High power pulsed laser diode up to 350 W nanosecond pulses

Pulsed laser diode product front face — This product is often used as a LIDAR test bench or for other R&D applications such as camera synchronization or special pulsed lighting.

high power pulsed with 240 W peak power — Example of a 235 W peak power 20 ns pulse at 808 nm out of a 200 μm-core fiber. The peak power, pulse width and repetition rates are adjustable.

Image of the pulsed laser diode product - top corrner — All our high power pulsed laser diode products include an embedded pulse delay generator with an infinite synchronization possibilities from internal or external trigger signals.

GUI of the high power laser diode — A GUI software opens automatically two windows: the driver part and the synchronization part called "Tombak". Multiple software libraries are available : LabVIEW, Python, DLLs, Hexa etc.

High power pulse at 808 nm (190 W peak power) — Example of a 190 W peak power 15 ns pulse at 808 nm out of a 200 μm-core fiber. The peak power, pulse width and repetition rates are adjustable.

high power laser diode view from the top right — 30 versions over 10 wavelengths are available : 450 nm, 785 nm, 808 nm, 830 nm, 905 nm, 915 nm, 940 nm, 980 nm, 1064 nm and 1470 nm.

1 nanosecond pulsed laser diode peak — Down to 1 ns pulsewidth with multi-Watt peak power. AeroDIODE R&D teams are available to show you how to reach the best pulse performances for your application.

Aerodiode multiboard control center — All AeroDIODE products can be connected together with a single GUI interface which consolidates all module functions. This allows the users to save a lot of time.

940 nm high power (100 W) 10 ns pulse at 940 nm — Example of a 100 W peak power 9 ns pulse at 940 nm out of a 105 μm-core fiber. Low Jitter internal and external triggering is available with the embedded pulse delay generator.

product front face vision from the side - pulsed — All CCSI-HPHS products include an embedded multi-functional pulse delay generator which is an ideal tool for complex synchronization needs like burst generation, frequency division, voltage conversion, Arbitrary waveform Generation etc.

120 W high peak power pulse at 808 nm — Down to 1 ns rise/fall time. The maximum duty cycle depends on the targeted peak power level.

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This high power pulse laser diode generates nanosecond range optical pulses out of a multimode fiber. It includes a synchronization tool to generate any pulse or burst configuration for LIDAR, laser diode camera synchronization, or special lighting.

It is an optimized high power pulsed laser diode solution for the generation of high peak power nanosecond precision pulses at 10 visible or infra-red wavelengths from 405 nm up to 1470 nm (like 905 nm laser diode or 940 nm pulsed laser diode). All modules have a high brightness with a typical output fiber core of 105 µm (62.5 µm also available as a special request). It is often used as a LIDAR laser diode (LIDAR test bench) or a laser source for various synchronization applications.

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Übersicht

These Fiber-coupled high power pulsed laser diodes emitting at many wavelengths like 905 nm, 940 nm or 1470 nm, are offered within a turn-key laser diode driver module optimized for nanosecond pulsing with high peak power (50-350 W).

High power pulsed laser diode Key Features :

30 high power pulsed laser diode models optimized for short nanosecond pulses at 10 wavelengths : 405 nm, 785 nm, 808 nm, 830 nm, 905 nm, 915 nm, 940 nm, 980 nm, 1064 nm or 1470 nm.
3 key wavelengths are optimized as a LIDAR laser diode (905 nm pulsed laser diode, 940 nm pulsed laser diode or 1470 pulsed laser diode).
All parameters are adjustable with the provided detailed GUI : pulse width, peak power, repetition rate, etc.
Down to 1 nanosecond rise/fall time
The maximum duty cycle depends on the targeted peak power level
All high power pulsed laser diode module have a high brightness with a typical output fiber core of 105 µm (62.5 µm also available as a special request).
Ultra-stable performances – ideal as a LIDAR laser diode.
Laser diode tuning is available by adjusting the laser diode temperature (depends on the model version).
Note : for longer pulses like µsec/ms range, go to the laser diode per wavelength pages and select the high power models with CCM driver or CCMI turnkey modules (compatible for both CW or ‘long) pulse emissions).

All AeroDIODE products like this high power pulsed laser diode module can be controlled by any of the following four methods :

A GUI interface with USB communication. Additionally, multiple units can be controlled simultaneously from the GUI
Software libraries are available for all products (LabVIEW, Python (windows/LINUX), DLLs, Hexa etc.)
A NEW optional bench-top touch and control screen
A stand-alone, auto-start mode for OEM integration and systems applications

These high power pulsed laser diodes Turn-key solutions work also in series with other products in our range like (scroll down to see the ordering information below) :

See our detailed tutorials for more information about the use of these laser diodes :

Model	Nominal Wavelength	Version	Min Pulse Width (typical value)	Max Pulse width (typical value)	Max Peak power (typical value)	Max duty cycle (typical value)	Price
Model 1	450 nm	High speed low current	5 ns	2000 ns	20 W	10 %	Scroll down !
Model 2		High speed high current	5 ns	50 ns	60 W	0.1 %
Model 3		Long pulses high current	20 ns	1000 ns	40 W	0.1 %
Model 4	785 nm	High speed low current	5 ns	2000 ns	30 W	10 %
Model 5		High speed high current	5 ns	50 ns	100 W	0.1 %
Model 6		Long pulses high current	20 ns	1000 ns	75 W	0.1 %
Model 7	808 nm	High speed low current	2 ns	2000 ns	30 W	10 %
Model 8		High speed high current	2 ns	50 ns	300 W	0.1 %
Model 9		Long pulses high current	20 ns	1000 ns	200 W	0.1 %
Model 10	830 nm	High speed low current	10 ns	2000 ns	30 W	10 %
Model 11		High speed high current	10 ns	50 ns	100 W	0.1 %
Model 12		Long pulses high current	20 ns	1000 ns	75 W	0.1 %
Model 13	905 nm	High speed low current	2 ns	2000 ns	18 W	10 %
Model 14		High speed high current	2 ns	50 ns	250 W	0.1 %
Model 15		Long pulses high current	20 ns	1000 ns	150 W	0.1 %
Model 16	915 nm	High speed low current	2 ns	2000 ns	18 W	10 %
Model 17		High speed high current	2 ns	50 ns	250 W	0.1 %
Model 18		Long pulses high current	20 ns	1000 ns	150 W	0.1 %
Model 19	940 nm	High speed low current	2 ns	2000 ns	18 W	10 %
Model 20		High speed high current	2 ns	50 ns	250 W	0.1 %
Model 21		Long pulses high current	20 ns	1000 ns	150 W	0.1 %
Model 22	980 nm	High speed low current	2 ns	2000 ns	18 W	10 %
Model 23		High speed high current	2 ns	50 ns	250 W	0.1 %
Model 24		Long pulses high current	20 ns	1000 ns	150 W	0.1 %
Model 25	1064 nm	High speed low current	2 ns	2000 ns	10 W	10 %
Model 26		High speed high current	2 ns	50 ns	80 W	0.1 %
Model 27		Long pulses high current	20 ns	1000 ns	60 W	0.1 %
Model 28	1470 nm	High speed low current	5 ns	2000 ns	15 W	10 %
Model 29		High speed high current	5 ns	50 ns	35 W	0.1 %
Model 30		Long pulses high current	20 ns	1000 ns	35 W	0.1 %

AeroDIODE products leverage proprietary, cutting edge technology which has been under development in the ALPhANOV technology center for over 12 years. AeroDIODE is a member of EPIC European industry association and “Route des Lasers” cluster.

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Model	Nominal Wavelength	Version	Min Pulse Width (typical value)	Max Pulse width (typical value)	Max Peak power (typical value)	Max duty cycle (typical value)	Price
Model 1	450 nm	High speed low current	5 ns	2000 ns	20 W	10 %	Scroll down !
Model 2		High speed high current	5 ns	50 ns	60 W	0.1 %
Model 3		Long pulses high current	20 ns	1000 ns	40 W	0.1 %
Model 4	785 nm	High speed low current	5 ns	2000 ns	30 W	10 %
Model 5		High speed high current	5 ns	50 ns	100 W	0.1 %
Model 6		Long pulses high current	20 ns	1000 ns	75 W	0.1 %
Model 7	808 nm	High speed low current	2 ns	2000 ns	30 W	10 %
Model 8		High speed high current	2 ns	50 ns	300 W	0.1 %
Model 9		Long pulses high current	20 ns	1000 ns	200 W	0.1 %
Model 10	830 nm	High speed low current	10 ns	2000 ns	30 W	10 %
Model 11		High speed high current	10 ns	50 ns	100 W	0.1 %
Model 12		Long pulses high current	20 ns	1000 ns	75 W	0.1 %
Model 13	905 nm	High speed low current	2 ns	2000 ns	18 W	10 %
Model 14		High speed high current	2 ns	50 ns	250 W	0.1 %
Model 15		Long pulses high current	20 ns	1000 ns	150 W	0.1 %
Model 16	915 nm	High speed low current	2 ns	2000 ns	18 W	10 %
Model 17		High speed high current	2 ns	50 ns	250 W	0.1 %
Model 18		Long pulses high current	20 ns	1000 ns	150 W	0.1 %
Model 19	940 nm	High speed low current	2 ns	2000 ns	18 W	10 %
Model 20		High speed high current	2 ns	50 ns	250 W	0.1 %
Model 21		Long pulses high current	20 ns	1000 ns	150 W	0.1 %
Model 22	980 nm	High speed low current	2 ns	2000 ns	18 W	10 %
Model 23		High speed high current	2 ns	50 ns	250 W	0.1 %
Model 24		Long pulses high current	20 ns	1000 ns	150 W	0.1 %
Model 25	1064 nm	High speed low current	2 ns	2000 ns	10 W	10 %
Model 26		High speed high current	2 ns	50 ns	80 W	0.1 %
Model 27		Long pulses high current	20 ns	1000 ns	60 W	0.1 %
Model 28	1470 nm	High speed low current	5 ns	2000 ns	15 W	10 %
Model 29		High speed high current	5 ns	50 ns	35 W	0.1 %
Model 30		Long pulses high current	20 ns	1000 ns	35 W	0.1 %