Modern RF and wireless board design is a highly complex engineering task and the design & layout of the PCB is critical to success. The PCB often contains circuits with extremely sensitive analogue stages such as RF receivers alongside extremely noisy blocks such as digital processors. The performance of RF components and the PCB substrate also set boundaries on what can be achieved in modern designs. PCB training course provides a thorough introduction to the principles of RF PCB design techniques in an intuitive and practical way. For those of working professionals Keeping your design skills up to date requires continually learning and exploring the latest tools, techniques, and methodologies. Our training course program keep you learning & updated.

INTRODUCTION TO CIRCUIT DESIGNING

  • Need of Circuit Designing
  • Introduction to Basic Components like Resistor, Capacitor, Inductor etc
  • How to select components
  • Basic Circuit Designing Process

INTRODUCTION TO PCB DESIGNING

  • Types of PCBs
  • Machines used for designing
  • The Designing Process
  • EXPRESS SCH
  • Beginning a New Schematic
  • Placing Items in the Schematic
  • Placing Symbols and Ports
  • Labeling components
  • Editing the Schematic
  • Creating New Components
  • Working with Sheets and Ports
  • Checking the Schematic for Errors

EXPRESS PCB

  • Beginning a New Layout
  • Placing Items in the Layout;
  • Editing the Layout
  • Placing Power and Ground Planes
  • Changing the Board's Perimeter
  • Creating New Components
  • Linking the Schematic and PCB
  • Keyboard Shortcuts
  • Troubleshooting errors

PROTEUS

  • Introduction to Proteus
  • Components Libraries
  • Components Properties
  • Interfacing for circuitry
  •  Burning IC in Proteus
  • Circuit Simulation
  • Connection Trouble Shooting

PCB PRINTING AND ETCHING

  • Introduction to printing process
  • Placing of circuit on copper clad
  • Etching process for final PCB

DRILLING AND SOLDERING

  • Drilling of designed PCB
  • Soldering Process of Components
  • Testing & Troubleshooting

OTHER CAD SOFTWARES FOR PCB

  • PadPad
  • Multisim
  • Eagle
  • OrCAD
  • Altium

PCB Design with ALTIUM Schematic Entry, Libraries, and Designing Components Schematic Entry

  • Adding Parts to your Schematic Sheet
  • Component Design
  • Schematic Component Design
  • PCB Foot Print Design
  • IPC Footprint Wizard
  • PCB Component Wizard
  • Setting a Component's Footprint
  • Creating a Design
  • Adding Parts
  • Connecting Parts Schematic Creating a PCB Project
  • Adding a Schematic Sheet
  • Project Window
  • Datasheet Diagram of LP
  • Adding Parts to your Schematic
  • Adding a part to your schematic
  • Library Menu
  • Available Libraries Window
  • Creating a Component
  • Blank Component with Pins
  • Adding a Rectangle body (left) and the Final Design (Right)
  • Rectangle Properties
  • Editing Component Properties
  • Editing Component Pin Assignments
  • Sheet Symbols
  • Repeated Schematic Symbol Design
  • Finished Schematic Part
  • Package Dimensions
  • Package Dimensions
  • IPC Footprint Wizard
  • | P a g e
  • IPC Footprint Wizard Component Selection
  • Footprint Dimensions
  • More dimension Info
  • Solder Fillet Density
  • Footprint Name
  • Footprint Save Location
  • Final Footprint
  • PCB Component Wizard
  • Component Wizard Component Pattern
  • Finding a Footprint
  • Browsing for Footprints
  • PCB Model Window
  • Schematic of Power Module
  • Changing Passive Component Footprint
  • Adding the Standard Footprint
  • Wired and Net list connections
  • Power, Ground, Port, and Off Sheet Symbols
  • Creating a Schematic Sheet Symbol
  • Selecting a Schematic Sheet
  • Top Level Schematic with Sheet Symbol
  • Repeated Schematics
  • Project Options Menu
  • Un-routed Schematic Sheets
  • Base Room for Copied Routing
  • Copying Room Formats
  • Copied Room Layout Format
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