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PCB Design using OrCAD

OrCAD-Capture

Virtually every electronic product is constructed with one or more printed-circuit boards (PCBs). The PCBs hold the ICs and other components and implement the interconnections between them.


The ideal PCB design starts with the discovery that a PCB is needed and continues through the final production boards. OrCAD Capture is the industry standard solution for designing and developing PCBs because of its intuitive schematic editing, project management, extensive compatibility, and cost effectiveness.
 

WHAT WILL YOU LEARN?


•    Schematic Development
•    Property Editor
•    Part Editor
•    Net Alias
•    Multiple Schematic Page Project (off page connector)
•    Multiple Schematic Folder Project (Simple & Complex Hierarchy)
•    Component Information System (CIS)
•    Annotation
•    Bill of material report generation
•    Cross Reference parts report generation

 

 


OrCAD-PCB Editor

Virtually every electronic product is constructed with one or more printed-circuit boards (PCBs). The PCBs hold the ICs and other components and implement the interconnections between them. The ideal PCB design starts with the discovery that a PCB is needed and continues through the final production boards.


OrCAD PCB Editor contains full-featured PCB editor based on Allegro technology. Its extensive feature set addresses a wide range of today's design challenges and manufacturability concerns such as intelligent placement and routing, constraint management, creating dynamic shapes, and design reuse.

 

WHAT WILL YOU LEARN?

 

  • Schematic Modification for PCB Design

  • Design Rule Check

  • Pad Designer

  • Package Symbol & Package symbol wizard

  • Netlist creation

  • Component and board placement

  • Mechanical symbol placement

  • Manual and Automatic routing

  • Constraint Manager and Xsection

  • Blind, Buried and through-hole VIA

  • Copper shaping

  • Artwork/Gerber file creation

  • Plot Generation

  • PCB Fabrication Process
     


OrCAD-PSpice

PSpice is a SPICE analog circuit and digital logic simulation program. PSpice processes circuits and executes simulation. PSpice creates an output file to store the simulation results. PSpice supports the following types of analyses: DC Analysis - for circuits with time-invariant sources. It calculates all nodal voltages and branch currents over a range of values; Transient Analysis - for circuits with time variant sources.


It calculates all nodes voltages and branch currents over a time interval and their instantaneous values are the outputs; and AC Analysis - for small signal analysis of circuits with sources of varying frequencies. It calculates the magnitudes and phase angles of all nodal voltages and branch currents over a range of frequencies.

WHAT WILL YOU LEARN?


Design Rule Check (DRC)

PSpice Netlist creation

Stimulus Editor

Bias point Analysis

Transient Analysis

DC sweep Analysis

AC sweep Analysis

Parametric Analysis

Temperature sweep analysis

Monte Carlo/Worst case Analysis

Macros

WHY LIVEWIRE?

 

  • CERTIFICATION

    • Get trained through an ISO certified institute. Our course completion certificate and material are globally recognized. Skill based certification provided which will add value in resume

  • CERTIFIED FACULTIES

    • All our trainer are Certified in their Products. B2E certified Industry experienced faculty. They ensure students are benefited with in depth practical training.

  • PLACEMENT OPPORTUNITY

    • LIVEWIRE is in association with 250+ corporates, who grab candidates from our centres when they match their job requirement. We offer all these opening to the students. They will be able to directly apply for the openings through our Student Portal.

 

  • We will guide you on one-mini project

  • Real time application training

  • Individual focus

  • Learn the required skill


DELIVERABLES

 

  • Material for future reference

  • Internationally recognized Course Completion certificate

  • Skill based Certificate


JOB OPPORTUNITIES


some of the jobs available for students at electronic and
hardware manufacturing companies are

 

  • PCB Designer, Design Engineer - PCB,

  • Technical Lead - PCB Layout,

  • Design Engineer - Electronics,

  • Project Leader - Electronics,

  • Hardware Engineer,

  • Lead Engineer - Motor Design.


As India is developing in Electronics field tremendously,
there is huge demand in this field. The average pay for an Electronics Design Engineer is Rs 400,431 per year.

PCB Design using OrCAD Pay Scaleby ExponIQ

WHO CAN ENROLL?

Students pursuing their Bachelors, Diploma or Masters in ECE, EEE, E&I and industry professionals

REQUEST FOR DEMO:

1800-120-0053 | 0124-4007678 | 9563500007

301, Third Floor, Pal Tower, Above IDBI Bank, Metro Piller NO 53, Sikander Pur, MG Road Gurugram, 122004

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