Crystal系列连续激光器

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品牌：Crystalaser k=qb YGK  
特色： Y'%k
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波长473nm-1342nm，功率高达3W 5Rec~&v  
低噪音、单纵模、超稳定 b py576GwA  
优异的光束指向稳定性与功率稳定性 E0Jk=cq  
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自由空间出射、光纤耦合出射 !^<%RT9@|  
应用：     
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拉曼光谱、激光雷达、荧光光谱、共聚焦显微分析、种子激光、干涉、神经生物学、光镊、流式细胞学 7BDoF!kCx  
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1、473 nm Blue Lase {QRrAi  
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u4p){|x7s   Wavelength U:o(%dk   CW output, mW gzDNMM         Low noise option O *zF` 9   Transverse mode 4P\?vz"   Beam diameter (1/e2) 2pQdDbm   Beam divergence =jN9PzLk   Output stability, rms SH${\BKup   Beam point stability D,Jyb0BW   Polarization ratio B'"RKs]   Longitudinal mode \a}W{e=FNT       SLM available RTR@p =ck   Spectrum linewidth X0QLT:J b   Operating temperature

my^2}>wi   473 nm 4?)-;Hx_X   150, 100, 75, 40, 25, 10, 5; Noise <3%(1Hz-5kHz) SYsbe 5j   70, 50, 25 mW; Noise <0.5%(1Hz-50MHz) G`" 9/ FI7   TEMoo, M2<1.2 '-[~I>o%   0.25 mm =-U8^e_Y   3 mrad :pZWFJ34{   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs O A9G] 8k   +/-0.005 mrad/C ,S7g=(27(   > 50 : 1 o1(?j}:c|   2-4 longitudinal modes Lu@'Ee!>G   Single longitudinal mode with >100m coherence length 8 k%!1dyMB   0.1 nm, nominal;         SLM version: < 10-5 nm 9s}y*Vp   10 to 35 degree C

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2、CW Green Laser u4UQMj|q  
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S=bdue   Laser wavelength, nm $rG~0   Laser Crystal oTqv$IzqP   Output power, mW ?g21U97Q   Output stability, rms <(U:v   Noise, rms ;=[~2*8   Transverse mode wUbs9y<   Beam diameter (1/e2) *?GV(/Q   Beam divergence $WV N4fg   Beam point stability fq2t^c|$   Polarization zz1e)W/   Operating temperature aA5rvP+   Operating voltage Fl'+ C    Warm-up time LT ZoO9O   Power consumption i$:\,   Size of laser head LgX"Qk&Ca   Size of power supply 3LaqEj   Expected laser life time

$stBB   532 nm   (515 nm 523, 527, 542, 555, 561, 593 nm available) \:/:S"-   Nd:YAG, Nd:YVO4 JNYFu0   1000, 500, 300, 200, 150, 100, 75, 50, 25, 10, 5 gADEjr*H   <2% over 8 hrs;  Ultra stable option: <0.25% over 24 hrs 2Xt$KF,?   <0.5%, 10Hz - 50MHz, for S- and L-version lasers n 7Bua   TEMoo, M2<1.1 g}\Yl.   0.36 mm (2X beam expander, beam size 0.7 mm) SqF9#&F   2 mrad (with a 2X beam expander, divergence 1 mrad) )K0BH q7r   +/-0.005 mrad/C LmKG6>Q1#1   Linear; Polarization ratio > 50:1; or >100:1 option _ IqUp Y   10 to 35 degree C i9FHEu_   90-250 VAC or 9-24 VDC E4nj*Lp~+   1 minute 85Hb~|0   15 W UF)4K3X   3 x 3 x 12 cm with a fixed 6 mm thick base plate BrQXSN$i   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm P;#}@/E   >10,000 hours (MTBF)

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3、Orange Yellow Laser and Yellowish Green Lasers f.4m6"1  
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# $GDK K   Wavelength, nm FYe(SV(9   Output power, mW n' \poB?     SLM and Low noise output )aOPR|+   Transverse mode ]i3 1@O   Beam diameter (1/e2) x[,HK{U|t   Beam divergence cG"+n@\   Output stability, rms V*m@Rs!)2   Beam point stability nzdJ*C   Polarization ?y\gjC6CNG   Longitudinal mode HW)4#nLhh   Spectrum linewidth @} 61D   Operating temperature MMpGI^x!-X   Operating voltage yX:*TK4   Warm-up time Fnnk}I}   Power consumption pL{h1^O}   Size of laser head g?'4G$M   Size of power supply i9NUv3#   Expected life time

~ cKmf]   561 (available wavelengths 593, 589, 558, 555, 542,532,527, 523) 1?6;Oc^   500, 200, 100, 50, 25, 10mW; Noise <2% (1Hz-10kHz) d8|bO#a%9   150, 100, 75, 50, 25, 10mW; Noise <0.5% (1Hz-100MHz) z4snH%q   TEMoo, M2<1.1 [ET03 nZ   0.36 mm (2X beam expander, beam size 0.7 mm) K&t+3O   2 mrad (with a 2X beam expander, divergence 1 mrad) iY /N%T;   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs MVGznf?   0.005 mrad/degree C VFZ_Vw   Linear; Polarization ratio > 50:1; or >100:1 option Qz+hS\yx   SLM laser: single; Standard version laser: several longitudinal modes 6w d0"   0.15 nm, nominal z8SrZ#mg   10 to 35 degree C 0$-N   90-250 VAC or 9-20 VDC ;'.[h*u~<   1 minute `Ns$HV   15 W <$^76=x,8P   3 x 3 x 12 cm with a fixed 6 mm thick base plate zqaz1rt [   AC: 5x14x15 cm (2x5x6 inch)   DC: 3.5x8.5x12.7 cm ?F@0"qi   > 10,000 hours

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4、DPSS Red Laser &TmN^R>  
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bp06xHMu   Wavelength q1Ja*=r   Output power, mW IpX>G]"-C       SLM laser output >Cb[   Transverse mode D0(%{S^   Beam diameter (1/e2) O<&8gk~   Beam divergence $"d< F3k   Output stability, rms OC$Y8Ofr   Beam point stability yw|O,V<4N   Polarization <<zYF.9L]   Longitudinal mode a&6e~E$K2       SLM version # S57SD   Spectrum linewidth _H:mBk,,   Amplitude noise, rms "T`Q,   Operating temperature ]-Z="YPY   Operating voltage ^:.=S`,^   Warm-up time CS;bm`8a   Power consumption &{): x   Size of laser head -lKk.Y.}r   tpJe1J<   Size of power supply 9sQ4 $   Expected life time

- J9K   656.5 nm          660 nm           671 nm rZ0+mS'/G   250, 200, 100, 50, 35, 25, 10 GXV<fc"1   25 mW             25 mW          250 mW ,O[HX?>   TEMoo, M2<1.1 vJ__jO"Sq   0.35 mm R<}n?f\#JZ   3 mrad _5F8F4QY`   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs K:!| xr(1d   +/-0.005 mrad/K F;Q8^C0e*c   Linear; Polarization ratio > 50:1; or >100:1 option -^m]Tb<u   Several longitudinal modes with coherence length 1 - 5 mm J2\%rb,   Single longitudinal mode with > 300 meters coherence length  iw!kV   0.1 nm, nominal;        SLM version: < 10-5 nm l$ABOtM@   <1%, 1Hz-10kHz;      SLM version: <0.5%, 1Hz-20MHz 'lPt.*Y<u   10 to 35 degree C 86c@Kk7z   90-250 VAC or 9-20 VDC ,qF;#nB-   2 minutes -!OFt}   15 W Nwu,:}T   3 x 3 x 12 cm with a fixed 6 mm thick base plate #HjiE   or 3.6x7x18.5 cm (HxLxW) for 200 mW lasers |!VSed#FSn   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm Y #9dVUS   > 10,000 hours

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5、CW Infrared Laser F]e]  
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!,f{I5/   Wavelength, nm o1x IGP<   Max TEMoo output r+T@WvS%W   Max SLM output option xE$(I<:   Available output option h rL_. 4   Transverse mode ]?n)!u   Beam diameter (1/e2) _^+z2m+~N   Beam divergence {\!_S+}{   Output stability, rms a}~Xns   Beam point stability W,<P])   Polarization plane BU-m\Kf)   Polarization ratio s8,N9o[.~P   Amplitude noise, rms W`}C0[%VW   Wavefront distortion t2)S61Vr   Longitudinal mode zKycd *X         SLM version *=OU~68)C   Spectrum linewidth AS;EO[Vn         SLM version DA)mkp   Operating temperature u)]]9G _8   Operating voltage g`6_Ao8   Warm-up time 3l?D%E]P   Power consumption ZeVb< g   Size of laser head MdzG2uZT   =|lw~CW   Size of power supply T~shJ0%   Expected life time

GtQ$`~r   1064    1053/1047     1342      1313 / 1319 / 9461030 {0J TN%e   3 W          2.5 W            1.5 W           1 W             300 mW 2hOr#I$/   1 W          200 mW         300 mW        200 mW        200 mW . zM   3W, 2.5W, 2W, 1.5W, 1W, 700, 500, 300, 100, to <20 mW fmuAX w>   TEMoo, M2<1.1 5 (@P1Bi   0.45 mm; 2x-9x beam expander option available ,L iX   3.6 mrad; Option: a 4x beam expander reduced to <1 mrad Ep/kb-~-   <1% over 2 hrs; Ultra-stable option: <0.25% over 24 hrs 9$-V/7@)   +/-0.005 mrad/deg C 8*sZ/N.   1064,1047,1342 nm horizontal; 1053,1313,1319,946 nm vertical 4a'GWzUtS   >100:1 k Hj|:,'sV   < 1%, 10Hz - 1MHz Z)RoFD1]C   < l/10 $ b Q4[   Several longitudinal modes with coherence length 1 - 5 mm <k2Qcicy   Single longitudinal mode with >300 meters coherence length A"wor\(   0.3 nm, nominal; 0.1nm / 0.05nm narrow linewidth option EZ+_*_9   < 10-5 nm yQkj4v{   10 to 35 deg C 2 yY q/J   90-250 VAC or 9-24 VDC pNY+E5   1 minute lM1Y }   15 W, typical 1aC?*,e?   3 x 3 x 12 cm with a fixed 6 mm thick base plate, or RS'%;B-)   3.6x5x18 cm / 3.6x7x20 cm (HxWxL) for high output lasers ;Drt4fOxX   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm _x<CTFTL   > 10,000 hours