QCW Laser Diode Modules
Quasi-continuous wave fiber lasers are now part of the equation for modern applications. They can operate in both CW and high-peak power pulsed modes. Unlike traditional CW lasers, for QCW Fiber Lasers Come of Age Wall-plug efficiency, high PPR are just two benefits of new laser technology FABRICATING which peak and average power are always the same in CW and CW/ modulated regimes, QCW lasers’ peak power in pulsed mode is increased by a factor of 10 over the average power.
Picture | Part Number | Type | Wavelength (nm) | Output power (W) | Mode | Output | Linewidth | Duty | Package |
---|---|---|---|---|---|---|---|---|---|
4300-QCW | Laser Diode Drivers | QCW | |||||||
JDL-Unmounted Bars | Free-Space - Multimode, Array (Bar), Single Emitter | 760-1070 | Up to 300 W CW, Up to 500 W QCW | Multimode | Free Space | CW, QCW | Unpackaged Laser Diodes | ||
JOLD-FC | Fiber-Coupled - Multimode, Array (Bar) | 760-1070 | Up to 400 W | Multimode | MM Fiber | CW, QCW | Fiber Coupled | ||
JOLD-Open Heatsinks | Array (Bar) | 760-1070 | Up to 300 W CW | Multimode | Free Space | CW, QCW | CS, CN, LK Package | ||
JOLD-Stacks | Laser Diode Stack | 760-1070 | Up to 2400 W QCW | Multimode | Free Space | CW, QCW | Stack, MCC Stack | ||
PowerMir ≈ 4-9 um | QCL | Multiple Wavelength Options | 0.100, 0.300, 0.450, 1.0, 1.5 | Multimode | Free Space | QCW | Chip on Carrier, HHL |