WO02054118A2
|
|
Low cost optical bench having high thermal conductivity
|
US6591039B2
|
|
Method and equipment for writing a Bragg grating in a waveguide
|
EP1306703A1
|
|
Optical devices for communication
|
EP1291985A1
|
|
Gain flattening optical filter, optical amplifier comprising such an optical filter and method for manufacturing such an optical filter
|
US6612752B2
|
|
Sealed container for optical components and sealed feedthrough for optical fibers
|
EP1271199A1
|
|
Optical device for compensating chromatic dispersion
|
EP1271221A1
|
|
Integrated optical waveguide device
|
EP1273960A1
|
|
Integrated ferroelectric optical waveguide device
|
EP1271209A1
|
|
Optical bench for an opto-electronic device
|
EP1258772A1
|
|
Electro-optic modulator having high bandwith and low drive voltage
|
EP1245976A1
|
|
Optical switch configuration
|
EP1245974A1
|
|
Mach-Zehnder interferometer and method of manufacture thereof
|
EP1239311A1
|
|
Integrated optical device comprising an adiabatic junction
|
EP1252729A1
|
|
Attenuator integrated with modulator and transmitting module for wdm system using the same
|
EP1220390A1
|
|
Low cost optical bench having high thermal conductivity
|
EP1220391A1
|
|
Package with thermoelectric cooler
|
EP1217400A1
|
|
Method for making splices between two optical fibres which are different from each other
|
EP1207410A1
|
|
Method and equipment for writing a bragg grating in a waveguide
|
EP1207411A1
|
|
Method for removing a coating from a portion of optical fiber
|
EP1206016A1
|
|
Temperature-stabilized optical amplifier and method for temperature-stabilizing an optical amplifier
|