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Reliability proving of 980 nm pump lasers for metro applications
By: Harder, C.S.; Mohrdiek, S.; Schmidt, B.; Pliska, T.; Matuschek, N.; Arlt, S.; Jakubowicz, A.; Jung, I.D.; Pfeiffer, H.-U.; Schwarz, M.;
2002 / IEEE / 0-7803-7598-X
Description
This item was taken from the IEEE Conference ' Reliability proving of 980 nm pump lasers for metro applications ' Reliability testing of pump lasers is based on accelerated life tests with different stress conditions. These tests are well established and their underlying principle is the scaling of the device lifetime with different stress conditions. The stress conditions have to be chosen in such a way that the aging of the laser chip is accelerated but no additional aging effects compared to operating conditions are induced. If the scaling factor is known the device lifetime at operating conditions can be calculated.
Related Topics
980 Nm Pump Lasers
Metro Applications
Reliability Testing
Accelerated Life Tests
Stress Conditions
Laser Chip Aging
Scaling Factor
Device Lifetime
Operating Conditions
Laser Diodes
Laser Excitation
Laser Applications
Pump Lasers
Stress
Laser Modes
Testing
Power Lasers
Aging
Temperature
Optical Microscopy
Ageing
Semiconductor Lasers
Life Testing
Optical Testing
Semiconductor Device Testing
Semiconductor Device Reliability
Optical Pumping
Optical Communication Equipment
Laser Transitions
Metropolitan Area Networks
Engineering
980 Nm