(Untitled) | (Untitled) | (Untitled) | (Untitled) | (Untitled) | Examples |

IEVref: | 131-12-79 | ID: | |

Language: | en | Status: Standard | |

Term: | ideal gyrator | ||

Synonym1: | |||

Synonym2: | |||

Synonym3: | |||

Symbol: | |||

Definition: | two-terminal-pair network for which the sum of instantaneous powers at the two-terminal pairs is identically equal to zero and for which the ratio of the input voltage to the output electric current has a constant value R
NOTE 1 – For an ideal gyrator, the input voltage $\frac{{u}_{1}}{{i}_{2}}=-\frac{{u}_{2}}{{i}_{1}}}=R$ with the usual reference conventions for associated voltages and currents given for two-port networks in IEC 60375:2003, Clause 7. NOTE 2 – Under sinusoidal conditions, the impedance R:
NOTE 3 – An ideal gyrator is a circuit element that neither stores nor dissipates energy. The gyrator as a device is defined in IEC 60050-726. | ||

Publication date: | 2008-09 | ||

Source: | |||

Replaces: | |||

Internal notes: | 2015-08-20: Tagging of variables corrected to be italic. JGO 2017-06-02: Cleanup - Remove Attached Image 131-12-79en.gif 2017-12-08: English equation corrected as per the mail from DE NC 2017-04-21. JGO | ||

CO remarks: | |||

TC/SC remarks: | |||

VT remarks: | |||

Domain1: | |||

Domain2: | |||

Domain3: | |||

Domain4: | |||

Domain5: |

$\frac{{u}_{1}}{{i}_{2}}=-\frac{{u}_{2}}{{i}_{1}}}=R$

with the usual reference conventions for associated voltages and currents given for two-port networks in IEC 60375:2003, Clause 7.
__Z___{1} seen at the input port is the product of the terminating admittance * Y* at the output port by the square of the constant

__Z___{1} = *R*^{2}__Y__