TOPOL. Femtosecond Optical Parametric Oscillator
|Optical parametric oscillator specifications|
|Wavelength tuning range (fully automated USB tuning)||715-1115 nm (signal)
1000-1900 nm (idler*, optional)
|1700-2000 nm (signal)
2200-2740 nm (idler)
|1400-1700 nm (signal)
2750-4200 nm (idler)
|Average output optical power||signal
>70 mW @ 715 nm
>170 mW @ 720 nm
>440 mW @ 740 nm
>900 mW @ 780 nm
>1050 mW @ 800 nm
>1210 mW @ 860 nm
>1170 mW @ 900 nm
>990 mW @ 950 nm
>680 mW @ 1000 nm
>340 mW @ 1050 nm
>220 mW @ 1100 nm
>60 mW @ 1115 nm
>400 mW @ 1700 nm
>800 mW @ 1800 nm
>550 mW @ 1900 nm
>700 mW @ 2000 nm
>400 mW @ 1400 nm
>500 mW @ 1410 nm
>800 mW @ 1500 nm
>500 mW @ 1600 nm
>500 mW @ 1700 nm
|Pulse duration (FWHM)||<150 fs (signal)
<150 fs (idler)
|<180 fs (signal)
<150 fs (idler)
|<200 fs (signal)
<250 fs (idler)
|Dimensions (LxWxH)||950x400x150 mm||500x250x120 mm|
|Pump laser requirements|
|Central wavelength||1030…1060 nm|
|Average power||7...8 W||3 W|
|Pulse duration||100…200 fs|
|Pulse repetition rate||80+/-1 MHz (fixed, 50…100 MHz upon request)|
|Recommended pump laser||TEMA-150|
|Power supply, control and cooling specifications|
|Power supply||single-phase; 100-240 V, 50/60 Hz, 1 А max|
|Control||USB interface, Windows PC software included|
|Cooling system||closed-loop stabilized water chiller is supplied with the unit;
(a single chiller unit is used when supplying bundled ТЕМА pump laser and the TOPOL system)
|*- please note that beam direction is shifted in horizontal plane during idler wavelength tuning.|
The TOPOL series of automated femtosecond optical parametric oscillators (OPOs) offers the widest wavelength tuning range among the entire product line of our company. The TOPOL series includes three models (1050-C, 1050-D and 1050-E), each providing simple and reliable management of the system parameters with the help of an advanced control software and, if combined, covering the spectral range of 715-4200 nm.
Depending on the model, a TOPOL OPO can be pumped by either the fundamental (1050-D, 1050-E) or the second harmonic (1050-C) of a mode-locked femtosecond laser with the central wavelength of 1030-1060 nm and the pulse repetition rate of about 80 MHz. By default, all TOPOL OPOs are optimized for use with the TEMA-150 femtosecond ytterbium laser system, which allows achieving high average output power of about 1 W or even more at any wavelength within the three different tuning ranges spanning across the NIR and MIR spectral regions.
The main difference between the 1050-C, 1050-D and 1050-E is the wavelength tuning range specific to each model (refer to the Specifications chart for detailed information). All three OPOs provide two separate, simultaneously functioning outputs: the signal wave output and the idler wave output. Optional outputs are also available for exhausted pump radiation (@ 1030 - 1060 nm), as well as its second harmonic (@ 515 - 530 nm), which can be used simultaneously with the main outputs.
The 1050-C model features a built-in second harmonic generator module for pump radiation as well as a thermo-stabilized breadboard, which not only provides outstanding long-term stability of the output power, characteristic to 1050-D and 1050-E models, but also ensures high pump beam conversion efficiency over extended periods of time.
Each TOPOL series OPO system includes a built-in microcontroller unit and an integrated spectrometer bundled together with a specially designed TOPOL Control Software (‘TCS’) for Windows, allowing the single-click approach to wavelength tuning of the OPO. Besides providing the wavelength tuning functionality, TOPOL Control Software allows to:
- display the wavelength of the signal wave output measured by the built-in spectrometer in real time;
- measure and display the real-time output power of the OPO;
- save signal wave spectrum to a file.
The TOPOL OPO grants its user convenient control over the parameters of the output radiation, providing high stability and repeatability of these parameters at the same time. Thanks to the robust design and high degree of automation, the TOPOL OPO allows the user to focus on the primary research task by minimizing the need for maintenance and manual adjustment of the OPO system itself.
- TEMA-150 femtosecond pump laser;
- auxiliary 1050-nm pump laser output;
- auxiliary 525-nm pump SH output (in certain models);
- adaptation to other pump laser parameters (PRR 50...100 MHz).
- Biological Imaging
- Time-Resolved Ultrafast Studies
- Conversion of Laser Radiation
- Laser Systems Design, Integration and Amplification
- Telecom and Semiconductor Studies
- Other Fundamental and Applied Research
Avesta is participating in LASER World of Photonics China (March 20-22, 2019, Shanghai), our location is Hall W3, booth #3173. Feel free to drop by to discuss any ongoing and potential cases, new products and latest development efforts.
Avesta team will be on the New Year and Orthodox Christmas break from 30 Dec 2018 till 08 Jan 2019. The last working day is 29 Dec 2018 (Sat) and the first working day in 2019 is 09 Jan 2019 (Wed). Happy holidays!