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fastlite.thales - modif
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フランス、ファーストライト社は超短パルスを発生する最新のレーザー発振器を
コントロールする信頼性の高い、使いやすく適応性の高い製品を皆様にご提供します。
ファーストライト社はウルトラファーストの光学分野で皆様のご要求に応じたスタンダード、カスタムの製品を設計、開発、製作いたします。
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ファーストライト社は
1999年にダニエル・カプランとピエール・トゥルノアという2人の物理学者によって設立されました。この2人は40年以上にわたり、理化学、工業の分野
で経験を積んできました。2人はそのキャリアの大半をタレスグループの研究、技術のスペシャリストとして費やしてきました。著作論文数は共著を含め150
本以上にのぼり、その分野は半導体デバイス物理、半導体光学特性、レーザー光学、パルス圧縮など広範囲にわたっています。
ファーストライト社はこの
"Optic
Valley"の中心に位置するパリ郊外、パレゾーと呼ばれる地区にあるエコール・ポリテクニックのキャンパス内にあります。このおかげで周辺の研究施設
との交流も盛んで、超短パルスレーザーとその応用における最新の研究、開発、要求に応じることができるのです。
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弊社ではお客様が想定されている実験内容をお伺いして、最適なFASTLITE's
Productsをお選び頂いております。カタログにない仕様についても製作可能ですので、お気軽に弊社までお尋ね下さい。また、他のご使用中のお客様の
論文などもご案内致しております。
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Indirect
shaping before Ampli's or direct after oscillators
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30nm
< Spectrum width < 100nm -
Rep rate up to 32kHz - USB (T1) / IEEE1394
(T2) - Optical beam Dmax 2,5mm
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PDF files: |
Name: |
Spectral resolution: |
Max prog delay: |
Nber of Prog Points:
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Download
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WB-800 |
0,6nm @ 800nm
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>
3 psec
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330 over 200nm
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Spectrum width <30nm
- Rep rate up to 25kHz - USB
(T1)/IEEE1394 (T2) - Optical beam Dmax2.5mm
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PDF files: |
Name: |
Spectral resolution:
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Max prog delay: |
Nber of
Prog Points:
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Download
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HR-800 |
0,3nm @ 800nm |
> 6 psec |
200 over 60nm
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Download
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HR-45-800 |
0,2nm @ 800nm |
> 13 psec |
300 over 60nm
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Download
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HR-1053 |
0,6nm @ 1053nm |
> 6 psec |
66 over 40nm
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Download
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HR-1300 |
0,8nm @ 1300nm |
> 5 psec |
250 over 200nm
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Download
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HR-1550 |
1nm @ 1550nm |
> 5 psec |
20 over 20nm
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Spectrum
width >100nm - Rep
rate up to
32kHz - USB (T1) / IEEE1394 (T2)
Optical beam Dmax 2.5mm
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PDF
files: |
Name: |
Spectral resolution: |
Max prog delay: |
Nber of Prog Points:
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Download
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UWB-500-800 |
0,5nm @ 650nm |
> 3 psec |
400
over 200nm
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Download
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UWB-550-800 |
0,6nm @ 800nm
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> 3 psec |
416 over 250nm
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Download
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UWB-600-900 |
0,6nm @ 800nm |
> 3 psec |
500 over 300nm
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Download
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UWB-650-1100 |
0,6nm @ 800nm |
> 3 psec
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750 over 450nm
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Download
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U45-WB-650-1100 |
0,4nm @ 800nm |
> 6 psec |
1125 over 450nm
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Download
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UWB-800-1250 (custom) |
1,1nm @ 1000nm |
> 6 psec |
409 over 450nm
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Download
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U45-WB-800-1250 (custom) |
0,6nm @ 1000nm |
> 5,5 psec
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818 over 450nm
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Special
cut for crystal: 700 to 750nm center wavelength -
Rep rate up to 32kHz - USB (T1) / IEEE1394
(T2) - Optical beam Dmax 2.5mm
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PDF files: |
Name: |
Spectral resolution: |
Max prog delay: |
Nber of Prog Points:
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Download
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WR-530-900
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0,4nm @ 750nm
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> 6 psec
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-
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Download
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UWR-580-820
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0,3nm @ 650nm
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>
6 psec
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-
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Download
the Dazzler specifications for direct shaping after OPA and NOPA output
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Direct
shaping after OPAs or NOPAs
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Pulses
down to 30fs
-
Rep rate
up to 25kHz - USB (T1) / IEEE1394
(T2) - Optical beam Dmax 2.5mm
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| PDF
files: |
Name:
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Energy:
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Spectral
resolution:
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Max prog delay:
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Efficiency:
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Download
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T-UV-250-400 (custom)
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<10
µJ for Dmax 2.5mm |
0,1nm @
250nm |
> 3 psec@250 nm |
20%
over a 10nm spectral width
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Download
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T-WR-480-700
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<30
µJ
for Dmax 2.5mm
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0,4nm @
700nm
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>
6 psec
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40%
over a 50nm spectral width
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Download
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T-WR-530-900
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<30
µJ
for Dmax 2.5mm
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0,4nm @
700nm
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>
8 psec
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50%
over a 50nm spectral width
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Download
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WB-1150-1600
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<20 µJ for Dmax 2.5mm
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1,5nm @ 1300nm
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>
3 psec
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50%
over a 100nm spectral width
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Download
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WB45-1150-1600
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<20 µJ for Dmax 2.5mm
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0,8nm @ 1300nm
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> 6 psec
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70%
over a 100nm spectral width
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Download
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WB45-950-1700
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<20 µJ for Dmax 2.5mm |
0.8nm @ 1300nm
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> 6 psec
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70% over a 100 nm spectral width
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| Pulses
down to 100fs - Rep rate
up to 25kHz - USB (T1) / IEEE1394
(T2) - Optical beam Dmax 2.5mm |
| PDF files: |
Name: |
Energy: |
Spectral resolution: |
Max prog delay: |
Efficiency:
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Download
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HR-1100-1650
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<20
µJ
- Dmax 2.5mm
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0,8nm @
1300nm
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>
6 psec
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50% over a 60nm spectral width
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Download
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HR-1150-1600
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<30 µJ - Dmax 2.5mm
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0,8nm @
1300nm
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>
6 psec
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50% over a 50nm spectral width
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Download
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HR-1150-1600-ZnSe |
<100 µJ - Dmax2.5mm |
0,8nm @ 1300nm |
> 6 psec |
50%
over a 60nm spectral width
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Download
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HR-1550-2700
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<30
µJ
- Dmax 2.5mm
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0,9nm @ 2000nm
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>
9 psec
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30% over a 100nm spectral width
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| Dazzlers'
Options: |
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Low Jitter upgrade or option: This option is suitable for: - Pulses < 10 fs
- Synchronysed oscillators
- CEP phase locking operation
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ZnSe
crystal upgrade or option: up to 100 µJ energy input level or
Dazzler after OPA
or NOPA
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| PDF
files: |
Name: |
Wavelength
Tuning Range:
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Amplified
Bandwidth:
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Max
Pulse Duration before correction:
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Geometry:
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Download
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DazScope
800nm
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775 - 825nm
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10nm to 50nm
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250fs
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In-line geometry
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Custom
central wavelengths and bandwidths available on request.
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Phazzler
Phazzler systems:
Dual mode pulse shaping and pulse characterization system
The Phazzler includes:
- An AOPDF or turnkey Dazzler pulse shaping system
- A Phazzler optical head which includes: Dazzler crystal, optical
components, SHG crystal and a spectrometer
- Phazzler software
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Phazzler
The Phazzler system provides well
recognized pulse measurement and pulse characterization methods, such
as:
- SPIDER
- FROG
- Autocorrelation
The Phazzler provides
for a full pulse characterization via its SPIDER, FROG and
Autocorrelation features.
The Phazzler is
also an ultrafast pulse shaper.
All these
features are available from a single
instrument, without any optical setup modification through a
computer.
The Phazzler
systems have been adapted to the different ultrafast laser designs to
meet their specific requirements.
Phazzler
implementations and to their associated feature
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Phazzler systems for
high repetition rate femtosecond laser systems
They are convenient to
either fiber based or solid state (Ti:Saph or Ytterbium) ultrafast
systems, as well as to their wavelength conversion extensions.
Multi
kHz Phazzler Implementation
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| Phazzler:
Pulse shaping + Pulse measurement |
Phazzler's direct after oscill or
indirect before ampli - Rep rate up to
25kHz - IEEE1394 (T2) -
Optical beam Dmax 2.5mm
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| PDF files: |
Name: |
Wavelength range: |
Pulse length range:
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Incl.
Dazzler:
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Download
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PH-600-820
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600nm to 820nm
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30fs to 2ps
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UWR-580-820-T2
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Download
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PH-750-850
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750nm to 850nm
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20
fs to 1 ps |
HR-800-T2
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Download
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PH-1000-1100
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1000nm to 1100nm
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100
fs to 1,5 ps |
HR-1053-T2
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Phazzler's after
OPAs or
NOPAs - Operation over wide bandwidths -
Rep rate up to
25kHz - IEEE1394 (T2) -
Optical beam Dmax 2.5mm
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| PDF
files: |
Name: |
Wavelength range:
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Pulse length range:
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Incl. Dazzler:
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Download
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PH-500-700 |
500nm to 700nm
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30 fs to 1,5 ps
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T-WR-480-700-T2
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Download
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PH-530-900
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530nm to 600nm
600nm to 900nm
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30 fs to 500
fs
30
fs to 2 ps
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T-WR-530-900-T2
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Download
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PH-550-850
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550nm to 850nm
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30
fs to 1 ps
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T-WR-530-900-T2
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Download
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PH-1200-1550 |
1200nm to 1550nm
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70
fs to 1,5 ps |
HR-1150-1600-T2
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Phazzler systems for
high power, low repetition rate Ti:Saph laser systems operating around
800nm
The Ti:Saph CPA
require single shot capabilities and operation over wide bandwidths.
Single shot
Ti:Saph Lasers Phazzler Implementation
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Phazzler
with single shot SPIDER - Operation over narrow bandwidths
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Rep rate up to 25kHz - IEEE1394 (T2)
only - Optical beam Dmax 2.5mm
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| PDF
files: |
Name: |
Wavelength range: |
Pulse
length range: |
Incl. Dazzler:
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Download
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PH-SI-250-400 |
250nm to 400nm
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100 fs to 4 ps |
T-UV-250-400-T2
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Download
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PH-S-750-850 |
750nm to 850nm
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20 fs to 700 fs |
HR-800-T2
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Phazzler systems for
high power, low repetition rate large scale Nd: Glass laser systems
These laser systems
require single shot capabilities and operation over narrow bandwitdths.
Single shot
1000-1100nm Phazzler Implementation
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| PDF
files: |
Name: |
Wavelength range: |
Pulse
length range: |
Incl. Dazzler:
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Download
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PH-S-1000-1100 |
1000nm to 1100nm
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100
fs to 1,5 ps |
HR-1053-T2
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Stabbler

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PDF
files:
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Name:
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Wavelength
range:
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Max
input pulse duration:
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Optical
energy
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Repetition
Rate:
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Download
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STABBLER
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700nm to 900nm
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1nsec
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> 20µJ
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From
1 Hz to 5KHz
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