Home > Wavelengths 900nm-1190nm > AeroDIODE > 1064LD-1-0-6 / LASER-DIODE
CW and Pulsed Mode 1060nm Fiber Bragg Grating Stabilized Single Mode Laser Diode; 1.5 Watt Peak Pulsed Mode Output Power
$2340.00 sku / item#: 1064LD-1-0-6 / LASER-DIODE ships: 5 to 7 days
Key Features
- Single Mode Emission Spectra
- 0.2nm / 1.0nm (CW / Pulse) Laser Spectral Line Width
- 700 mW / 1.5 Watts (CW / Pulse) Output Power
- Polarization Maintaining Fiber SM98-PS-U25D-H Terminated with Ceramic Ferrule (FC/APC on request)
- 14-Pin Butterfly Package; Integrated TE Cooler, Thermistor, Monitor PD
- Offered by AeroDIODE, a Laser Lab Source Marketplace Seller
Sold & Supported in North America by: LaserDiodeSource.com, part of the Laser Lab Source Marketplace Group - Manufactured by:
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Price and Delivery Quote
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Purchase this laser installed, tested, and
calibrated in a CW Source System
Purchase this laser installed, tested, and
calibrated in a PULSED Source System
Technical Questions for this Product
ASK AN ENGINEERCustomers Also Considered:
MODEL | 1064LD-1-0-6 / LASER-DIODE |
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PRICE | $2340.00 |
Optical and Electrical Specifications (typical) | |
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fiber pigtail | |
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Product Overview:
✔ Buy this laser installed and tested in turn-key CW or Pulsed control electronics & mounting system
✔ See Buy-Now button on right for bundled pricing & purchase1060 nm Fiber Bragg Grating Stabilized Laser with PM Fiber
These laser diodes offer a center wavelength of 1060nm and are rated to operate in both pulsed and CW operation. They offer output power up to 1500 mW in pulsed mode of operation and up to 700 mW in CW mode. These laser diodes are offered in a butterfly package with PM fiber, and include the fiber Bragg grating located on the fiber approximately 1 meter from the laser diode. The standard product ships with PM fiber and an unterminated fiber tip. An FC/APC connector is available as an option.
Note: this laser diode is based on a Fabry-Perot technology with Bragg grating. The laser pulse takes ~100 ns to lock on the Bragg Wavelength. Short pulses have a significantly boader bandwidth than 1 nm.
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