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| Wire |
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| Basic
component for electrically connecting the nodes of other components.
Each wire can have up to 50 ver tex points. Wire vertex points
are automatically locked to a ghost grid, and segments can
have any angle. |
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| Generator |
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| The generator
has standard parameters for output level and output impedance.
Also, any Data Curve or Guide Curve can be assigned for use
as a nonflat response profile. Programmable noise density is
also included. |
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| Connection
Dot |
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| A nonelectrical
component which can be used to indicate a cross point connection
of wires or other components. Can also be used for polarity
or notation mark ing purposes. |
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| Impedance
Function |
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| User definable
complex impedance. Any impedance curve can be imported into
the component to define the impedance function. |
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| Data
Node |
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| This square
marker placed at an electrical node/vertex connection of the
circuit indicates that the node will produce output curve data.
Up to 31 circuit data nodes can be plotted simultaneously. A
text description can be assigned. |
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| Switch |
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| Each switch
has selectable poles from 1 to 26. Parasitic parameters for
ON resistance and OFF leakage capacitance. |
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| Text
Comment |
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| A nonelectrical
component used to add text comments or notes to the schematic.
A choice of three fonts can be selected for each comment. |
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| Opamp |
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| The opamp
contains a mathematical model for AC analysis. Parameters for
input/output impedance, complex gain function, and voltage/current
noise are provided. Model parameter sets are selected and loaded
from the opamp libraries. Very fast analysis. |
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| Ground |
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| The bus
connection for the electrical reference datum. Each circuit
must include at least one connection to ground, since all output
node voltages are relative to ground. |
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| Transfer
Function |
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| User definable
complex gain, ungrounded. Standard transfer functions are selectable,
as well as any arbitrary response obtained from a Data Curve
or Guide Curve. Input/output impedance parameters.
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| Resistor |
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| Each resistor
has selectable precision and standard values of 0%, 1%, 5%,
10%, 20%, and also has a temperature coefficient parameter in
PPM. |
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| Summer |
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| Each summer
has selectable two or three inputs, each with selectable polarity.
Parameters for input impedance and output impedance. |
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| Capacitor |
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| Each capacitor
has selectable precision and standard values of 0%, 1%, 5%,
10%, 20%, and also has a temperature coefficient parameter in
PPM. |
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| Buffer |
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| Each buffer
has parameters for precision gain and delay, in addition to
input/output impedance and polarity. |
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| Inductor |
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| Each inductor
has selectable precision and standard values of 0%, 1%, 5%,
10%, 20%, and also has a temperature coefficient parameter in
PPM. Parasitic parameters for series resistance and shunt capacitance
with Fo/Q are provided. |
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| Switched
Capacitor Network |
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| The SCN
provides a sampled signal version of an equivalent resistance.
Parameters for equivalent resistance, clock frequency, and capacitance
are included. |
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| FDNR |
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| Each FDNR
(frequency dependent negative resistor) has selectable precision
and standard values of 0%, 1%, 5%, 10%, 20%, and also has a
temperature coefficient parameter in PPM. FDNR units are Farads2.
The component behaves essentially as a squared capacitor. |
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| Digital
IIR Filter |
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| A frequency
domain representation of a digital IIR filter. Impedance parameters
for input/output are provided. Simulation of filter response
with finite coefficient effects is also included. |
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| Potentiometer |
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| Each pot
has selectable precision and standard values of 0%, 1%, 5%,
10%, 20%, and also has a temperature coefficient parameter in
PPM. Selectable taps of 0,1,2,3 each with definable locations.
Any taper curve can be assigned. |
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| Digital
FIR Filter |
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| A frequency
domain representation of a digital FIR filter. Impedance parameters
for input/output are provided. Simulation of filter response
with finite coefficient effects is also included. |
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| Transformer |
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| Each transformer
has parameters for primary inductance, secondary inductance,
mutual inductance, turns ratio, and coupling coefficient. |
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