Open pulsed driver with 790 nm butterfly single-mode laser diode with Hi780 fiber and FC/APC connector
Adjustable power of 0 to 400 mW (Pulsed)
User-design nanosecond pulse shape with 0.5 ns resolution and up to 8 µs pulsewidth (The AWG pulse generator is integrated)
Up to 20 MHz pulse repetition rate
Shipping Information
Shipping within the USA: $155.00
International Shipments: Shipping Account Required
Offered by: Aerodiode Corporation, a Laser Lab Source Marketplace Seller
Orders fulfilled by: Laser Lab Source in North America
Sold & Supported in North America by Laser Lab Source
Orders for this product are processed and fulfilled by Laser Lab Source, the marketplace for Laser Scientists and Engineers. This item ships from Bozeman, MT USA. It is manufactured by Aerodiode, a Laser Lab Source Marketplace Seller. Mfg Part Number: 790LD-1-3-1
Warranty Information
This product is sold with a full one year warranty. It is warrantied to be free from defects in material and/or workmanship for a period of one year from the date of shipment. The warranty is transacted and honored by Laser Lab Source for product purchases made through Laser Lab Source.
These turn-key laser diode systems include an open pulsed driver with 790 nm butterfly single-mode laser diode with Hi780 fiber and FC/APC connector. They have up to 400 mW pulsed output power out of a 106 µm core fiber and a pulse repetition rate of up to 20 MHz. The user-design nanosecond pulse shape has a 0.5 ns resolution and up to 8 µs pulsewidth (The AWG pulse generator is integrated). They have a 3 mm metal protected jacket multimode output fiber (NA = 0.22). These units are compatible with OPTION 1 (PM Fiber), OPTION 2 (Narrow emission spectrum centered @ 792 nm with FBG), OPTION 3 (3 mm collimator), and OPTION 4 (250 MHz version). Note that the CCM and CCMI driver and mount units are 24 VDC powered devices, please contact us if you would like us to suggest a compatible 24 VDC power supply. Note: When OPTION 2 (FBG) is chosen, it takes >~50-100 ns for the laser diode to lock on its FBG wavelength: the laser diode behaves like a standard Fabry-Perot laser diode during the first 10 ns.
