Correspondence generation method, control method, apparatus and system for micro ring modulator
AssigneeZte Corporation
InventorYuqi Gao
Life of this patent
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Abstract
The present disclosure provides a correspondence generation method for a micro-ring modulator, including: determining peak control parameter values of the micro-ring modulator at test temperatures, respectively, with each peak control parameter value being a value of a control parameter enabling modulation efficiency of the micro-ring modulator to reach a peak; and determining a correspondence between ambient temperatures of the micro-ring modulator and the peak control parameter values. The present disclosure further provides a control method for a micro-ring modulator, a control apparatus for a micro-ring modulator, a control system for a micro-ring modulator, and a computer-readable medium.
Claims20
A correspondence generation method for a micro-ring modulator, comprising:
- determining peak control parameter values of the micro-ring modulator at test temperatures, respectively, with each peak control parameter value being a value of a control parameter enabling modulation efficiency of the micro-ring modulator to reach a peak, and the control parameter being a temperature control parameter for controlling a temperature of the micro-ring modulator;
- determining a correspondence between ambient temperatures of the micro-ring modulator and the peak control parameter values;
- and
- storing the correspondence between the ambient temperatures of the micro-ring modulator and the peak control parameter values in a control apparatus for the micro-ring modulator.
A control method for a micro-ring modulator, comprising:
- determining a current ambient temperature of at least one micro-ring modulator;
- and
- outputting a peak control parameter value of each micro-ring modulator corresponding to the current ambient temperature of the micro-ring modulator according to a pre-stored correspondence between ambient temperatures of the micro-ring modulator and peak control parameter values of the micro-ring modulator, to control modulation efficiency of the micro-ring modulator to reach a peak,
- wherein each peak control parameter value is a value of a control parameter enabling the modulation efficiency of the micro-ring modulator to reach the peak, and the control parameter is a temperature control parameter for controlling a temperature of the micro-ring modulator.
Dependencies are inferred from the claim text.