IP Library › Assignment 019725/0366
Patent Assignment
Reel/Frame 019725/0366

Security Agreement

Recorded: 2007-08-21 Received: 2007-08-21 Pages: 6
Assignor
Assignee
COMERICA BANK
2321 ROSECRANS AVE, EL SEGUNDO, CA, 90245, UNITED STATES
Covered Properties (18)
Method of Fabricating a Monolithic Expanded Beam Mode Electroabsorption Modulator
Application: 10/895,699 →
Semiconductor Optical Amplifier with Reduced Effects of Gain Saturation
Application: 10/894,532 →
Semiconductor Micro-Resonator for Monitoring an Optical Device
Application: 10/868,108 →
Semiconductor Micro-Resonator for Monitoring an Optical Device
Application: 10/857,426 →
Grating Dispersion Compensator and Method of Manufacture
Application: 10/843,743 →
Device for Coupling Drive Circuitry to Electroabsorption Modulator
Application: 10/793,971 →
Uncooled and high temperature long reach transmitters, and high power short reach transmitters
Application: 10/741,494 →
Method for reducing non-linearities in a laser communication system
Application: 10/713,482 →
Method of Tuning Wavelength Tunable Electro-Absorption Modulators
Application: 10/647,485 →
Placing a Semiconductor Laser Electrically in Series with a Semiconductor Optical Amplifier
Application: 10/644,570 →
Method of Stabilizing Electro-Absorption Modulators (Eam's) Performance by Maintaining Constant Absorption with the Use of Integrated Tap Couplers and Method of Manufacture
Application: 10/635,080 →
Device for Coupling Drive Circuitry to Electroabsorption Modulator
Application: 10/277,290 →
Semiconductor Micro-Resonator for Monitoring an Optical Device
Application: 10/245,075 →
Opto-Electronic Component Packaging
Application: 10/228,650 →
Stabilizing Electro-Absorption Modulators (Eam's) Performance by Maintaining Constant Absorption with the Use of Integrated Tap Couplers
Application: 10/218,289 →
Semiconductor Optical Amplifier with Reduced Effects of Gain Saturation
Application: 10/197,107 →
Grating Dispersion Compensator and Method of Manufacture
Application: 10/167,915 →
Method of Fabricating a Monolithic Expanded Beam Mode Electroabsorption Modulator
Application: 10/056,929 →