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Running Parametric Analyses<br />

.ALTER Examples<br />

.include models<br />

.option altinc<br />

r1 1 0 rval<br />

v1 1 0 dc 1<br />

.extract dc i(r1)<br />

.dc<br />

.alter<br />

.include new_models<br />

The example below demonstrates the use of the KEY parameter in conjunction with the<br />

.ALTER command. This command sequence causes three simulations to be performed always<br />

with library /work/bip/mymod typ.<br />

In the first simulation, library /work/mos/mymod typ is used.<br />

In the second simulation, library /work/mos/mymod best is used.<br />

In the third simulation, library /work/private/mymod typ is used.<br />

...<br />

.lib key=K1 /work/bip/mymod typ<br />

.lib key=K2 /work/mos/mymod typ<br />

...<br />

.alter<br />

.lib key=K2 /work/mos/mymod best<br />

.alter<br />

.lib key=K2 /work/private/mymod typ<br />

.end<br />

This example shows how option ALTER_SUFFIX can be used to switch the naming convention<br />

for swept waves used in .ALTER statements between: xxx and xxx_alter:XX. Run the circuit<br />

with and without the option and look at the difference in results.<br />

Eldo® User's Manual, 15.3 301

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