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Working with S, Y, Z Parameters<br />

Output File Specification<br />

G Parameter Extraction<br />

.PLOT AC GR(i, j)<br />

.PRINT AC GI(i, j)<br />

.PRINT AC GM(i, j)<br />

.PLOT AC GDB(i ,j)<br />

.PRINT AC GP(i, j)<br />

.PRINT AC GGD(i, j)<br />

H Parameter Extraction<br />

.PLOT AC HR(i, j)<br />

.PRINT AC HI(i, j)<br />

.PRINT AC HM(i, j)<br />

.PLOT AC HDB(i ,j)<br />

.PRINT AC HP(i, j)<br />

.PRINT AC HGD(i, j)<br />

T Parameter Extraction<br />

.PLOT AC TR(i, j)<br />

.PRINT AC TI(i, j)<br />

.PRINT AC TM(i, j)<br />

.PLOT AC TDB(i ,j)<br />

.PRINT AC TP(i, j)<br />

.PRINT AC TGD(i, j)<br />

A Parameter Extraction<br />

.PLOT AC AR(i, j)<br />

.PRINT AC AI(i, j)<br />

.PRINT AC AM(i, j)<br />

.PLOT AC ADB(i ,j)<br />

.PRINT AC AP(i, j)<br />

.PRINT AC AGD(i, j)<br />

Where Sxx(i, j), (Yxx(i, j), Zxx(i, j)) give the influence of Port j on Port i.<br />

Output File Specification<br />

For S, Y, Z parameter output file specification use the .FFILE command.<br />

Note<br />

See the .FFILE command in the Eldo Reference Manual.<br />

Two-port noise parameters NFMIN_MAG, GAMMA_OPT_MAG, PHI_OPT and RNEQ are<br />

automatically written to the specified output file when a .NOISE command is specified in the<br />

netlist and the circuit to be analyzed is a two-port circuit.<br />

688<br />

Eldo® User's Manual, 15.3

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