Creating a New CS Analyst Project
When a new conducted susceptibility analysis is initiated
the CS model is built sequentially. The basic steps are:
1. Enter
frequency range -- Enter the frequency range
over which to analyze your system for .
2.
Specify a CS limit -- Input the amplitude of
the CS signal over the frequency range for which you wish to analyze the
circuit. Also input upper bound conditions defined for the CS signal, i.e.
specify maximum current when voltage is injected or maximum voltage when current
is injected. CS limits may be created using the Limit module or loaded
from file.
3. Build
model -- Using the
schematic capture program that is built into CS Analyst build a schematic
diagram of the electrical components that are connected to the left end of the
Conductors. Circuit components are selected
from the Component Library. Enter values to match the RF characteristics
of the actual components used.
4.
Specify Conductor parameters -- Select the
conductor configuration that most closely matches the circuit under
investigation. Eight different cable configurations allow nearly all
common to be modeled.
5.
Define shield construction, as applicable --
For shielded conductors enter the parameters that define how the shield is
constructed. These values are used to calculate , which is used in determining shielding effectiveness of
the shield.
6.
Specify shield termination parameters, as
applicable -- For each end of shielded conductor select a termination method and
enter parameters that define how the termination is constructed.
7. Build
Right-Hand Circuit model -- Using the
schematic capture program that is built into CS Analyst build a schematic
diagram of the electrical components that are connected to the right end of the
Conductors. Circuit components are selected
from the Component Library. Enter values to match the RF characteristics
of the actual components used.
8.
Calculate and display conducted susceptibility
levels -- With the information above entered, CS Analyst calculates the
current and voltage for each component in the left-hand and right-hand circuits
and at each end of the conductors. At the completion of calculations
voltage and current are displayed graphically or numerically by simply selecting
the desired observation point. More:
 RS Analyst Basics
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