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AeroDIODE 1064 nm Laser Diode – Bragg or DFB – High output power
SKU #1064LD
Fiber-coupled 1064 nm laser diodes are offered as stock items, or with CW, or Pulsed Laser Diode Drivers. Compatible with our high speed nanosecond pulsed drivers or low noise CW drivers. These turn-key laser modules with TEC controller are offered in an open or integrated version.
Typically Ships in 15 to 20 Business Days
Part Number
1064LD
Introduction
These 1064 nm laser diode can reach high power in nanosecond pulse regime up to 2 W. Most Turn-key diode+driver solutions are optimized for single-shot to CW performances with pulse width lengths down to 1 nanosecond. 1064 nm laser diode precision pulses are generated internally by an on-board pulse generator, or on demand from an external TTL signal. A multimode version is also offered for CW emission up to 10 W.
Key features
- Five models : 3 singlemode FabryPerot or DFB and 2 multimode
- Up to 700 mW CW for singlemode models ; 25 W for multimode
- Up to 1500 mW peak power out of fiber for singlemode
- Down to 200 kHz emission bandwidth (DFB singlemode version)
- Down to 1 ns pulse width
- Low noise CW emission
- See specification tables for detailed technical properties
Models
These 1064nm laser diode are offered in 5 versions:
- A high power singlemode version (700 mW) at 1064 nm ideal for CW or pulse applications when a pulse emission wavelength evolution in the first nanoseconds can be tolerated
- A fiber coupled DFB 1064 nm laser diode with typically 200 kHz bandwidth which reaches up to 200 mW in CW and 800 mW in pulse regime with a very stable emission bandwidth from the first nanosecond.
- A Broad and stable emission bandwidth version at 1064 nm ideal for fiber lasers when SBS effect is a limitation.
- A high power version (9 W) at 1064 nm in a 105 µm multimode fiber with a NA of 0.22
- A very high power version (25 W) at 1064 nm in a 105 µm multimode fiber with a NA of 0.22
| Laser Diode model | Datasheet | Max Power (CW) | Technology | Wavelength | Typical linewidth (FWHM) | Power (Pulse) | Nominal Levels (CW) Typiycal values |
Form factor | Output fiber core |
|---|---|---|---|---|---|---|---|---|---|
| 1 | Datasheet | 700 mW | Standard | 1064±2 nm (chip regulated at >~30°C) | ~ 1-3 nm | up to 1500 mW | 1200 mA/1.7 V | 14 pin butterfly – type 1 | PM – 6 µm singlemode |
| 2a | Datasheet | 200 mW | DFB (optimized for pulsing) | 1063.5 ±1 nm | MHz range | up to 500 mW | 400 mA/1.7 V | 10 pin butterfly – type 1 | PM – 6 µm singlemode |
| 2b | Datasheet | 200 mW | DFB (optimized for CW emission) | 1064.0 +-1 nm | ~ 200 kHz | up to 500 mW | 400 mA/1.7 V | 10 pin butterfly – type 1 | PM – 6 µm singlemode |
| 3c | Datasheet | 70 mW | DFB (optimized for CW emission with mode hop free performance) | 1064.0 +-1 nm | ~100 kHz | up to 100 mW | 250 mA/1.5 V | 14 pin butterfly | PM – 6 µm singlemode |
| 3 | Datasheet | 650 mW | Ultra Broad FBG | 1064 ±2 nm | > 2 nm | up to 2000 mW | 1100 mA/1.5 V | 10 pin butterfly – type 1 | PM – 6 µm singlemode |
| 4 | Datasheet | 9 W | Multimode | 1064 ±7 nm | 3.5 nm | up to 9 W | 11 A / 1.7 V | 2 Pin Multimode (30*17 mm) | 105 µm Multimode (NA=0.22) |
| 5 | Datasheet | 25 W | Multimode | 1064 ±7 nm | 4.5 nm | up to 25 W | 10 A / 4.8 V | 2 Pin Multimode (66.5*36 mm) | 105 µm Multimode (NA=0.22) |
| 6 | Datasheet | 100 W | Multimode | 1064 ±7 nm | 4.5 nm | up to 100 W | 10 A / 21 V | 2 Pin Multimode (123 * 63 * 22 mm) | 105 µm Multimode (NA=0.22) |
*For best linewidth performances, an ultra-low noise driver is required.
The GUI software of the optional drivers lets the user have total control of all module functions. It includes several libraries for software integration (LabVIEW VIs, DLLs, Hexa, Python etc.)
| Manufacturer | AeroDIODE |
|---|---|
| Product Series | AeroDIODE Laser Diode Sources |
| Product Type | Laser Diode Sources |
| Size / Operation | Benchtop |
| Device Connectivity via | USB |
| Industry | Aerospace and Defence, Fiber Optic Lasers, Photonics, Research |
| Applications | Laser Systems, Integration of Instruments with Photonics and System Simulation Tools, Simulating Amplifiers and Lasers (EDFA, SOA, Raman, Hybrid, GFF Optimisation, Fiber Lasers), VCSEL Lasers Passive Design |
| Warranty Notes | AusOptic Genuine Product Guarantee Authorised distributor, benefit from manufacturer-backed, local warranty coverage, genuine parts, and our experienced local support team |
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