Vidyard - EMA
This Stream includes all of the EMA players
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2:00
How to Create a Non-Ideal Capacitor SPICE Model
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1:54
How to Create a Three Phase Source SPICE Model
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9:50
Introduction to OrCAD Capture: Understanding the User Interface
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1:35
How to Create a Noise Source SPICE Model
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1:30
How to Create a Voltage-Controlled Oscillator SPICE Model
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1:15
How to Create an Impulse Source SPICE Model
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1:18
How to Create an FM Source SPICE Model
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1:18
How to Create an Exponential Source SPICE Model
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2:04
How to Create a Sine Source SPICE Model
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4:00
How to Create Custom Schematic Symbols for PSpice Models
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1:21
How to Create a DC Source SPICE Model
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1:40
How to Create a Pulse Source SPICE Model
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1:26
How to Create a Piecewise Linear Source SPICE Model
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1:52
How to Sync the Schematic and PCB in OrCAD
In this video, you will learn how to communicate changes in the schematic to the PCB and vice versa once a design is already in progress.
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14:22
How to Create IPC Compliant Symbols in OrCAD Capture
An overview of IPC standards (IPC-2612, IEC 60617, and IEEE/ANSI 315 ) and the symbol creation process in OrCAD Capture. Learn how to create a symbol for 32-Pin Atmega 328P from scratch using IPC-2612
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4:20
OrCAD PSpice Designer Plus
Optimize your design, improve circuit performance, and achieve a comprehensive analysis predicting circuit behavior with OrCAD PSpice Designer Plus.
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1:58
How to Place Schematic Symbols from Manufacturers
In this video, you will learn how to search the included providers, Samacsys and Ultra Librarian, within OrCAD.
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1:24
How to Assign PCB Footprints in OrCAD Capture
In this video, you'll learn how to assign PCB footprints to schematic components in OrCAD Capture, in preparation for netlisting.
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1:16
How to Place Components on the PCB from the Schematic
In this video, you'll learn how to cross-place components from a schematic in OrCAD Capture into a PCB layout in OrCAD PCB Designer.
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2:26
Advanced Mixed-Signal Simulation and Design Optimization
Accurately simulate mixed-signal circuit behavior for various scenarios to achieve a comprehensive analysis, improve circuit performance, and guarantee design success with OrCAD PSpice.
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