IdealGyrator
Ideal gyrator
Library
Electrical/Analog/Ideal
Description
A gyrator is an ideal two-port element defined by the following equations:
i1 = G * v2
i2 = -G * v1
where the constant G is called the gyration conductance.
Parameters
| Name | Label | Description | Data Type | Valid Values |
|---|---|---|---|---|
mo_G | G | Gyration conductance | Scalar |
| Name | Label | Description | Data Type | Valid Values |
|---|---|---|---|---|
mo_v1 | v1 | v1 | Structure | |
mo_v1/fixed | fixed | Cell of scalars | true | |
mo_v1/start | start | Cell of scalars | ||
mo_v2 | v2 | v2 | Structure | |
mo_v2/fixed | fixed | Cell of scalars | true | |
mo_v2/start | start | Cell of scalars | ||
mo_i1 | i1 | i1 | Structure | |
mo_i1/fixed | fixed | Cell of scalars | true | |
mo_i1/start | start | Cell of scalars | ||
mo_i2 | i2 | i2 | Structure | |
mo_i2/fixed | fixed | Cell of scalars | true | |
mo_i2/start | start | Cell of scalars |
Ports
| Name | Type | Description | IO Type | Number |
|---|---|---|---|---|
p1 | implicit | Positive electrical pin of port 1 | input | 1 |
n1 | implicit | Negative electrical pin of port 1 | output | 1 |
p2 | implicit | Positive electrical pin of port 2 | input | 2 |
n2 | implicit | Negative electrical pin of port 2 | output | 2 |