초록 ▼

A solid state fiber optical semiconductor ring laser gyro apparatus with nonoptical readout which contains an optical fiber optically coupled with a optical amplifier diode which has a ground electrode and a plurality of non ground electrodes, which are both electrically and spacially separated and

A solid state fiber optical semiconductor ring laser gyro apparatus with nonoptical readout which contains an optical fiber optically coupled with a optical amplifier diode which has a ground electrode and a plurality of non ground electrodes, which are both electrically and spacially separated and disposed across the optically active channel of the optical amplifier diode, the magnitude and direction of rotation of the optical fiber ring can be determined by examining the differences in phase information between the outputs on the plurality of non ground electrodes.

대표청구항 ▼

A ring laser gyro comprising; a. an optical fiber , having a first fiber end and a second fiber end; b. an optical amplifier diode having a ground electrode and a plurality of nonground electrodes and further having a first optical terminal and a second optical terminal; c. said optical fiber being

A ring laser gyro comprising; a. an optical fiber , having a first fiber end and a second fiber end; b. an optical amplifier diode having a ground electrode and a plurality of nonground electrodes and further having a first optical terminal and a second optical terminal; c. said optical fiber being optically coupled at its first fiber end and its second fiber end to the first optical terminal and the second optical terminal, respectively, of said optical amplifier; d. means for controlling and monitoring the voltage upon said plurality of nonground electrodes; and e. means for comparing the voltages upon said plurality of nonground electrodes; whereby, the direction and magnitude of rotation of the optical fiber can be determined by comparing the voltage output of the nonground electrodes, these voltages output will correspond to the beat frequency between the two counterpropagating beams within the optical fiber, and with a comparison of the phase differences in the outputs and the known dimension of separation between the nonground electrodes, the direction of rotation can also be determined.