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Pulse picker turn-key solution :
- 14 laser Pulse-picker versions from 700 to 1850 nm
- Compatible with ultra-short laser sources (fs, ps etc.)
- Insertion loss down to 1.2 dB
- Maximum input optical power up to 5 watts (average power)
- High speed pulsing down to 10 nsec rise/fall time
- Input pulse repetition rate up to 100 MHz (200 MHz available)
- Output pulse repetition rate from single shot up to 20 MHz
- Extinction ratio up to 50 dB
- No timing constraint on input pulse width for triggering down to 10 fs
- All AOM Pulse picker models are offered with PM fiber (compatible with similar non-PM fiber)
- 3 Pulse-picking synchronization modes : Divider (low Jitter), Synchro (external or internal low frequency triggering) and Burst Shaper (Contact us for other special modes)
- 100’s of synchronization configurations accessible with the pulse picker embedded flexible electronics and its dedicated GUI
- Gating window adjustable in phase (10 ps step) and duration (2 ns step)
- Adjustable voltage level threshold for input pulse triggering down to 5 mV
This laser Pulse Picker turnkey solution is designed and optimized to modulate the intensity of light down to the nanosecond timing range in order to reject pulses with a high extinction ratio and keeping other pulses with a very low insertion loss. It is an ideal solution for laser pulse picking of mode-locked laser oscillators.
It contains our famous pulse-picker (TOMBAK) board. All use cases are explained in a well detailed Pulse picker Operating_manual and a specific application note.
The GUI software lets the user have total control of all module functions. It includes several libraries for software integration (LabVIEW VIs, DLLs, Hexa, Python etc.). Complex systems, such as fiber lasers, can be quickly developed on this module platform.
| Pulse picker model | Nominal wavelength | Internal AOM RF frequency (contact us for other frequencies) | Reference | Wavelength range | Max input pulse repetition rate | Rising time (ns) | Max optical input power | Fiber (eq.) / connector | Dimensions | Price |
|---|---|---|---|---|---|---|---|---|---|---|
| Model 1 | 780 nm | 100 MHz | 780PPI_1 (standard) | 700-815 nm | 20 MHz | < 60 ns | 5 W | PM780 / FC-APC | 235*127*55 | Scroll down ! |
| Model 2 | 780 nm | 200 MHz | 780PPI_2 (high speed) | 700-815 nm | 100 MHz | < 10 ns | 3 W | PM780 / FC-APC | ||
| Model 3 | 850 nm | 100 MHz | 850PPI-1 (standard) | 815-915 nm | 20 MHz | < 60 ns | 5 W | PM780 / FC-APC | ||
| Model 4 | 850 nm | 200 MHz | 850PPI-2 (high-speed) | 815-915 nm | 100 MHz | < 10 ns | 3 W | PM780 / FC-APC | ||
| Model 5 | 940 nm | 100 MHz | 940PPI_1 (standard) | 915-1020 nm | 20 MHz | < 50 ns | 5 W | PM980 / FC-APC | ||
| Model 6 | 940 nm | 200 MHz | 940PPI_2 (high speed) | 915-1020 nm | 100 MHz | < 10 ns | 3 W | PM980 / FC-APC | ||
| Model 7 | 1064 nm | 100 MHz | 1064PPI-1 (standard) | 1020-1170 nm | 20 MHz | < 50 ns | 5 W | PM980 / FC-APC | ||
| Model 8 | 1064 nm | 200 MHz | 1064PPI-2 (high speed) | 1020-1170 nm | 100 MHz | < 10 ns | 3 W | PM980 / FC-APC | ||
| Model 9 | 1310 nm | 80 MHz | 1310PPI_1 (standard) | 1170-1430 nm | 20 MHz | < 50 ns | 0.5 W | PM1310 / FC-APC | ||
| Model 10 | 1310 nm | 200 MHz | 1310PPI_2 (high speed) | 1170-1430 nm | 100 MHz | < 10 ns | 0.5 W | PM1310 / FC-APC | ||
| Model 11 | 1550 nm | 80 MHz | 1550PPI-1 (standard) | 1430-1600 nm | 20 MHz | < 50 ns | 0.5 W | PM1550 / FC-APC | ||
| Model 12 | 1550 nm | 200 MHz | 1550PPI-2 (high speed) | 1430-1600 nm | 100 MHz | < 10 ns | 0.5 W | PM1550 / FC-APC | ||
| Model 13 | 1650 nm | 80 MHz | 1650PPI_1 (standard) | 1600-1750 nm | 20 MHz | < 50 ns | 0.5 W | PM1550 / FC-APC | ||
| Model 14 | 1650 nm | 200 MHz | 1650PPI_2 (high speed) | 1600-1750 nm | 100 MHz | < 10 ns | 0.5 W | PM1550 / FC-APC |
These AOM Pulse picker turnkey solutions are used as stand-alone products as well as with other products in the AeroDIODE portfolio like :
These fiber-coupled pulse pickers turnkey solutions are a high performance alternative to other fiber pulse picker solutions such as Electro-Optic Pockels cells Modulators (offered by companies such as EKSMA Optics or Syndor technologies) . They also offer an alternative to the SOA/SOM semiconductor based fiber optic modulators offered by AeroDIODE. Please refer to our detailed tutorials on high speed fiber modulation to compare the various commercially available solutions: Fiber modulator basics.
AeroDIODE is a member of EPIC European industry association and “Route des Lasers” cluster .
Scroll down to see all configurations and prices
L’article Pulse Picker : turnkey solutions with AOM (Acousto-Optic Modulator) est apparu en premier sur Aerodiode.