In telecommunication, the term steady-state condition has the following meanings:
* In a communications circuit, a condition in which some specified characteristic of a condition, such as a value, rate, periodicity, or amplitude, exhibits only negligible change over an arbitrarily long period.
* In an electric circuit, the condition that exists after all initial transients or fluctuating conditions have damped out, and all currents, voltages, or fields remain essentially constant, or oscillate uniformly.
* In fiber optics, synonym for equilibrium mode distribution.
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| - In telecommunication, the term steady-state condition has the following meanings:
* In a communications circuit, a condition in which some specified characteristic of a condition, such as a value, rate, periodicity, or amplitude, exhibits only negligible change over an arbitrarily long period.
* In an electric circuit, the condition that exists after all initial transients or fluctuating conditions have damped out, and all currents, voltages, or fields remain essentially constant, or oscillate uniformly.
* In fiber optics, synonym for equilibrium mode distribution.
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| - In telecommunication, the term steady-state condition has the following meanings:
* In a communications circuit, a condition in which some specified characteristic of a condition, such as a value, rate, periodicity, or amplitude, exhibits only negligible change over an arbitrarily long period.
* In an electric circuit, the condition that exists after all initial transients or fluctuating conditions have damped out, and all currents, voltages, or fields remain essentially constant, or oscillate uniformly.
* In fiber optics, synonym for equilibrium mode distribution. Source: from Federal Standard 1037C and from MIL-STD-188
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