Target Illumination Laser Source (Pulsed)
Leonardo's 1550 nm laser illuminator product line pairs our high-power, laser diode sources with our advanced beam shaping and conditioning optics. Targeting Illumination Lasers (TIL) are necessary for Directed Energy Systems to facilitate the identification and tracking of potential threats such as rockets, artillery, and missiles (C-RAM) and unmanned aerial systems (C-UAS). Direct diode sources offer size, weight, and performance advantages over competing fiber laser-based solutions.
- Key Features
- Key Benefits
- Typical Specifications
- High pulse energy
- Short pulse duration (microseconds)
- High repetition rate
- Homogenized output beam
- Low size and weight
- Direct diode efficiency
- Compact solution for target illumination
- Ease of integration
- Solid state reliability
Parameter (at 20°C) | Units | Typical Value |
|
Wavelength | nm | 1550 | |
Peak Power Output | W | 1000 | |
Energy Per Pulse | mJ | 5 | |
Spectral Width | nm | <50 | |
Beam Uniformity¹ (Peak to Vallery Variation) | % | +/-10 | |
Beam Parameter Product² | mm ⋅ mrad | 13.5 x 13.5 | |
Rise and Fall Time | ns | 100 | |
Pulse Duration | μs | 5 | |
Max Duty Cycle | % | 1 | |
Max Pulse Repetition Frequency | kHz | 2 | |
Dimensions | mm | 240 x 180 x 140 | |
Coolant | EGW 60/40 | ||
Flow Rate | lpm | 4 | |
Coolant Temperature | °C | 15 | |
Pressure Drop | psi | 10-12 |
¹With Homogenizer
²Beam Parameter Product (BPP) is the product of a laser beam's divergence angle (half-angle) and the radius of the beam at its narrowest point (the beam waist)