10.06.2016 Views

eldo_user

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

Chapter 21<br />

Examples<br />

The most productive way of learning a simulation tool such as Eldo is to get ‘hands-on’<br />

experience by sitting at a terminal and working through, stage by stage, a number of practical<br />

circuit simulation examples.<br />

The examples cover a wide range of simple but concise circuit applications. They should be of<br />

interest not only to the novice <strong>user</strong>, but also to the experienced <strong>user</strong> wishing to learn more about<br />

specific simulation techniques within Eldo. Upon completion, a wide range of techniques<br />

needed to perform efficient and productive analysis using Eldo should have been learnt.<br />

A summary of the circuits used in this chapter, together with a brief description of the Eldo<br />

subject areas dealt with are listed in Table 21-1. Listings for these examples may be found in the<br />

following subdirectories included with your software:<br />

$MGC_AMS_HOME/examples/<strong>eldo</strong><br />

where $MGC_AMS_HOME is the directory where the software resides.<br />

Table 21-1. Eldo Examples<br />

Example Circuit Name Eldo Description<br />

Example 1—AC Analysis of a<br />

Parallel LCR Circuit<br />

Example 2—Transient and AC<br />

Analysis of a 4th Order Butterworth<br />

Filter<br />

Example 3—AC and Noise<br />

Analysis of a Band Pass Filter<br />

Example 4—AC Analysis of a Low<br />

Pass Filter<br />

Example 5—Transient Analysis of a<br />

Colpitts Oscillator<br />

Example 6—Transient Analysis of a<br />

High Voltage Cascade<br />

Example 7—Monte Carlo Analysis<br />

Basic<br />

Example 8—DC Sensitivity of a<br />

Bipolar Amplifier<br />

ac_basic.cir<br />

ac_tran_filter.cir<br />

ac_noise_filter.cir<br />

ac_lowpass.cir<br />

tran_oscillator.cir<br />

tran_high_voltage.cir<br />

monte_carlo_basic.cir<br />

dc_sensitivity.cir<br />

General introduction to AC<br />

analysis.<br />

Transient and AC analysis.<br />

AC, noise analysis, and<br />

model description.<br />

AC analysis and subcircuit<br />

definition.<br />

Transient analysis and<br />

model description.<br />

Transient analysis and<br />

model description.<br />

AC, Monte Carlo analysis,<br />

and model description.<br />

DC sensitivity analysis.<br />

Eldo® User's Manual, 15.3 1269

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!