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1 - 12 of 15 Products for 'Opo Idler' Page 1 of 2 |

Opo Idler

Chameleon Family

Chameleon Family

…at 800 nm 690 to 1050 Chameleon Compact OPO > 700 mW 1000 to 1600 (up to 4000nm with idler option) Dual Output Chameleon MPX >750 mW 1010 to 1340 Dual Output Chameleon Compact OPO-Vis > 700 mW 1100 nm > 1400 mW at 400 nm 340 -1600 nm (up to 4000nm with idler option) 5 outputs Visit the Multiphoto…

Mira-OPO

Mira-OPO

…technology for independent tunability of pump and OPO wavelengths
* IR and visible/IR versions
* Simple, fast wavelength tuning
* Low pump threshold: As low as 0.5W
* High power visible output using highly efficient intracavity doubling
* Access to idler wavelengths to ~4 μm using optional optics…

Levante IR fs OPO

Levante IR fs OPO

…Integrated spectrometer for OPO Signal wavelength range Femtosecond OPO with Automated Wavelength Tuning - Levante IR’s synchronous pumping scheme provides a stable repetition rate that is matched to the laser performance. The generation of both the Signal and Idler pulses is jitter-free with…

Chameleon Compact OPO and MPX

Chameleon Compact OPO and MPX

…and truly flexible multimodal imaging. Chameleon Compact OPO Dual tunability performance offering wavelength extension to 1600nm with OPO signal and to 4000nm with idler using the latest fan-poled opo crystal technology Chameleon Compact OPO- Vis The ultimate in widely tunable femtosecond lasers.…

Ultrafast Oscillator Accessories

Ultrafast Oscillator Accessories

…of ultrafast oscillators. Levante IR femtosecond OPO Levante IR femtosecond OPO Femtosecond Optical Parametric Oscillator, pumped by Fidelity HP or Chameleon Discovery, with high power signal output tunable between 1320 nm to 2000 nm and Idler output providing 2170 nm to 5000 nm range. Mira-OPO…

Ultrafast Oscillators

Ultrafast Oscillators

…in fibers and other media. Levante IR femtosecond OPO Levante IR femtosecond OPO Femtosecond Optical Parametric Oscillator, pumped by Fidelity HP or Chameleon Discovery, with high power signal output tunable between 1320 nm to 2000 nm and Idler output providing 2170 nm to 5000 nm range. Mira 900…

COHR ChameleonCompactOPO-Vis DS 1118 1.pdf

COHR ChameleonCompactOPO-Vis DS 1118 1.pdf

…1300 1400 1500 1600 1750 2750 3750 4750
Chameleon SHG
Chameleon OPO SHG
Chameleon Ultra II
Chameleon OPO Idler
Chameleon OPO Signal
Chameleon Pump (fundamental or SHG)/nm
Tuning Range
OPO (fundamental or SHG)/nm
400
300
1700
500
600…

2016-Ultrafast-Laser-Systems-Catalog.pdf

2016-Ultrafast-Laser-Systems-Catalog.pdf

…Power (340 nm to 540 nm) ·
Chameleon SHG - Low Power · ·
OPO Signal (1000 nm to 1600 nm) · ·
OPO Signal - Depleted · ·
OPO Signal SHG (500 nm to 800 nm) · ·
OPO Idler · · · ·
Specifications1
Idler Option
Wavelength
Combination
Table
1 All…

COHR RLScatalog 2017revA web.pdf

COHR RLScatalog 2017revA web.pdf

…Power (340 nm to 540 nm) ·
Chameleon SHG - Low Power · ·
OPO Signal (1000 nm to 1600 nm) · ·
OPO Signal - Depleted · ·
OPO Signal SHG (500 nm to 800 nm) · ·
OPO Idler · · · ·
Specifications1
Idler Option
Wavelength
Combination
Table
1 All…

COHR ChameleonCompactOPO DS 1118 1.pdf

COHR ChameleonCompactOPO DS 1118 1.pdf

…option.
5 In addition to OPO signal output range. All other specifications are unaffected.
6 At maximum of pump and OPO idler tuning range .
7 No access to pump beam.
Chameleon Ultra II and
Compact OPO Tuning Range
Chameleon Compact OPO
Output Power (typical)

ChameleonOPO DS

ChameleonOPO DS

…with Max IR option.
5 In addition to OPO signal output range. All other specifications are unaffected.
6 At maximum of pump and OPO idler tuning range .
7 No access to pump beam.
OPO Signal Wavelength (nm)
Typical Output Power
OPO Signal Power (mW)
0
1000 1600…

MiraOPO-X DS 15-09-15  Final.pdf

MiraOPO-X DS 15-09-15 Final.pdf

…achieved by simply exchanging a few
optical elements.
Fully Automated IR/Visible OPO for femtosecond and picosecond Ti:Sapphire Lasers
Mira OPO-X
Pump In
IR Out
(depl. Pump/
Idler Out)
Pump In
VIS Out
(IR Out)
(depl. Pump/
Idler Out)

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Risk factors: Except for the historical information contained here, many of the matters discussed in this Web site are forward-looking statements, based on expectations at the time they were made, that involve risks and uncertainties that could cause our results to differ materially from those expressed or implied by such statements. These risks are detailed in the “Factors That May Affect Future Results” section of our latest 10-K or 10-Q filing. Coherent assumes no obligation to update these forward-looking statements.


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