Video Tutorial Library

Part 1

This tutorial shows you how to quickly import a web based SPICE model created by your component supplier into HyperLynx Analog. Target Simulator setup, import command, auto symbol generation & default symbol associations as well as Symbol Pin to simulation model Port mapping are covered.

Part 2

The second installment of this video tutorial:

1. Reviews the model import process steps
2. Creates a test design for the imported model

Part 3

In this final installment of the web based SPICE model import into HyperLynx Analog we will cover:

1. Perfecting the design through browser edit functions
2. Establishing simulation sources in the easy to use spreadsheet source dialog.
3. Setting up DC, AC & Transient simulation runs
4. Run the Simulation
5. View and analyze the results in EZwave for HyperLynx

Part 1

Creating a simple Printed Circuit Board circuit for simulation in HyperLynx Analog. Step-by-step design creation instructions are included. (4:41 mins.)

Part 2

Using the PCB circuit created in video 1 to perform analog simulation of the design. Step-by-step instructions for applying simulation sources, specifying the analysis, and viewing and analyzing the results are provided. (9:19 mins.)

Part 1

The first video in this series provides step-by-step instructions for downloading a SPICE simulation model from an Analog component supplier and loading it into HyperLynx Analog. (7:00 mins.)

Part 2

The second video provides step-by-step instructions for customizing the auto-generated DxDesigner Symbol from our imported SPICE model. NOTE: This step is OPTIONAL. (8:12 mins.)

Part 3

This video shows how to create a Summing Op Amp circuit design using the downloaded PSPICE model. (6:59 mins.)

Part 4

In this episode, step-by-step instructions are supplied for defining the simulation stimulus, running the simulation, and analyzing the results. (7:19 mins.)

Part 5

This video modifies the summing circuit created in video 3 by adding an inverting output amplifier using our downloaded SPICE model. The video features both circuit modification and simulation and analysis. (6:24 mins.)

Part 6

In this video, slight modifications are made to the circuit and input waveforms to form a sawtooth waveform synthesizer. (3:26 mins.)