RTS Knowledge is a part of Real Time Signals Technology Pvt Ltd a company involved in design, development & manufacturing different electronic products catering various applications in the market. Real Time Signals Technology Pvt Ltd has a wide range of embedded products & DSP to its credit. The products are constantly improved upon through continuous innovation & research. RTS over the period has diversified its operations, grown into one of the India's premier organizations, developing sophisticated hi-tech hardware & software products, providing embedded solutions, enterprise resource planning, engineering solutions for a basic service provider/client to a complex network/cluster of service centers, which has become the necessity of the day. An excellent process methodology brings home the advantage of delivering solutions on time, every time.

Eligibility:

BE/B.Tech in ECE/EEE/EIE/ Electronics/Biomedical/CSE/IT/ Mechatronics, MCA; Master of Science (M.Sc.) (Electronics/ Instrumentation, CS, Physics with specialization in Electronics); Master of Technology in CSE/IT /Electronics/Mechatronics.

Duration:

•  Five weeks

• (1Hr Theory +4 Hr Practicals)

Course Content

• SCHEMATIC

  • Getting started with Tools,

  • Capture work environment, 

  • Starting a project, 

  • Setting up your project, 

  • Design structure, Placing, editing, and connecting parts and electrical symbols, 

  • Adding and editing graphics and text

  • Changing your view of a schematic page, 

  • About libraries and parts, Creating and editing parts, 

  • About the processing tools, 

  • Preparing to create a net list, Creating a net list, 

  • Creating reports, Exporting and importing schematic data.

• PCB DESIGN (OrCAD PCB editor)

  • What is a PCB and why do we use them, 

  • Physical PCB construction, PCB Workflow, Footprint generation

  • Importing, Parts placement, 

  • Mechanically defined components, 

  • Routing guidelines setting, 

  • PCB Construction (Power and Ground Plane), 

  • Routing guidelines, Routing Copper Pour,

  • DRC Checking, 

  • From Layout to production

  • Drilling and Fabrication

  • Gerber File generation

  • Multilayer Board design

  • Viewing Gerber file

• LAB

  • Schematic capture, 

  • from schematic to PCB, 

  • Parts placement and routing, 

  • Making footprints, 

  • Post Process

• PCB Practices

  • Starting a new project (Useful folder structure; importing reference schematics; collecting and sorting documents)

  • Schematics design (Drawing schematics; conventions and useful tips to create readable schematics)

  • Selecting components and creating libraries (How to select components for your designs to prevent problems during production; how to create useful libraries)

  • Footprints, 3D models and starting a new PCB (How to create footprints and a 3D model of your PCB; how 3D models can help you.)

  • Variants & BOMs (Creating and using variants; generating professional BOMs; job files)

  • Checking Libraries and Schematics (Techniques for properly checking your libraries & schematics to help you design boards that work right the first time)

  • PCB Layout ( 1st Part ) & Placement (How to do layout; how to do placement; tips and tricks )

  • PCB Layout ( 2nd Part ) & Impedances, Stackup (How to tweak your layout; how to design your own stackup; what is important)

  • Stackup (2nd Part), Finishing PCB, Length Matching (HDI Stackup; how to finish and check your PCB; how to do length matching)

  • Generating Output documentation (How to add important information for manufacturers; how to generate professional documentation; assembly drawings, Gerber files, etc.)

• Student Performance Test After Completion Course​

OrCAD Tutorials

Here you will find some OrCAD tutorials which have step by step instructions along with screenshots to help you on:

• How to make simple simulations using OrCAD. (Example of a Half-Adder)
   

• How to use hierarchical blocks in simulating complex circuits. (Example of making a Full-adder using two Half-adder blocks)
   

• How to run VHDL programs in OrCAD. (Example of a 4x1 MUX using Data-flow modeling)
   

• How to make PCB layouts in OrCAD. (Example of a Half-adder layout)

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