新势力光电供应雪崩二极管

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。 1D*e
u  

wHAh6lm   Series 11: Blue sensitivity enhanced (forbiomedical applications)
 VC.r   Order #	}x%"Oq|2]x   Type		c`i Se$eS   Active Area		o$Jk27   Dark Current	o?b"B+#   Rise Time
	#0mn_#-P)   Chip	{!-w|&bF   Package	>_5D`^   Size	]AN) M>   Area	X=DJOepH'   M=100	\O^= Z{3y   410nm 50Ω
			~zuMX;[   mm	cd:O@)i   mm2	9J>DLvl;   nA	QJv,@@mu   ns
5Wn6a$^   500970	x.d9mjLN8m   AD800-11	[%b<%m}L-   TO52S1	9 /9,[A   Ø0.8	V,>#!zUv   0.5	\+5L.Q   1	z\;kjI   1
)Dv"seH.   500967	`E}2|9   AD1900-11	Sm-nb*ZyC   TO5i	|o+vpy   Ø1.95	5uu{f&?u)   3	1z8.wdWJ}   5	ZI5UQH/   2
7C& `i}/t   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
,x_g|J _Y   Order #	bjR&bIA:   Type		-,Q<*)q{   Active Area		I{M2nQi   Dark Current	F9d][ P@@   Rise Time
	~)()PO   Chip	YrB-;R1+   Package	EK#w: "   Size	X-t4irZ)   Area	Y\j &84   660nm M=100	u<+;]8[o   660nm 50Ω
			AjZT- Q0L   mm	EkJo.'0@   mm2	P~?u2,.E[   A/W	u_mm*o~)g   GHz
>+8mq]8^   501828	8o~ \L= l   AD100-12	2*Gl|@~N   LCC6.1	."3 J;j   Ø0.1	4$_8#wB1&   0.008	KnbP@!+c   50	Q9rE_}Z   typ.3, min.2
GF k?Qf{u   501829	DrW]`%Ql   AD100-12	!WbQ`]uN/#   LCC6.1f	YP#OI6u   Ø0.1	Wmp\J3   0.008	F*Qw%   44	L5U>`lx6$   typ.3, min.2
Z5NuLB'   501831	Z3[,Xw   AD100-12	az`5{hK   TO52S1	76c}Rk^   Ø0.1	R4{}ZT   0.008	's*UU: R   50	p-ry{"XA   typ.3, min.2
&9^c-;Vs   501157	D:){T>   AD230-12	slw^BK3t   LCC6.1	e_,_:|t   Ø0.23	{qj>   0.042	\QHM7C T   50	6g$+))g   typ.3, min.2
Ot v{#bB$   501156	0 E++   AD230-12	i++ F&r[   LCC6.1f	aIkxN&   Ø0.23	# VR}6Jv   0.042	^QXUiXzl   44	cbS8~Xmj   typ.3, min.2
vn|X,1o   501820	f *)t<1f   AD230-12	igz&7U8gg   LCC6.1f	>R.~'A/$F   Ø0.23	Kz'W |   0.042	rJZ-/]Xf!6   44	Hjlx,:'M   typ.3, min.2
]%NCKOM   501162	n) `4*d$`   AD230-12	@ /c{gD   TO52S1	AvH/Q_-b   Ø0.23	_*&<hAZj   0.042	I /RvU,   50	|[xi"E\   typ.3, min.2
W>s<&Vb   501155	HaLEQ73   AD500-12	1=#`&f5f&   LCC6.1	!74*APPHR   Ø0.5	~*G I<n   0.196	vUj7rDT|   50	K@W~   typ.3, min.2
#Etz}:%W   501154	F5)Ta?3|"<   AD500-12	"BEU%,w   LCC6.1f	[<OMv9(l'o   Ø0.5	w)3LYF   0.196	R-Uj\M>   44	cj5pI?@e)   typ.3, min.2
#16)7   501819	7%L-;xcr]B   AD500-12	cjH ~H8   LCC6.1f	x4fLe5xv   Ø0.5	4}96|2L5   0.196	5tQffo8t   44	-cJ(iz9!   typ.3, min.2
Rm6<"SLV   501163	Cc9<ABv?   AD500-12	+Hv%m8'0|   TO52S1	vR#A7y @!   Ø0.5	^oaG.)3   0.196	<g,xc)[   50	`[Kh[|   typ.3, min.2
cLJ|VD7   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
\:^$ZBQr<n   Order #	<9B43   Type		(S1$g ~t;   Active Area		L"#Tas\5   Dark Current	babDLaC@   Rise Time
	)HR'FlxOd   Chip	<K|_M)/9   Package	)p ,-TtV   Size	B*K%&w10~   Area	pHKj*Y   M=100	_d)w, ;m#   M=100 20V 50Ω
			IjD: hR@   mm	tz._*n83   mm2	hF!yp7l;   nA	(w@|:0t^y[   ns
R3%T}^;f   501810	gXs@FhR0   AD100-8	F0]= z-   LCC6.1	QMHeU>   Ø0.1	9sJbz=o]r   0.008	6 3Kec   0.05	pO=bcs8Z   <0.18
Po93&qE   501811	?RrJYj1   AD100-8	kRZ(   LCC6.1f	A~O 'l&KB   Ø0.1	+=U`   0.008	t55CT6Se   0.05	{I`B?6K5   <0.18
[,xFk* #   501812	2 R1S>X   AD100-8	g)xzy^2e   LCC6.1f	%|r@q   Ø0.1	Mp"] =   0.008	Lp1wA*   0.05	u&r@@p.   <0.18
!>gc!8Y'o   500011	oa1&9   AD100-8	(f $Y0;v>}   TO52S1	|0A n|18   Ø0.1	oKzV!~{0M;   0.008	UyTq(7uo   0.05	7q$9\RR5   <0.18
/8J2,8vZ   501171	.#rI9op   AD100-8	iTqv=   TO52S3	# |w,^tV   Ø0.1	/.7x[Yc   0.008	[Z~>7ayF+)   0.05	//K]zu   <0.18
:8yrtbf$   501078	,&z _ 2m   AD230-8	-D38>#Y   LCC6.1	{l\v J#r:   Ø0.23	r(J7&vR}h   0.04	'xr\\Cd9s   0.3	B>YrDJUN   0.18
Scxf5x-   501079	\'BKI;   AD230-8	hFylQfd   LCC6.1f	}yS"C fM   Ø0.23	^=.|\ YM   0.04	kZPj{^c:   0.3	lt5~rH2   0.18
r{p?aG   501805	] M_[*OAb   AD230-8	B~LB^ n(>@   LCC6.1f	|44CD3A%   Ø0.23	g7_a8_   0.04	BU]9eF!>h   0.3	\AkeC6[D   0.18
)wSsxX7:   500019	/HI#8   AD230-8	gHYYxhW$   TO52S1	%0fj~s;   Ø0.23	"AUY+ LN   0.04	;l}TUo   0.3	<bIAq8   0.18
DV{Qbe#In   500022	*Fp )/Ih   AD230-8	pz.<5   TO52S3	9QWS[E4   Ø0.23	1UxRN7   0.04	-`f JhQ|   0.3	dwB-WF%k   0.18
?Za1  b   501496	aHwrFkn   AD230-8	Il*wVNrZI   ODFN2x2	 yZdM4`   Ø0.23	1=W>zC   0.04	k@KX=mG<   0.3	CO5?UgA   0.18
.VTHZvyn   501077	y;sr# -L   AD500-8	:N%]<Mq   LCC6.1	V&)-u(s_S/   Ø0.5	IjJ3CJ<   0.2	QJ>+!p*   0.5	gd/W8*NFR   0.35
a2o+tR;H   501076	cp[4$lu   AD500-8	\CU.'|X   LCC6.1f	9dSKlB5J   Ø0.5	Rz*%(2Vz   0.2	v3.JG]zLpP   0.5	,#D&*   0.35
>|uZIcs 6   501809	=;^2#UxXA&   AD500-8	.i @e6JE~;   LCC6.1f	5I t+ S+a   Ø0.5	OG!^:OY   0.2	:;)K>g,b   0.5	RUSBJsMB   0.35
NqlG=pu   500030	/,GDG=ra   AD500-8	+<8r?d2   TO52S1	ix*n<lCoC   Ø0.5	L[Tr"BW   0.2	uK3,V0 yz   0.5	0j_`7<,:   0.35
u@[D*c1!H   500305	NfDg=[FN[   AD500-8	dJ:EXVU   TO52S2	dhsQfWg#}   Ø0.5	~qco -b   0.2	<_ddGg~   0.5	u= !?<Q   0.35
h-Ffs   500155	nwHi3ojD:   AD500-8	OpUC98p?@   TO52S3	to]1QjW-   Ø0.5	!);'Bk9o   0.2	rjx6Ad/\   0.5	iI&J_Y{1a_   0.35
|u7vY/   500947	h68s Qd   AD800-8	/&cb`^"U^   TO52S1	ON] z-   Ø0.8	MXSPD#gN   0.5	b2r@vZ]D   2	{b=]JPE   0.7
cZ%weQa#N)   501117	q%8,@xg   AD1100-8	QJ-6aB   TO52S1	N[z7<$$   Ø1.13	!1w=_   1	[|Jzs[   4-6	#3\F<AJ<VB   1
*:aJlvk   500015	d%u|) =7   AD1900-8	~t.*B& A   TO5i	G>d@lt   Ø1.95	]B5qv6   3	+8v^J8q0   15	AQQeLdTq   1.4
+tES:3Pi   501194	jf~/x>Q   AD3000-8	^ejU=0+cN   TO5i	<Gr{h>b   Ø3	K p~x   7.07	~OAST   30	1|q$Wn:*   2
oV&AJ=|\   500160	7=aF-;X3jj   AD5000-8	@K3<K(   TO8i	.FtW$Y~y   Ø5	5BN!uUkm+   19.63	9~SfZ,(   60	GxuFO5wz   3
wtu WzHrF   500002	27<~m=`}d   AD230-8-2.3G	4S`2")V   TO5	7D@O:yO   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
^uD r    500003	z v*hA/   AD500-8-1.3G	_%?}e|epy   TO5	Rs$k3    AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
`$ql>k-6C   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
<w}YD @(f   Order #	3<88j&9   Type		+ng8!k   Active Area		b*+Od8r   Dark Current	pd?3_yU   Rise Time
	ps\A\aggML   Chip	U7bbJ>U_|   Package	$Y5R^Y   Size	p-POg%|&<   Area	\tc4DS   M=100	Z@nWx]iz   M=100
			AcqsXBKd   mm	H~Xi;[{7   mm2	C!6?.\U/:c   nA	<5%x3e"7u   ns
wR@&C\}9   501815	U p=J&^.   AD100-9	dMK|l    LCC6.1	rvgArFf}]   Ø0.1	Ikv@}^p 7   0.008	}1=V`N(   0.1	7s+3^'   <0.5
9lbe[w@   501816	b_+dNoB   AD100-9	2Dgulx5kGZ   LCC6.1f	>k)}R|tJ   Ø0.1	uH!uSB2   0.008	~xZFm   0.1	9%55R >s$   <0.5
`irz'/"p   501123	a NhI<.v   AD230-9	-'ePx f   LCC6.1	FW~%xUSE5   Ø0.23	scZdDbL6+   0.04	| #Z+s-   0.5	*{5p/}p   0.5
s ~c_9,JK   501817	3 (Bd`=9   AD230-9	6g06s @kz   LCC6.1f	{>$i)B   Ø0.23	=m]|C1x   0.04	pxy=edd   0.5	`/$yCXy   0.5
0/z=G!z\   500020	Qk2^p^ T6   AD230-9	Z7>pz:,   TO52S1	{/d<Jm:   Ø0.23	sx7;G^93   0.04	{8`V5:   0.5	!ZlBM{C   0.5
rV;X1x}l   501265	B'<k*9=Nv8   AD230-9	H&Jp,<\x   TO52S1F2	GxjmHo   Ø0.23	?XO l>IO   0.04	4B?8$&b   0.5	@)nxX))a   0.5
bWU4lPfP   500023	r: Ij\YQ   AD230-9	6xI9%YDy   TO52S3	R <Mvwu   Ø0.23	"*E06=fiG   0.04	wyG7SA   0.5	od\-o:bS   0.5
W:s`;8iM$   501122	oTS/z\C"<u   AD500-9	y*ux7KO   LCC6.1	?VUW.-   Ø0.5	;J<K/YdI   0.2	oZVq}}R   0.8	l@:|OGD;8   0.55
fH{ _X   501818	fviq}.   AD500-9	j'xk[bM   LCC6.1f	woI. 1e5   Ø0.5	)o4B^kq   0.2	+q*Cw>t /   0.8	!mX-g]4E   0.55
'8RBR%)y   500031	6ooCg>9/Z   AD500-9	  %4   TO52S1	v>S[}du   Ø0.5	J9buf}C[   0.2	uB&um*DP   0.8	Tw`n3y?   0.55
.lbo\v}2W   500590	c-s A?q#|   AD500-9	J*I G]2'H   TO52S1F2	Obj?,O   Ø0.5	#H8% BZyV   0.2	qukym3F   0.8	hzR1O(   0.55
(j>a?dKDS   500306	o'#ow(X   AD500-9	<4{Jm8zJ   TO52S2	cZVVJUF   Ø0.5	l:'\3-2a   0.2	{`KRr:w   0.8	lxVA:tz0   0.55
|:[ [w&R   500156	V:Z}cfR.7   AD500-9	(-e*xM m   TO52S3	NA`qC.K    Ø0.5	Ja`xG{~Y7i   0.2	+Y|1 7n   0.8	!=/w psH   0.55
sfo+B$4|   501196	B)!ty"   AD800-9	Tl/!Dn   TO52S1	[p:mja.6y   Ø0.8	V{D~e0i/v   0.5	&xgKHbg   2	.5s#JL   0.9
-% ,3qhsd   501197	XCAy _fL<B   AD1100-9	vGST{Lz;   TO52S1	Q"(*SA+-|   Ø1.13	GJeP~    1	a7~%( L@r   4	s%Y8;D,~+   1.3
Kn#CIFbBN   501208	;"R1>tw3)   AD1500-9	Cu\6VnW_6   TO5i	v9_7OMl/x   Ø1.5	\OlB(%E7   1.77	R?Ou=p .   2	U)sw IisE   2
pPD}>q   501198	(\zxiK   AD3000-9	uH.1'bR?a   TO5i	y$Rh$eK   Ø3	8N,mp>~   7.07	K'@lXA:   30	t(.jJ>|+*   2
7]}2`^9   500161	H'_ v   AD5000-9	%s;=H)8   TO8i	1Z_2s2`p   Ø5	"?n;dXYSi   19.63	]IM/R@   60	&`LR{7m   3
\b6vu^;p   500756	tZz *O%   AD230-9-400M	\&,{N_G#L.   TO5	es k~\!d   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.
}Nc Ed;   500490	Co^^rd@   AD500-9-400M	h2_A'   TO5	6$5?%ZLJ   AD500-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
9Z^\b)x   Multi-Element Array
=c34MY(#X   501099	zPyN2|iFah   8AA0.4-9	=#.qe=   SOJ22GL	&^hLFd7j/   APD Array 8 Elements, QE>80% at760-910nm with NTC
I*`;1+`   501098	1x3>XN]a   16AA0.13-9	g><itA?   SOJ22GL	vo!QJ   APD Array 16 Elements, QE>80% at760-910nm with NTC
>ca w :   500038	QTmMj@R&(   16AA0.13-9	LKsK! X   DIL18	jG^f_w   APD Array 16 Elements, QE>80% at760-910nm
"*HVL   501097	ur| vh5   16AA0.4-9	+]$c+!khj   SOJ22GL	j9g0k<eg   APD Array 16 Elements, QE>80% at760-910nm
-& T.rsp   50130802	iw=~j   25AA0.04-9	.qfU^AHA   BGA	#8CeTR23cw   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
~(P\'H&(h   50130802	]uZaj?%J<   25AA0.16-9	n?S~(4%   BGA	q!Q*T^-rO   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
|rL#HG   50130702	iVZX   64AA0.04-9	Prqr,   BGA	)>r sX)   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
)tp;2rJ/   501207	]r@CmwC   QA4000-9	mBON>Z[4.   TO8Si	%j. *YvveW   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
^CfWLL& c   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
nPg,(8Tt   Order #	`-yiVUp1:z   Type		c1}i|7/XSi   Active Area		/?B%,$~   Dark Current	,c6c=di   Rise Time
	WJBw o%J   Chip	8<_dNt'91   Package	;uyQR8   Size	fIii   Area	*f k3IvAXu   M=100	vhz Q.>   M=100 1064nm
			~n{lu'SIX2   mm	j*L-sU   mm2	ur JR[$p   nA	U*cWNn:."   ns
+O?`uV   500953	p.RSH$]   AD500-10	6>F1!Q   TO5i	(AswV7aGe   Ø0.5	_[{oK G^u   0.2	ey ?paT   1.5	Np>0c-S   4
5O]eD84B   501233	sHm:G_   AD800-10	m=qyPY   TO5i	o!sHK9hvJ)   Ø0.8	:r+F95e   0.5	%Zi}sm1t   3	>e^8fpgSo   5
22gh,e2o   500883	,%$Cfu   AD1500-10	Bs';!,=   TO5i	.v[!_bk8C   Ø1.5	jM;?);Dd   1.77	Q'c[yu   7	XBN,{   5
KDu~,P]   50123401	an,JV0   AD4000-10	Bt(U,nFB   TO8Si	~5 e 1&   Ø4	4{#0ci{   12.56	?Suv.!wfLl   50	(tzfyZ M   6
0uhIJc'2   501387	k?`Q \   AD800-10	laA3v3*   TO8S	X,ok3c4X   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
7YQ689"J6B   Multi-Element Array
!= u S   501174	;0;5+ J7   QA4000-10	Xf*}V+&WN   TO8Si	V2BsvR`    Quadrant Avalanche Photodiode, High QE at850-1070nm

Yy4l -}"  
a.B<W9$`  
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： Ahrtl6@AS  
网址：http://www.newopto.com U'Fc\M5l/l  
邮箱：Sales@NewOpto.com jU_#-<'r  
手机：188-5711-5252 mcLxX'c6<h  
电话：0571-85152711