|

EMA Resources

Video

Home > EMA Resources > Videos > Custom Workflow: Differential Pairs

VIDEO

Custom Workflow: Differential Pairs

The Differential Pair Custom Workflow from EMA Design Automation simplifies the process of creating differential pairs in an OrCAD® PCB Design.

VIDEO

Custom Workflow: Differential Pairs

Duration: 00:01:43

The Differential Pair Custom Workflow from EMA Design Automation simplifies the process of creating differential pairs in an OrCAD^® PCB Design. Once installed, this workflow walks you through the steps to create successful differential pairs in your OrCAD PCB designs including:

Complete differential pair definition
Rule setup
Routing
Delay tuning
Phase tuning

Download the custom workflow for differential pairs here.

More Videos

OrCAD X Presto – Next Gen PCB Layout Interface

Place & Route with Ease in OrCAD X's New Layout Interface

LiveDoc – Automated PCB Documentation for OrCAD X

Live Doc is an integrated solution in OrCAD X to create fabrication and assembly drawings. Have your artwork, charts and cross-sections along side your assembly data easily displayed. Add additional views or charts and easily modify them if needed. Add annotations, dimensions and other drawing features.

AWR Tutorial: Modeling a Diode

Learn how to create a diode model from scratch in AWR Microwave Office using a SPICE model and package parasitic provided by manufacturers.

AWR Tutorial: Slotted Line Simulation

Learn to construct a circuit schematic of a slotted transmission line and perform analysis by changing properties using AWR Microwave Office.

AWR Tutorial: Effect of Changing Dielectric Constants on Impedance of Microstrip Line

Learn how dielectric values effect the impedance of transmission lines and length using AWR Microwave Office.

AWR Tutorial: Effect of Changing Parameters on Impedance of Microstrip Line

Simulate the effect on impedance when we change in width of a line and height of substrate of a microstrip line in AWR Microwave Office.

AWR Tutorial: Microstrip Line Design and Verification

Learn how to design a microstrip line in AWR Microwave Office and verify the transmission line parameters.

AWR Tutorial: Voltage Standing Wave Ratio

Learn what is Voltage Standing Wave Ratio (VSWR) and the effect of changing transmission line and termination on VSWR using AWR Microwave Office.

AWR Tutorial: Mismatched Transmission Lines

Learn how to simulate and analyze mismatched transmission lines in AWR Microwave Office.

AWR Tutorial: Matched Transmission Lines

Learn how to simulate a 50 Ohm transmission line terminated with its characteristic impedance in AWR Microwave Office.

AWR Tutorial: Frequency Response of Op Amps

Learn how to simulate and analyze the frequency response of an Op Amp using AWR Microwave Office.

AWR Tutorial: Inverting Amplifiers with Ideal and Non-Ideal Op Amps

Learn how to simulate ideal and non-Ideal Op Amps for inverting amplifiers and perform time domain simulation using AWR Microwave Office.

Contact Us

First Name

Last Name

Email

Company

Phone

Country

State

Zip/Postal

What are you Interested in?

Demo Evaluation Quote General Questions