PL13/15 Pulsed Series Laser Diode Modules - PD-LD - #1

Text version of the page

30-B Pennington-Hopewell Rd., Pennington NJ 08534 Phone 609-564-7900 EMAIL: info@pd-ld.com www.pd-ld.com Above specifications at 25°C . Specifications subject to change. Pulsed1315 2-11 Rev 0 PL13/15 Pulsed Series Laser Diode Modules Features „h High Power (Pulse 60 to 120mW) „h Compact, reliable receptacle & coax fiber-coupled package „h Stable single transverse mode oscillation „h MQW (Multiple Quantum Well) Applications „h Fiberoptic Test Equipment „h Optical Time Domain Reflectometers PD-LD Inc. now offers a choice of packaging options for its’ Pulsed Series of laser diodes. These units are available in ready-to-use, fiber-coupled packages, including FC, ST, and SC receptacles, as well as fiber- pigtailed units. Pulsed InGaAsP laser diodes offered by PD-LD are available in standard wavelengths centered at 1310 and 1550nm. Fiber-coupled Pulsed (duty cycle=1%, pulse width=10us) output powers range from 60 to 120 mW, depending on wavelength and desired performance level. These semiconductor lasers have low threshold and operating currents that help to ensure high reliability and long operating life. Optional board- or panel -mount flanges are available for pigtailed devices; contact PD-LD Sales. Fiber Pigtailed devices are made using an active micro-positioning system and YAG Laser welding system ensuring high reliability and coupling efficiency. High power pulsed lasers have a 4 pin configuration and do not have a rear facet monitor detector. Parameter Symbol Test Condition PL13H1201OOA-0-P-01 PL15D1001OOA-0-P-01 Units Min Typ Max MIn Typ Max Central Wavelength Lambda If=IopPulse If=700mA 1285 1310 1335 1520 1550 1580 nm Spectral Width Delta Lambda If=IopPulse If=700mA - 7 10 - 7 10 nm Threshold Current Ith - - 20 50 - 30 50 mA Operating Current Iop CW, Po=5mW - 30 120 - 50 180 mA Operating Voltage Vop If=IopPulse If=700mA - 3 4.5 - 3 4.5 V Pulse Light Output P If=IopPulse If=700mA 100 120 - 60 100 - mW Rise & Fall Time Tr , Tf If=Ith 10~90% - 1 2 - 1 2 ns