Toptica FemtoFiber Pro NIR: Difference between revisions
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[[Arquivo:FemtoFiber Pro.jpg|alt=Toptica FemtoFiber Pro NIR|miniaturadaimagem|Toptica FemtoFiber Pro NIR]] | [[Arquivo:FemtoFiber Pro.jpg|alt=Toptica FemtoFiber Pro NIR|miniaturadaimagem|Toptica FemtoFiber Pro NIR]]The Toptica FemtoFiber Pro NIR is an advanced optical fiber laser system offering unique features for scientific and industrial applications. | ||
== | == Technical Specifications == | ||
The system operates with two main wavelengths: | |||
* 780 nm | * 780 nm with output power exceeding 140 mW | ||
* 1560 nm | * 1560 nm with output power exceeding 350 mW | ||
== | == Main Features == | ||
The equipment incorporates a SAM mode-locked ring oscillator, a core-pumped fiber amplifier, and optical pulse compression, all integrated into a single compact cabinet. | |||
== Generation System == | |||
The laser uses a PPLN (Periodically Poled Lithium Niobate) crystal for single-pass second harmonic generation, allowing switching between the two wavelength outputs. | |||
== EMU - | == Performance == | ||
* Pulse width less than 100 fs | |||
* Smooth pulse shape | |||
* Typical spectral width of 10-15 nm | |||
* Self-optimization system for constant maximum power adjustment | |||
== Special Option == | |||
There is a 1 ps variant that uses a different crystal, generating near transform-limited rectangular pulses with spectral width in the range of a few nanometers. | |||
== EMU - Usage == | |||
To use this multi-user equipment (EMU), first contact: | |||
* [https://portal.ifi.unicamp.br/pessoas/corpo-docente/282-prof-dr-thiago-pedro-mayer-alegre Prof. Dr. Thiago Alegre] | * [https://portal.ifi.unicamp.br/pessoas/corpo-docente/282-prof-dr-thiago-pedro-mayer-alegre Prof. Dr. Thiago Alegre] | ||
| Line 27: | Line 29: | ||
* [https://portal.ifi.unicamp.br/pessoas/funcionarios/112-paulo-felipe-jarschel-de-siqueira Dr. Paulo Jarschel] | * [https://portal.ifi.unicamp.br/pessoas/funcionarios/112-paulo-felipe-jarschel-de-siqueira Dr. Paulo Jarschel] | ||
Basic information about usage, intended application, training and scheduling will be discussed. | |||
== Links | == Useful Links == | ||
* [https://www.toptica.com/products/ps-fs-fiber-lasers | * [https://www.toptica.com/products/ps-fs-fiber-lasers Official instrument page] | ||
* [https://www.toptica.com/fileadmin/Editors_English/03_products/04_ps_fs_fiber_lasers/02_femto_fiber_pro/toptica_MA_043v06_FemtoFiber_pro_Manual.pdf Manual | * [https://www.toptica.com/fileadmin/Editors_English/03_products/04_ps_fs_fiber_lasers/02_femto_fiber_pro/toptica_MA_043v06_FemtoFiber_pro_Manual.pdf Basic Manual] | ||
[[Categoria:EMU]] | [[Categoria:EMU]] | ||
[[Categoria:Instruments]] | [[Categoria:Instruments]] | ||
Revision as of 16:01, 3 December 2024
alt=Toptica FemtoFiber Pro NIR|miniaturadaimagem|Toptica FemtoFiber Pro NIRThe Toptica FemtoFiber Pro NIR is an advanced optical fiber laser system offering unique features for scientific and industrial applications.
Technical Specifications
The system operates with two main wavelengths:
- 780 nm with output power exceeding 140 mW
- 1560 nm with output power exceeding 350 mW
Main Features
The equipment incorporates a SAM mode-locked ring oscillator, a core-pumped fiber amplifier, and optical pulse compression, all integrated into a single compact cabinet.
Generation System
The laser uses a PPLN (Periodically Poled Lithium Niobate) crystal for single-pass second harmonic generation, allowing switching between the two wavelength outputs.
Performance
- Pulse width less than 100 fs
- Smooth pulse shape
- Typical spectral width of 10-15 nm
- Self-optimization system for constant maximum power adjustment
Special Option
There is a 1 ps variant that uses a different crystal, generating near transform-limited rectangular pulses with spectral width in the range of a few nanometers.
EMU - Usage
To use this multi-user equipment (EMU), first contact:
Basic information about usage, intended application, training and scheduling will be discussed.