新势力光电供应雪崩二极管

发布：newopto 2014-11-13 11:40 阅读：1619
新势力光电供应雪崩二极管（APD，Avalanchephotodiodes），是一种内部增益机制的光电二极管：蓝光增强型、红光增强型、红外增强型（900nm、1064nm）。该系列雪崩二极管应用广泛，包括：安检设备、激光测距、运动控制、分析仪器、生物医疗、光通信、军事、航空航天、光通讯。备注：如果采购数量10片以上，新势力光电提供配套的驱动电路模块。 B>hC8^.S|w  
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Series 11: Blue sensitivity enhanced (forbiomedical applications)
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Order #		 *nv%~t   
Type		 .#M'  
Active Area		 MT8BP)C  
Dark Current		 I.f)rMl+h  
Rise Time
1^*M*>&d<  
Chip		 A/XY' 3  
Package		 d+1q[,-  
Size		 y5d=r]_S:  
Area		 tFY;q##z  
M=100		 }/ p>DMN  
410nm 50Ω
\ 2$nFr?0  
mm		 v&hQ;v  
mm2		 _B@=fY(g!  
nA		 7IrbwAGZ3  
ns
,cbCt  
500970		 bZ-"R 6a$  
AD800-11		 h&$7^P  
TO52S1		 ionFPc].  
Ø0.8		 As$:V<Z  
0.5		 y;)j  
1		 %SG**7  
1
1Na*7|  
500967		 Qi 3di  
AD1900-11		 \`H"4r[?(  
TO5i		 +d7sy0  
Ø1.95		 mE`O G8  
3		 6qW/Td|g  
5		 njbEw4nX  
2
F/MzrK\':m  
Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
]bjXbbHd  
Order #		 cs'ylGH  
Type		 ^hG Y,\K9  
Active Area		 _|VWf8?\  
Dark Current		 svt%UE|_:$  
Rise Time
o5!"dxR  
Chip		 5Ocd2T'  
Package		 v9<7=D&x  
Size		 >EVlMt27'  
Area		 L*;XjacI]  
660nm M=100		  .AEOf0t  
660nm 50Ω
\E9Hk{V:6  
mm		 t7A '  
mm2		 _R&}CP  
A/W		 x$Gu)S  
GHz
>Oary  
501828		 wYZ"fusT  
AD100-12		 `t0?PpUo  
LCC6.1		 [@SLt$9"  
Ø0.1		 XkB^.[B  
0.008		 s0,\[rM  
50		 ")J\} $r  
typ.3, min.2
1b4aY> Z  
501829		 KmuE#Ia  
AD100-12		 8vzjPWu  
LCC6.1f		 Irk@#,{<  
Ø0.1		 =5NM =K  
0.008		 WM& k  
44		 jft%\sY  
typ.3, min.2
Q.5C$I  
501831		 k=t\  
AD100-12		 : K%{?y  
TO52S1		 .'3&!#3  
Ø0.1		 PUMh#^g}  
0.008		 q#fj?`k  
50		 #St=%!  
typ.3, min.2
h, |49~^@"  
501157		 R<}WNZl  
AD230-12		 "qEi$a&]  
LCC6.1		 MA\^<x_?L}  
Ø0.23		 "AN2K  
0.042		 =[wVRQ?  
50		 ;]ojfR=?%  
typ.3, min.2
Qt+|s&HGt  
501156		 @"M%ZnFu  
AD230-12		 ]X:{y&g(  
LCC6.1f		 19 h7 M  
Ø0.23		 T6s~f$G  
0.042		 [ emUyF  
44		 vn n4  
typ.3, min.2
&^ECQ  
501820		 #;Yn8'a~  
AD230-12		 GA19=gow  
LCC6.1f		 @@L@r6  
Ø0.23		 =NyN.^bwT  
0.042		 ;#np~gL  
44		 W"9?D  
typ.3, min.2
Evd>s  
501162		 Da#|}m0>  
AD230-12		 Fs^d-I  
TO52S1		 7%p[n;-o&  
Ø0.23		 w(w%~;\kLP  
0.042		 TH_Vw,)  
50		 <ex,@{n4  
typ.3, min.2
kyQUaFG  
501155		 <VP@#  
AD500-12		 I!(.tu6u6c  
LCC6.1		 */gm! :Ym  
Ø0.5		 S~WsGLF s  
0.196		 Pb0+ z=L  
50		 jEQr{X7bEL  
typ.3, min.2
PP+{zy9Sb  
501154		 :3qA7D}  
AD500-12		 =Qt08,.bW  
LCC6.1f		 1tvgM !.  
Ø0.5		 7g(,$5  
0.196		 !"u) `I2  
44		 ># FO0R  
typ.3, min.2
A1xY8?#?~c  
501819		 q7}$F]UM"  
AD500-12		 3zJbb3e  
LCC6.1f		 h:QKd!Gq  
Ø0.5		 M[5zn  
0.196		 kc&>l (  
44		 ,|?-\?I  
typ.3, min.2
.pNPC|XU  
501163		 du2q6"  
AD500-12		 Ro+/=*ql~  
TO52S1		 a jy.K'B*  
Ø0.5		 uMm/$#E  
0.196		 '>:mEXK}w  
50		 f o])=KM  
typ.3, min.2
1gp3A  
Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
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Order #		 ]JQk,<l5E  
Type		 wyO@oi Vn  
Active Area		 5m")GWQaP@  
Dark Current		 ]Xcqf9k  
Rise Time
-Z&6PT7  
Chip		 \LB =_W$  
Package		 H27J kZ&  
Size		 x1)G!i  
Area		 ZOl =zn  
M=100		 ]}Hcb)'j@  
M=100 20V 50Ω
=~YmM<L  
mm		 E?|"?R,,,  
mm2		 ehO@3%z30c  
nA		 0*^)n&O  
ns
t5h]]TOz  
501810		 j3QpY9A  
AD100-8		 7*5$=z4,1  
LCC6.1		 C)> ])'S  
Ø0.1		 <Vp7G%"'W  
0.008		 d )|{iUcW  
0.05		 T*>n a8W  
<0.18
zECdj'/  
501811		 gkUG*Zw  
AD100-8		 T{M~*5$  
LCC6.1f		 GW$ (E*4q  
Ø0.1		 Y >-|`2Z  
0.008		 m`UNdFS  
0.05		 d,au&WZ;_  
<0.18
0A[p3xE\  
501812		 juuBLv  
AD100-8		 0N.tPF}  
LCC6.1f		 E"iH$NN  
Ø0.1		 eW)(u$C|qL  
0.008		 }x4,a6^  
0.05		 bL 5z%bV  
<0.18
,-Fhb~u  
500011		 0j%@P[zQ  
AD100-8		 *zX*k 7LnV  
TO52S1		 @YmD 79  
Ø0.1		 >jAr9Blz]  
0.008		 e!yUA!x`u  
0.05		 QLo^6S5!  
<0.18
?iG}Qj@5  
501171		 ?}%Gr,tj2  
AD100-8		 FQ?,&s$Bmd  
TO52S3		 z<rdxn,9  
Ø0.1		 NLM ]KT  
0.008		 qOz,iR?}  
0.05		 H n+1I  
<0.18
L'4ob4r{L  
501078		 x Yr-,$/  
AD230-8		 I ,Q"<? &  
LCC6.1		 o9M[Zr1@k  
Ø0.23		 0~RsdQGqC  
0.04		 6\4n y0  
0.3		 WMBntB   
0.18
ZC3b9:tk  
501079		 ]aq!@rDX  
AD230-8		 iC&=-$vu  
LCC6.1f		 XhFa9RC  
Ø0.23		 u3kK!2cdP  
0.04		 zLXmjrC  
0.3		 mnL \c'  
0.18
12Qcjj%F*  
501805		 :7p0JGd  
AD230-8		 "!XeK|Wi  
LCC6.1f		 &$  F0  
Ø0.23		 I.tJ4  
0.04		 jD3,z*  
0.3		 ` 1DJwe2  
0.18
"5e~19  
500019		 VB*N;bM^  
AD230-8		 ws tI8">  
TO52S1		 vJ>A >R CB  
Ø0.23		 'P}"ZHW  
0.04		 T^N Y|Y/  
0.3		 d9|dHJf  
0.18
XEV-D9n  
500022		 B?-RzWB\3  
AD230-8		 tx&>Eo  
TO52S3		 (w]w 2&Y D  
Ø0.23		 MQE=8\  
0.04		 `LH!"M  
0.3		 /7*jH2  
0.18
%Rr!I:[ $  
501496		 V4qHaG  
AD230-8		 0t5>'GYX  
ODFN2x2		 `3kE$h#  
Ø0.23		 y?<[g;MuT  
0.04		 B Hn`e~  
0.3		 VP\HPSp  
0.18
&d`Umm]  
501077		 +,7dj:0S  
AD500-8		 !798%T  
LCC6.1		 L@S"c (  
Ø0.5		 5}9-)\8=z  
0.2		 [6 wI22  
0.5		 3XY$w&f  
0.35
<qZXpQ#  
501076		 "%urT/F v&  
AD500-8		 jM1_+Lm1  
LCC6.1f		 YS?P A#  
Ø0.5		 H#k"[eZ  
0.2		 FR0zK=\  
0.5		 8Nxf2i5  
0.35
51.F,uY  
501809		 R%aH{UhE`  
AD500-8		 W)^:*z  
LCC6.1f		 /`hr)  
Ø0.5		 Q6,rY(b6  
0.2		 qh0)~JL4   
0.5		 Yc=y  Vh  
0.35
Y:^ =jV7  
500030		 _XXK1H x  
AD500-8		 9Q]v#&1  
TO52S1		 aen(Mcd3bg  
Ø0.5		 % %c0UaV  
0.2		 u A C:&  
0.5		 ce2d)FG}e  
0.35
(J.(Fl>^  
500305		 7zr\AgV9  
AD500-8		 Qat%<;P2  
TO52S2		 )g:UH Ns  
Ø0.5		 78+H|bH8  
0.2		 Mn>dI@/gM  
0.5		 Q+mMp I  
0.35
x@DXW(  
500155		 X]cB `?vR  
AD500-8		 M42Zpb].  
TO52S3		 X$ /3  
Ø0.5		 {tOuKnnS  
0.2		 7b+OIZB  
0.5		  ~Zl`Ap  
0.35
-J[zJ4z #  
500947		 Cb=r8C  
AD800-8		 n ^n' lgUT  
TO52S1		 C>v    
Ø0.8		 a47Btd'm  
0.5		 t vk^L3=<  
2		 ejgg.G ^  
0.7
F1M@$S ,  
501117		 t)cG_+rJ  
AD1100-8		 a:zx&DwM  
TO52S1		 `Z|s p  
Ø1.13		 @KOa5-u  
1		 ~lDLdUs  
4-6		 yp@mxI@1  
1
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500015		 V.y+u7<3}  
AD1900-8		 LvWU %?  
TO5i		 T d;e\s/]  
Ø1.95		 rFx2 S  
3		 V2g$"W?3  
15		 .kC}. Q_  
1.4
,<EmuEw |  
501194		 bx6@FKns}  
AD3000-8		 (R6ZoBZ  
TO5i		 ` t6lnO  
Ø3		 N"r ;d+LTL  
7.07		 Y\+^\`Tqu  
30		 ~%<PEl|  
2
GC4$9q}C4Z  
500160		 YvYavd  
AD5000-8		 WZm^:,  
TO8i		 uFok'3!g7%  
Ø5		 2$\f !6p  
19.63		 6,@M0CX  
60		 $hKgTf?  
3
W!X#:UM)  
500002		 J&3;6I &  
AD230-8-2.3G		 PU'v o4  
TO5		 z?  {#/  
AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
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500003		 dt5gQ9(B  
AD500-8-1.3G		 Ys<wWfW  
TO5		 4k#B5^iJ  
AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
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Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
y:,{U*49  
Order #		 8vT:icl  
Type		 A%GJ|h,i  
Active Area		 3/[=  
Dark Current		 PH7L#H^  
Rise Time
]$L[3qA.  
Chip		 ?BLOc;I&a  
Package		 3YLnh@-  
Size		 1B1d>V$*  
Area		 +$UfP(XmH  
M=100		 <=zGaU,  
M=100
<;XJ::d  
mm		 |hdh4P$+|  
mm2		 B}MJ?uvA  
nA		 /C(L(X  
ns
fk"{G>&8  
501815		 8odVdivh  
AD100-9		 nuCK7X  
LCC6.1		 \;?\@vo<  
Ø0.1		 <pE G8_{}  
0.008		 <]9MgfAe  
0.1		 m_Rgv.gE^  
<0.5
y^nR=Q]_  
501816		 )8<X6  
AD100-9		 |.S;z"v![  
LCC6.1f		 ex| kD*=  
Ø0.1		 }UO,R~q~  
0.008		 /F4:1 }  
0.1		 JxvwquI  
<0.5
wH`@r?&  
501123		 aQG#bh [  
AD230-9		 z=fag'fzM  
LCC6.1		 /Mk)H d  
Ø0.23		 :1{j&$  
0.04		 ms{R|vU%b  
0.5		 n (|>7  
0.5
{Q-U=me\  
501817		 c[YjGx  
AD230-9		 kzmt'/L8  
LCC6.1f		 XgbGC*dQ  
Ø0.23		 N0piL6Js  
0.04		 OMZT\$9yT  
0.5		 j~8+,:  
0.5
L,ra=SVF  
500020		 };j&)M  
AD230-9		 Z\L@5.*ydE  
TO52S1		 Z-<u?f8{*  
Ø0.23		 jgstx3  
0.04		 j"V$J8)[  
0.5		 D=\|teA&  
0.5
K$ &wO.  
501265		 c]]F`B  
AD230-9		 ;FmSL#]I  
TO52S1F2		 Cb6MD  
Ø0.23		 y(dS1.5F  
0.04		 3/AUV%+  
0.5		 w=`z!x![/  
0.5
@( t:E`8  
500023		 8F * WT|]  
AD230-9		 Cm4 *sN.&)  
TO52S3		 lkm(3y@']A  
Ø0.23		 TH|hrL;:8  
0.04		 V9 VP"kD  
0.5		 1FJ[_ l  
0.5
rTm{-b)r  
501122		 m\f_u*  
AD500-9		 A|J\X=5  
LCC6.1		 Oe YLL4H  
Ø0.5		 {X$Mwqhpp;  
0.2		 /4?`F} 7)  
0.8		 Q7r,5w& cm  
0.55
FT;JYkO  
501818		 k~#|8eLv  
AD500-9		 :/NN =3e  
LCC6.1f		 4I*Mc%dD  
Ø0.5		 Lm|X5RVq  
0.2		 =dBrmMh  
0.8		 ='0!B]<G  
0.55
_);Kb/  
500031		 G!8pF  
AD500-9		 kKM%    
TO52S1		 {9".o,  
Ø0.5		 ra>`J_  
0.2		 ,7P^]V1  
0.8		 ~-`02  
0.55
:Y>] 6  
500590		 tTH%YtG  
AD500-9		 QNXxpoS#  
TO52S1F2		 zfb _ )  
Ø0.5		 S=p u  
0.2		 l*Ei7 |Z  
0.8		 ]5f M?:<l  
0.55
qJU)d  
500306		 GiXde}bm  
AD500-9		 XL^N5  
TO52S2		 F5+_p@ !i  
Ø0.5		 %wW5)Y I  
0.2		 ]Rh( =bg  
0.8		 t5X lR]` w  
0.55
}G+A_HF ^  
500156		 (Fzh1#  
AD500-9		 )V3(nZY  
TO52S3		 ^ ~qs-.?  
Ø0.5		 WN +Jf  
0.2		 _a$DY ,;  
0.8		 L5 9oh  
0.55
=zeLs0s;  
501196		 SRN9(LN  
AD800-9		 `?^w  
TO52S1		 DXW?;|8)O  
Ø0.8		 ^YJA\d@  
0.5		 %8CT -mQ  
2		 /}`/i(k  
0.9
6^O?p2xpo  
501197		 h5rP]dbhXU  
AD1100-9		 QX.6~*m1  
TO52S1		 qMES<UL>  
Ø1.13		 z-G7Y#  
1		 ?vn 0%e868  
4		 =8p+-8M[d  
1.3
' P`p.5nH  
501208		 ynZ[c8.  
AD1500-9		 3 9{"T0  
TO5i		 $;uWj|  
Ø1.5		 KHecc/,,S  
1.77		 w2N3+Tkg  
2		 ESxC{ "  
2
* \o$-6<  
501198		 0tCOb9  
AD3000-9		 Ge:-|*F  
TO5i		 >Ug?O~-  
Ø3		 xSDE6]  
7.07		 "Dl9<EZ  
30		 >9<8G]vcH  
2
PR@4' r|a  
500161		 x)VIA]  
AD5000-9		 (Ef2 w[ '  
TO8i		 w$lfR ,  
Ø5		 )xvx6?Ah|  
19.63		 m/hi~. D9  
60		 8jjk?PUD8  
3
KtU GI.X  
500756		 j&[.2PW\  
AD230-9-400M		 Q;XHHk  
TO5		 x1:Pj  
AD230-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
=F %wlzF:  
500490		 ECS<l*i57&  
AD500-9-400M		 -[=AlqL  
TO5		 L_U3*#Zdz7  
AD500-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
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Multi-Element Array
sh !~T<yy  
501099		 ]~\SR0  
8AA0.4-9		 fs rg2:kQ  
SOJ22GL		 p&OJa$N$[  
APD Array 8 Elements, QE>80% at760-910nm with NTC
sm2p$3v  
501098		 X40la_[.  
16AA0.13-9		 )&Kn (l)  
SOJ22GL		 mo|PrLV  
APD Array 16 Elements, QE>80% at760-910nm with NTC
I|F~HUzA"  
500038		 CRc!|?  
16AA0.13-9		 D%jD 8p  
DIL18		 A]Q1&qM%  
APD Array 16 Elements, QE>80% at760-910nm
PTzp;.  
501097		 z;bH<cQ  
16AA0.4-9		 lPRdwg-  
SOJ22GL		 .7pGx*WH^Y  
APD Array 16 Elements, QE>80% at760-910nm
SRt$4EL21  
50130802		 (o x4K{  
25AA0.04-9		 BrNG%%n  
BGA		 z"6ZDC6  
APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
{t844La"  
50130802		 e8d5(e  
25AA0.16-9		 aCU7w5  
BGA		 P Pwxk;  
APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
><;l:RGK|  
50130702		 A*7Io4e!  
64AA0.04-9		 +Cn yK(V  
BGA		 <qbZG}u  
APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
8!u/   
501207		 E8T"{ R80  
QA4000-9		 ,+ns {ppn  
TO8Si		 g.[+yzuE6  
Quadrant Avalanche Photodiode, QE>80%at 760-910nm
Bs+c2R  
Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
v!<PDw2'  
Order #		 O`wYMng)  
Type		 CRZi;7`*1  
Active Area		 .9T.3yQ  
Dark Current		 o &BPG@n  
Rise Time
"n{9- VEmN  
Chip		 YPF&U4CN  
Package		 O" % Hprx  
Size		 +(;8@"u  
Area		 k~0#'I9  
M=100		 Dk)@>l:gI,  
M=100 1064nm
5Y(r\Dd  
mm		 !Oeq G  
mm2		 )8pc f`h{  
nA		 b%Wd<N2  
ns
9 '2=  
500953		 (bg}an  
AD500-10		 kRmj"9oA  
TO5i		 xK$}QZ)  
Ø0.5		 u$W Bc\ j  
0.2		 r#LnDseW  
1.5		 e{,!|LhpQ  
4
$z= 0[%L  
501233		 @4;HC=~  
AD800-10		 'n~fR]h}  
TO5i		 |.1qy,|!X  
Ø0.8		 /VRUz++K  
0.5		 e Wc_N  
3		 E;9Z\?P  
5
jMK3T  
500883		 Hab!qWK`  
AD1500-10		 )yHJ[  
TO5i		 j._G7z/LJ  
Ø1.5		 ?K0U3V$s  
1.77		 jyNb(Z  
7		 FI\IY R  
5
1+R:3(AC  
50123401		 T}UT 7W|  
AD4000-10		 LRWOBD  
TO8Si		 aw1P5aPmX  
Ø4		 }.'Z =yy  
12.56		 Zotz?j VVr  
50		 ?p(kh^z  
6
Z,3 CC \  
501387		 f7Yz>To  
AD800-10		 -<6v:Z  
TO8S		 !&W|myN^  
High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
3a'q`.L  
Multi-Element Array
5!~!j "q  
501174		 4&|C}  
QA4000-10		 ]5N zK=2{  
TO8Si		 Gi*<~`Gr  
Quadrant Avalanche Photodiode, High QE at850-1070nm
Y=9j2 ]t  
m`'=)x|  
如有需要，可直接联系我们，也可以登录官网查找所需要的产品： 9GThyY  
网址：http://www.newopto.com /M:H9Z8!  
邮箱：Sales@NewOpto.com w}d}hI  
手机：188-5711-5252 N?$7 Z v[G  
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