eldo_user

Eldo Control Language
Defining and Running Simulations
See “Testbenches” on page 809, “Tasks” on page 814, “Variables” on page 821, “Flow Control
Statements” on page 835, “Defining and Running Simulations” on page 841, and the fprint
function for more information on the concepts used in the example.
The output is:
Simulation succeeded:
With v=5.0000e+00V, r=1.0000e+04Ohm, c=1.0000e-03F, temp=27.0000C
uc reaches 4V at 16.0921s (.extract)
uc reaches 4V at 16.0921s (.plot + xval)
Related Topics
Defining and Running Simulations
Vector Simulation Results
Simulation data results can be returned as vectors; there are two primary cases when this can
happen:
• When the keywords vect or catvect have been specified on an .EXTRACT or a .MEAS
command.
• When the netlist to simulate contains an .ALTER command.
The first case is obvious: when the result of an .EXTRACT or a .MEAS command is an array of
values, and this result is assigned to a task local variable, then this variable is a vector.
Examples
Example 1 (.MEAS vect)
This example is similar to the previous one except that the input voltage is a rectangular pulse
and that the task prints all time values when the voltage across the capacitor reaches 4V,
calculated using a .MEAS vect command.
848
Eldo® User's Manual, 15.3