Crystal系列连续激光器

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品牌：Crystalaser @3n!5XM{EE  
特色： l>*X+TpA,  
波长473nm-1342nm，功率高达3W DY`0 `T  
低噪音、单纵模、超稳定 5bb#{?2i  
优异的光束指向稳定性与功率稳定性 /`cy4<  
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自由空间出射、光纤耦合出射 gj;gl ="3  
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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 'v'[_(pq  
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1、473 nm Blue Lase .H|Z3d!Jj  
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>s%Db<(P=   Wavelength /5 z+N(RFC   CW output, mW U<Oc&S{]*         Low noise option 2IJniS=[>   Transverse mode /CALXwL   Beam diameter (1/e2) p;4 FZ$   Beam divergence $2FU<w$5   Output stability, rms +1#;s!e   Beam point stability <xBL/e %   Polarization ratio j&ti "|2\   Longitudinal mode *6JA&zj0B       SLM available G;gsDn1t   Spectrum linewidth )EMlGM'2q   Operating temperature

jl59;.P   473 nm l&\y]ZV={   150, 100, 75, 40, 25, 10, 5; Noise <3%(1Hz-5kHz) IV~)BW leT   70, 50, 25 mW; Noise <0.5%(1Hz-50MHz) e=XP4h   TEMoo, M2<1.2 x`?>j$   0.25 mm +PPQ"#1pS   3 mrad Z7wl~Hk   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs )4fQ~)   +/-0.005 mrad/C ](I||JJa9f   > 50 : 1 ?uCL[   2-4 longitudinal modes y ;mk]   Single longitudinal mode with >100m coherence length RAa1^Qb   0.1 nm, nominal;         SLM version: < 10-5 nm 7OLHYt9   10 to 35 degree C

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2、CW Green Laser ~!ei]UP  
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^vm6JWwN0B   Laser wavelength, nm 'Rnzu0<lF   Laser Crystal = 1veO0   Output power, mW Ot.v%D`e 5   Output stability, rms m|JA}&A   Noise, rms _an0G?7   Transverse mode 8(ZQM01;   Beam diameter (1/e2) h@JX?LzZS   Beam divergence #6~KO7}   Beam point stability aid1eF   Polarization U=%(kOx   Operating temperature :tbI=NDb   Operating voltage ?9?A)?O<j~   Warm-up time ~jJ.E_i   Power consumption C-ORI}o   Size of laser head d@^%fVhG   Size of power supply O\uI Iuy   Expected laser life time

"Plo[E   532 nm   (515 nm 523, 527, 542, 555, 561, 593 nm available) v`L]dY4,   Nd:YAG, Nd:YVO4 ).HA#!SE   1000, 500, 300, 200, 150, 100, 75, 50, 25, 10, 5 ].Bx"L!B   <2% over 8 hrs;  Ultra stable option: <0.25% over 24 hrs zT}vaU6   <0.5%, 10Hz - 50MHz, for S- and L-version lasers R68:=E4   TEMoo, M2<1.1 S/*\j7cj   0.36 mm (2X beam expander, beam size 0.7 mm) IkmEctAU   2 mrad (with a 2X beam expander, divergence 1 mrad) @=z.^I30   +/-0.005 mrad/C h+Lpj^<2a   Linear; Polarization ratio > 50:1; or >100:1 option 8wO4;   10 to 35 degree C q%M~gp1   90-250 VAC or 9-24 VDC P )oNNY6}   1 minute ic}TiTK   15 W &tbAXU5$   3 x 3 x 12 cm with a fixed 6 mm thick base plate tf54EIy5Y   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm 22ySMtxn   >10,000 hours (MTBF)

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3、Orange Yellow Laser and Yellowish Green Lasers }UcdkKq  
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MrUjqv6a[   Wavelength, nm k$5l kP.   Output power, mW wWx{#!W     SLM and Low noise output Yx,E5 }-   Transverse mode #mJRL[V5^   Beam diameter (1/e2) >jiez,   Beam divergence %R?WkG   Output stability, rms ]jI<Js*F   Beam point stability RX{} UmU<   Polarization I*N v|HST   Longitudinal mode /? d)01   Spectrum linewidth I.Catm2   Operating temperature D=%1?8K   Operating voltage ?Hdu=+ZV   Warm-up time ^kC!a>&   Power consumption }'}n~cA.{   Size of laser head nVoWER:   Size of power supply yMyvX_UNI   Expected life time

4P5^.\.   561 (available wavelengths 593, 589, 558, 555, 542,532,527, 523) 9iJ$M!   500, 200, 100, 50, 25, 10mW; Noise <2% (1Hz-10kHz) wjH1Ombt   150, 100, 75, 50, 25, 10mW; Noise <0.5% (1Hz-100MHz) yK&   TEMoo, M2<1.1 7*M-?   0.36 mm (2X beam expander, beam size 0.7 mm) IYtiX   2 mrad (with a 2X beam expander, divergence 1 mrad) hP'4PLK   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs ?zC{T*a   0.005 mrad/degree C 1_!?wMo:f   Linear; Polarization ratio > 50:1; or >100:1 option fD(r/~Vu   SLM laser: single; Standard version laser: several longitudinal modes mrsmul{   0.15 nm, nominal +w.$"dF!   10 to 35 degree C 6&;GC<].(y   90-250 VAC or 9-20 VDC )\D{5j   1 minute |ssl0/nk   15 W LauGT* z!   3 x 3 x 12 cm with a fixed 6 mm thick base plate xR kw+   AC: 5x14x15 cm (2x5x6 inch)   DC: 3.5x8.5x12.7 cm Xm|~1 k_3   > 10,000 hours

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4、DPSS Red Laser ' =5B  
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p/nATvh$   Wavelength HnjA78%i   Output power, mW "P|n'Mx       SLM laser output #C.   Transverse mode <%d!Sk4   Beam diameter (1/e2) G9Kck|50   Beam divergence jDQ?b\^   Output stability, rms l"+8>Mm   Beam point stability ![Gn0X?]   Polarization <b *sn]l   Longitudinal mode `V<jt5TS       SLM version 5rbb ,*   Spectrum linewidth *U%3[6hm   Amplitude noise, rms >EFWevT{   Operating temperature ZB)R4   Operating voltage eC%Skw   Warm-up time rOE: ap|KL   Power consumption vOz1& |;D   Size of laser head A-uIZ zC   h/{1(c}   Size of power supply R3a}YwJFXF   Expected life time

<B0f   656.5 nm          660 nm           671 nm lqMr@ :t   250, 200, 100, 50, 35, 25, 10 rq! *unJ   25 mW             25 mW          250 mW NZ i3U   TEMoo, M2<1.1 $Z;/Sh   0.35 mm qF` 6l(   3 mrad <>{m+=gA   <2% over 8 hrs; Ultra-stable option: <0.25% over 24 hrs 1d FuoX   +/-0.005 mrad/K %aw.o*@:   Linear; Polarization ratio > 50:1; or >100:1 option 4P1}XYD-2   Several longitudinal modes with coherence length 1 - 5 mm *@PM,tS;   Single longitudinal mode with > 300 meters coherence length \B84   0.1 nm, nominal;        SLM version: < 10-5 nm YK6'/2!   <1%, 1Hz-10kHz;      SLM version: <0.5%, 1Hz-20MHz yj_>G   10 to 35 degree C UQ0<sI=   90-250 VAC or 9-20 VDC EZ|v,1`e   2 minutes MomHSvQ\   15 W DZC@^k \E   3 x 3 x 12 cm with a fixed 6 mm thick base plate 8a WEl%   or 3.6x7x18.5 cm (HxLxW) for 200 mW lasers n}A!aC   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm |]@Pq[Hn|   > 10,000 hours

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5、CW Infrared Laser :yD>Tn;1  
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7LrmI~P   Wavelength, nm kO3\v)B;   Max TEMoo output r*l3Hrho~K   Max SLM output option ^O+(eA7E   Available output option JL1A3G   Transverse mode ?hkOL$v<9}   Beam diameter (1/e2) v '+]T=   Beam divergence *QiQ,~Ep   Output stability, rms U3V5Jor#   Beam point stability |SjRss:i+   Polarization plane Q7XOO3<):   Polarization ratio ,n8\y9{ G   Amplitude noise, rms xxu   Wavefront distortion J>}J~[ap\J   Longitudinal mode 3*=0`}jMJ         SLM version h5@GeYda   Spectrum linewidth bqAW         SLM version ]9y\W}j   Operating temperature h.PBe   Operating voltage LQ# E+id&   Warm-up time  ,u2Qkw   Power consumption 8\lh'8   Size of laser head gk%@& TB/   {k)gDJU   Size of power supply >UaQ7CRo   Expected life time

V3t#kv   1064    1053/1047     1342      1313 / 1319 / 9461030 ~bhS$*t64   3 W          2.5 W            1.5 W           1 W             300 mW *$<W"@%^J   1 W          200 mW         300 mW        200 mW        200 mW 'V]&X.=zC   3W, 2.5W, 2W, 1.5W, 1W, 700, 500, 300, 100, to <20 mW  @;bBc   TEMoo, M2<1.1 A<X?1$   0.45 mm; 2x-9x beam expander option available 9dhEQ=K{3   3.6 mrad; Option: a 4x beam expander reduced to <1 mrad lQ;BI~   <1% over 2 hrs; Ultra-stable option: <0.25% over 24 hrs $QC1l@[sM   +/-0.005 mrad/deg C |]*3 En:   1064,1047,1342 nm horizontal; 1053,1313,1319,946 nm vertical 7pyzPc#_   >100:1 ai/|qYf   < 1%, 10Hz - 1MHz !, m   < l/10 :dSda,!z   Several longitudinal modes with coherence length 1 - 5 mm P"Al*{:J   Single longitudinal mode with >300 meters coherence length (h3L=   0.3 nm, nominal; 0.1nm / 0.05nm narrow linewidth option a]T:wUYG'   < 10-5 nm Kgu8 E:nL   10 to 35 deg C pUXoSnIq:   90-250 VAC or 9-24 VDC H;1@]|sH#   1 minute eluN~T:W   15 W, typical G@k]rwub   3 x 3 x 12 cm with a fixed 6 mm thick base plate, or !#c'| *k   3.6x5x18 cm / 3.6x7x20 cm (HxWxL) for high output lasers T+<.KvO-   AC: 5x14x15 cm (2x5x6 inch)     DC: 3.5x8.5x12.7 cm RRIh;HhX   > 10,000 hours