leopard rev c2.qxd (page 1) - gmp sa · the new leopard tm series picosecond lasers ... 22.3 °c (...
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LEOPARDTM FEATURES & BENEFITS
Patented Diffraction FilteredUnstable Resonator for
Unparalleled Beam QualityUS Patent # 5,065,407
Passive Negative Feedback for Excellent Energy Stability
Fully Solid State Model AvailableUS Patent # 6,546,027
Serrated Aperture Relay Imaging for Smooth Flat-top
Output Beam Designed for Pumping Continuum® OPGs
3 Pulse Width Ranges Available
FLA
SHLA
MP
PUM
PED
Nd:
YAG
LEO
PARD
™ SP
ECIF
ICA
TIO
NS DESCRIPTION
Pulsewidth (< psec)1
Energy (mJ)2
1064 nm
532 nm
355 nm
266 nm
Repetition Rate (Hz)
Stability (% RMS)3
Beam Diameter (< mm)
Divergence (mrad)4
Contrast Ratio5
Jitter (± µs)6
Pretrigger ( >ns)7
Pointing Stability (<µrad)8
LeopardTM Series -high energypicosecond Nd:YAG lasers.
The new LeopardTM series picosecond lasersfrom Continuum® represents the highestlevel of technology available in a commer-cial system. The passive negative feedbackemployed in the oscillator allows for con-trolled energy extraction rates from the gainmedia resulting in exceptionally long andstable pulse trains.
The LeopardTM D provides the shortest puls-es available without the high cost and com-plexity of a regenerative amplifier. The useof a solid state saturable absorber in theLeopardTM SS eliminates the difficulty ofworking with dyes, resulting in the mostturnkey and modestly priced picosecondlaser available.
1. FWHM
2. Gaussian beam reduces energy specifications by 20%
3. For 1064 nm
4. Full angle for 86% of energy
5. Peak to peak with respect to residual
pulses
6. With respect to lamp pulse
7. Time between cavity build up detectionto light output
8. 99.9% shots will be <± 30 µrads with∆Troom <± 3°C
As a part of our continuous improvement program, all specifica-tions are subject to change without notice.
D-10
20
33
15
11
4
10
1.5
10
0.4
100:1
10
100
30
D-20
20
30
14
10
3
20
2
10
0.4
80:1
10
100
30
SS-10
100
250
125
80
25
10
2.5
10
0.4
100:1
10
100
30
SS-20
100
230
115
70
23
20
3
10
0.4
80:1
10
100
30
NON CAVITY DUMPED
INTERCAVITY PULSE TRAIN
OF THE LEOPARDTM SS
SS-10-SV
60
125
60
40
13
10
2
10
0.4
100:1
10
100
30
SS-20-SV
60
115
55
35
12
20
2.5
10
0.4
80:1
10
100
30
LeopardTM H i g h E n e r g y P i c o s e c o n d N d : Y A G L a s e r
NON CAVITY DUMPED
INTERCAVITY PULSE TRAIN
OF THE LEOPARDTM D
LEOPARDTM OPTICAL LAYOUT
Continuum®, 3150 Central Expwy, Santa Clara, CA 95051, TEL: 408.727.3240, FAX: 408.727.8237; www.continuumlasers.com; 992-0048 Rev. D 2/06
1. Ultrastable Picosecond Oscillator2. 1064 nm Turning Mirror3. Serrated Aperture and Relay Imaging4. Polarizer5. Amplifier6. Waveplate or Faraday Rotator7. Optional SHG8. Optional THG or FHG9. Separation Optics
1
23
2
2
2
2654
SHG
78
THG, FHG9
9
1064 nm
532,355266 nm
Room Temperature
Umbilical Length
Optical Head ( L x W x H )
Power Supply ( L x W x H )
Service
Temperature
1190 x 610 x 364 mm (46.8 x 18 x 11.75 in.)
715 x 621 x 1145 mm ( 28.2 x 24.5 x 45.1 in. )
1-3 GPM @ 40-60 PSI
22.3 °C ( 70 °F ) max. (Higher flow for higher temperature)
220 or 240 V, Single Phase, 8-15 A208 V, 3 Phase, 6-10 A/Phase
18-30 °C
3.8 m (12.5 ft.)
Size
Water
Electrical Service(Specify on Order)
MECHANICAL AND UTILITIES
1189.2
(46.82)
626
(27.41)
251
40 40 42
(9.88)
165
(6.5)
298.4
(11.75)
457.2
(18)
236.06
(9.29)
LEOPARDTM PHYSICAL LAYOUTAll dimensions in mm (inches)Legs adjustable ± 12 mm
715(28.2)
621(24.5)
1145(45.1)