%0 Journal Article %1 ulrichfiberoptic %A Ulrich, R. %D - %K FIBER-OPTIC Sensor %T FIBER-OPTIC SENSORS %X Fiber-optic sensors are transducers for various physical parameters eg.position, force, pressure, temperature, velocity, field strengths ...• They encode the value of the parameter to be measured into a light flux, transmitted by optical fibers to and from the sensor. For specific applications, e.g. in medical and industrial control systems, such sensors offer important advantages of electrical insulation, EMI immunity, and safe operation in flammable atmospheres. Certain interferometric sensors have also demonstrated (hydrophone) or promised (magnetometer) very high sensivities, exceeding those of conventional sensors. The fundamental operating principles of fiber-optic sensors and basic problems of their accuracy and sensitivity will be reviewed.

@article{ulrichfiberoptic, abstract = {Fiber-optic sensors are transducers for various physical parameters eg.position, force, pressure, temperature, velocity, field strengths ...• They encode the value of the parameter to be measured into a light flux, transmitted by optical fibers to and from the sensor. For specific applications, e.g. in medical and industrial control systems, such sensors offer important advantages of electrical insulation, EMI immunity, and safe operation in flammable atmospheres. Certain interferometric sensors have also demonstrated (hydrophone) or promised (magnetometer) very high sensivities, exceeding those of conventional sensors. The fundamental operating principles of fiber-optic sensors and basic problems of their accuracy and sensitivity will be reviewed.}, added-at = {2021-03-26T00:56:01.000+0100}, author = {Ulrich, R.}, biburl = {https://www.bibsonomy.org/bibtex/2f767c573f343ea87a0f051cbaa3b63dd/ceps}, interhash = {45e43f15aed7402dc2252414679cbcc5}, intrahash = {f767c573f343ea87a0f051cbaa3b63dd}, keywords = {FIBER-OPTIC Sensor}, timestamp = {2023-12-21T14:56:40.000+0100}, title = {FIBER-OPTIC SENSORS}, year = {-} }