igor yashan’s Post

A well-designed schematic is the foundation of a reliable PCB design. Importance; 1⃣ Clear Component Identification 2⃣ Logical Signal Flow 3⃣ Consistent Naming Conventions 4⃣ Accurate Netlisting 5⃣ Version Control What are some factors to consider and you implement during Schematics. Comment below. Send me a DM for your PCB/Electronics Board Design. Open to Collaboration àlso. #PCBDesign #SchematicDesign #electronics

Mastering PCB Design: A Visual Journey... #pcbdesign #electronics #engineering #tech #hardware #circuitdesign #manufacturing #innovation #technology #electricalengineering #prototype #embeddedsystems #iot #productdevelopment #engineeringdesign

Day 25, #100daysofamplifierdesign I learnt about PCB design methodology using the link below.. Here are some explanations on the methodology I got The PCB design process involves several key steps to transform an idea into a functional circuit board. Here’s a concise overview of the methodology: Schematic Design: Create a schematic diagram that shows how components are connected. Consider single-ended and differential connections. Set the stage for component placement and circuit wiring Component Placement: Intelligently place components in “blocks.” Keep components close together to minimize trace lengths. Consider power dissipation and spacing. Routing: Route power, ground, and signal traces. Separate noisy and quiet signals. Add test points for debugging. Design Rule Checking (DRC): Use PCB design software with DRC features. Ensure manufacturability and adherence to design rules. For better understanding make use of this YouTube video link.. https://lnkd.in/duQ-PBFP

8 Basics of PCB Design Fundamentals and Design for Manufacturing (DFM): Understanding and mastering PCB design is crucial for electronic hardware engineers and PCB design engineers. The documents below demonstrate the 8 key basics of PCB Design Fundamentals and Design for Manufacturing (DFM): I-PCB Design Fundamentals: 1-Layer Stack-up Basics 2-Component Placement Guidelines 3-Power Distribution Requirements 4-Routing Guidelines. 5-Component Orientation Standards II-Design for Manufacturing (DFM) 1-Manufacturing Specifications. 2-Required Documentation. 3-Output File Requirements #Hardware_engineer #Embedded_system_engineer #Electronics_engineer #PCB_design

The best practices for designing a #PCB layout: A well-designed #PCB layout can improve signal integrity, reduce electromagnetic interference, and minimize power consumption. When designing a #PCB layout, there are a few basic principles to keep in mind. These principles will help ensure that your design is reliable, efficient, and easy to manufacture. In this document below ( From PCB HERO), you will find the best practices for designing a PCB layout for #STM32 microcontrollers.  This document covers topics such as component placement, trace routing, power supply network, and signal integrity. By following these guidelines, you can design a high-quality PCB layout for your #STM32-based electronic system. #HardwareEngineer #Embedded_System_Engineer #ElectronicsEngineer

8 ways to draw PCB circuit schematics Learn more: https://lnkd.in/gxhT2ccU #pcbdesign #pcblayout #circuit #circuitdesign #schematic #electronicdesign #pcba #hardware

🟢 Designing the layout of mixed-signal PCBs ➡️ A mixed-signal PCB design requires basic understanding of analog and digital circuitry to minimize, if not prevent, signal interference. ➡️ This article will detail what to consider when designing the layout of mixed-signal PCBs. It will cover component placement, board layering, and ground plane considerations. 🟩 The guidelines discussed in this article provide a practical approach to the layout design of mixed-signal boards and should assist engineers of all backgrounds. #Hardware_engineer #Embedded_system_engineer #Electronics_engineer

13 Basic Rules Of PCB Layout Learn more: https://lnkd.in/gpyaEeAV #pcbdesign #pcblayout #pcbboard #pcba #pcbassembly #electronic #circuitdesign #hardware #circuitdesign

Good PCB design is the basis for the success of any electronic product. That is why we attach so much importance to this stage of creating our products. #PCB #audiodesign #analogdesign #hardwaredesign

Why ERC is Essential in Schematic Design 1. Detects Errors: Quickly finds issues like missing connections, short circuits, and incorrect signal flows. 2. Saves Time: Automates error-checking, speeding up your workflow. ERC is a must-do for accurate and efficient designs! I design innovative electronic products for businesses and mentor aspiring PCB engineers to master PCB design and create their own boards. Reach me via email in my profile or send a DM. #pcbdesign #electronics