture, and faster to produce. They are inexpensive to produce, and simple to design. Single layer PCBs are used in applications such as calculators, power supplies, and printers. Double sided PCBs are some of the most common printed circuit boards, since they are able to be produced at a similar price point to single layer PCBs, but with more space available for circuitry and design elements.

Multi-Layer PCB — Complex printed circuit boards typically feature 4 or more layers that allow for unique, intricate designs, for high-tech applications. Type of PCB based on their flexibility Sometimes, printed circuit boards are classified based on their flexibility, which defines what applications they can be used for. We have listed two of the most popular programs below, but there are many more options available.

The free, open source software allows you to create PCB layouts and schematics, and even includes a 3D viewer. Designing the Electronic Schematic — PCB Basics When you are designing your printed circuit board schematic, there are a few basic concepts you should keep in mind, regardless of how complicated your PCB is going to be. Assembly process from the layout you created The PCB Assembly Process from the layout you created should be kept in mind when you are fine-tuning your schematic design.

From spacing components to how the PCB will be seated within the application, the assembly process is often overlooked. An otherwise perfectly fine PCB design may not work well in a practical sense; you should take the larger picture into consideration. Disassemble the entire circuit, use your electronic software diagram and perform the assembly.

You will quickly notice if there are areas where components could be organized better, or if there are parts that are going to cause hot or heavy areas. Most PCB designers begin this process by grouping similar components, keeping weight distribution, trace length, and heat sinks in mind to optimize the layout of their printed circuit board.

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New to OrCAD? These videos are for you! Watch Video 1. Watch Video 2. Watch Video 3. Watch Video 4. Create and Place Mechanical Symbols Mechanical symbols represent physical objects that you can place in your board design and are not part of the netlist. One of the important mechanical symbols is the mounting hole. Create and define a new mounting hole symbol and place the mounting holes to your design.

Watch Video 5. Watch Video 7. Buried Via Buried vias are contained within an internal structure, and do not have an external opening. Since buried vias are laminated over, it saves space and allows for more elements to be added to the external layers. Copper Traces The copper traces on a printed circuit board act in a similar way to wire. When a PCB is created, a thin layer of copper is attached to the board, and the pattern of the traces is overlaid with an etch-resistant coating.

This allows the rest of the copper to be removed from the board. The copper traces on PCBs are more precise and much faster to create than traditional wiring. Annular Ring An annular ring is the ring of copper that encircles a via. Annular rings are important because they serve as the point of contact for the connections between layers on a PCB.

Vias created for this purpose are typically larger than other types of vias, and the diameter of annular rings can have an effect on your overall design. Design rule check DRC When you are designing your printed circuit board, you will run design rule checks DRCs regularly while creating your layouts and schematics. A design rule check makes sure that your design fits the parameters set for the manufacturing process.

Gerber file Gerber files are the industry standard format for PCB manufacturing. You will save your PCB design as a Gerber file to give to your manufacturer so that your printed circuit boards can go into production. PCB: Classification Printed circuit boards are classified in any number of ways, depending on the design, utilization, and other features. Just a few of the many ways to classify printed circuit boards are listed below. Classification based on the mounting technology used Through-hole PCB — components have leads that are connected through the board, rather than only soldered onto the surface.

Through-hole PCBs are able to withstand more stress, vibration, and movement. Surface mount PCBs are less expensive to manufacture, and faster to produce. They are inexpensive to produce, and simple to design. Single layer PCBs are used in applications such as calculators, power supplies, and printers. Double sided PCBs are some of the most common printed circuit boards, since they are able to be produced at a similar price point to single layer PCBs, but with more space available for circuitry and design elements.

Multi-Layer PCB — Complex printed circuit boards typically feature 4 or more layers that allow for unique, intricate designs, for high-tech applications. Type of PCB based on their flexibility Sometimes, printed circuit boards are classified based on their flexibility, which defines what applications they can be used for.

We have listed two of the most popular programs below, but there are many more options available. The free, open source software allows you to create PCB layouts and schematics, and even includes a 3D viewer. Designing the Electronic Schematic — PCB Basics When you are designing your printed circuit board schematic, there are a few basic concepts you should keep in mind, regardless of how complicated your PCB is going to be.

Assembly process from the layout you created The PCB Assembly Process from the layout you created should be kept in mind when you are fine-tuning your schematic design. From spacing components to how the PCB will be seated within the application, the assembly process is often overlooked. An otherwise perfectly fine PCB design may not work well in a practical sense; you should take the larger picture into consideration.

Disassemble the entire circuit, use your electronic software diagram and perform the assembly.

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