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。 ]o[X+;Tj|  

-_EY$?4   Series 11: Blue sensitivity enhanced (forbiomedical applications)
tFvgvx\:   Order #	Cb )=n6   Type		x?f0Hk+   Active Area		Z.aLk4QO@   Dark Current	])QO%   Rise Time
	4kaE}uKU   Chip	BbXU|QtY   Package	BA1MGh   Size	yxG:\y b   Area	;-9zMbte:   M=100	B%eDBu ")   410nm 50Ω
			z{`6#   mm	A{4G@k+#d   mm2	j(Fa=pi   nA	d DIQ+/mmg   ns
y|e2j&m   500970	9 wSl,B-   AD800-11	Z{a{HX[Jx   TO52S1	c_qcb7<~.   Ø0.8	6^]`-4*W   0.5	192.W+H<   1	^sT+5M^   1
!@^y)v   500967	to!mz\F   AD1900-11	WyBQ{H{So   TO5i	W$JY M3!   Ø1.95	Z]x5!   3	!B [1zE   5	lQh E]m>+   2
\yih 1Om>~   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
+Fk4{p   Order #	P<>[e9|   Type		F1 <489   Active Area		<KHv|)ak   Dark Current	lp:_H-sG   Rise Time
	((-aC`   Chip	sTd}cP   Package	x9xzm5   Size	McT\ R{/   Area	Rz`@N`U   660nm M=100	}Q`/K;yq   660nm 50Ω
			5c< b|   mm	t*o7,   mm2	\# 7@a74   A/W	-,R0IGS   GHz
jmR hAJV   501828	gb]hOB7g   AD100-12	P7}t lHX   LCC6.1	xM%H~(   Ø0.1	{udrT"h   0.008	,"@w>WL<9   50	VKT@2HjNT`   typ.3, min.2
C@ FxB[   501829	hA@zoIoe   AD100-12	GMEw   LCC6.1f	TRSOO}   Ø0.1	H!Wis3S3G   0.008	$TR=3[j   44	"w;08TX8   typ.3, min.2
f8^"E $"   501831	J=@hk@Nq#   AD100-12	86 /.8   TO52S1	+*n]tlk   Ø0.1	63.( j P1;   0.008	.JNcY]V#   50	'n>K^rA   typ.3, min.2
vB Sm=M   501157	~q{\;   AD230-12	{*sGhGwr   LCC6.1	';_1rh   Ø0.23	)i&%cyZw   0.042	(gLea   50	:]EP@.(   typ.3, min.2
]t*33   501156	g+igxC}2z   AD230-12	+IvNyj|   LCC6.1f	Pl_^nFm0   Ø0.23	1d`cTaQ-   0.042	kl| g   44	5xhM0(   typ.3, min.2
KCE=|*6::|   501820	P2O\!'aEh   AD230-12	xne]Q(B>   LCC6.1f	miwf&b   Ø0.23	KrS   0.042	I[@ts!YD   44	*K`x ;r   typ.3, min.2
wqcDAO(   501162	[Uswf3   AD230-12	RZ*<n$#6   TO52S1	ebzzzmwo   Ø0.23	p*Xix%#6   0.042	87pnSj/X"   50	)5U!>,fT   typ.3, min.2
\]t]#D>0   501155	;"D~W#0-v   AD500-12	-=5EbNPwG   LCC6.1	xF&6e&nv   Ø0.5	w:v=se"U   0.196	ka/nQ~_#<   50	?5`{7daot   typ.3, min.2
[M`=HhJ4   501154	$_wo6/J5+D   AD500-12	MBlBMUJk   LCC6.1f	|4Qx=x>   Ø0.5	04~}IbeJ   0.196	|88CBiu}   44	(nq^\ZdF   typ.3, min.2
jKS!'?   501819	^}hJL7O'   AD500-12	ndqckT@93   LCC6.1f	7H4L-J3   Ø0.5	pp<E))&R   0.196	4oV {=~V   44	Z/gsCYS3F   typ.3, min.2
Vu%n&uF   501163	qIz}$%!A   AD500-12	7_KXD#   TO52S1	7|Xe&o<n   Ø0.5	i@XB&;*c\   0.196	oXdel Ju?   50	W+K.r?G<j   typ.3, min.2
iKhH^V%j   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
1\y@E   Order #	9)Ly}Kzx   Type		XC2FF&B&   Active Area		fgmSgG"b   Dark Current	NZ+7p{&AN   Rise Time
	JYQ.EAsr!   Chip	>nK%^T   Package	hXc}r6<B   Size	#jm@N7OZ   Area	_$5@uL{n"^   M=100	eIJ[0c b}   M=100 20V 50Ω
			FfG%C>E6~   mm	modC6d%   mm2	$it@>L8    nA	rI>LjHP   ns
NV6G.x   501810	7E\g &R.   AD100-8	@D]lgq[   LCC6.1	AuXs B   Ø0.1	('JKN"3   0.008	+(&|uq^   0.05	l|q%%W0   <0.18
BPewc9RxV   501811	`7\H41%\pp   AD100-8	Z9VR]cf?   LCC6.1f	1x{kl01m%   Ø0.1	:BD>yOlG   0.008	q/x/N5HU   0.05	bb1f/C%   <0.18
JD *8@N   501812	0m A(:"   AD100-8	(hN?:q?'   LCC6.1f	c0ZaFJ   Ø0.1	dlR_ckp   0.008	r^5jh1   0.05	?-,6<K1   <0.18
0X>T+A[E   500011	X}W)3v   AD100-8	hl]S'yr   TO52S1	ve fU'   Ø0.1	)i-gs4[(QN   0.008	(:7a&2/M   0.05	jT-<IJh!o   <0.18
X!c?CL   501171	q:]Q% IC^   AD100-8	m#n]Wgp'   TO52S3	4.w"(v9V   Ø0.1	)4m_A p\   0.008	,hvc``j S8   0.05	Z0\Iyc G   <0.18
(f>M &..   501078	bo>E"<   AD230-8	s[X B#)H4   LCC6.1	r6 }_H?j   Ø0.23	ShGp^xVj   0.04	g "*;nHI D   0.3	cmDT +$s   0.18
{SdO9Yy?@7   501079	hB>^'6h+   AD230-8	!8/gL   LCC6.1f	= F<:}Tx)C   Ø0.23	+zp0" ,2B   0.04	0OW L   0.3	$.8 H>c   0.18
g~)3WfC$[   501805	DFy1 bg   AD230-8	-Qb0: ]sV#   LCC6.1f	^P$7A]!   Ø0.23	zP E$   0.04	}-nU3{1   0.3	B9#;-QO   0.18
Mudrg[@`   500019	g>n0z5&TNF   AD230-8	IU9, (E   TO52S1	"DpKrVuG   Ø0.23	nzuF]vo   0.04	C6^j#rl   0.3	.8H}Lf\   0.18
>| m.?{^   500022	ab 4LTF|   AD230-8	V^rW?Do   TO52S3	39D }   Ø0.23	1;&T^Gdj   0.04	PGX+p+wB   0.3	XwPx9+b6j   0.18
fM^<+o@   501496	z<<Tk.65   AD230-8	0roCP=;   ODFN2x2	] .5OX84   Ø0.23	- _t&+5]   0.04	WQKj]:qk0   0.3	z_l. V/G)   0.18
k ,fTW^?   501077	HJ@5B"   AD500-8	vGN3 YcH   LCC6.1	I%xn,u   Ø0.5	:-Wv>V\t   0.2	MZ~.(&   0.5	,Rz}=j   0.35
Z %EQt   501076	Dl A Z"C   AD500-8	'C~9]Y].   LCC6.1f	jVYH;B%%z   Ø0.5	.$wLLE^*   0.2	@a(oB.i   0.5	ym%o}(v-   0.35
gp/YjUH7k8   501809	' ^a!`"Bc   AD500-8	bU+9Gi@v   LCC6.1f	x)R0F\_   Ø0.5	plXG[1;&G   0.2	* nCx[   0.5	, N 344y   0.35
q[c Etp28h   500030	4_Y!elH)   AD500-8	v<&v]!nF   TO52S1	x6e+7"#~   Ø0.5	=]b9X7}   0.2	`qu]Pxk   0.5	|Fp'/~|w2d   0.35
a))*F!}c   500305	 ?Ib}   AD500-8	DL4iXULNY   TO52S2	sHsg_6~   Ø0.5	$G3@< BIN   0.2	o4~kX   0.5	c&e0OV\m   0.35
EfKntrom[   500155	kM`7EP k   AD500-8	xJc.pvVPw   TO52S3	0b++17aV   Ø0.5	|Puj7Ru   0.2	LyP`{_"CM   0.5	PbEQkjE   0.35
FmI;lVF0j   500947	$5L(gn[   AD800-8	B5`;MQJ   TO52S1	4)nt$fW   Ø0.8	-'ZxN'*%   0.5	O G}KqG!n   2	f?-J#x)   0.7
PbN3;c3   501117	Yb9cW\lr   AD1100-8	iT$d;5_pU   TO52S1	T#r=<YH[C   Ø1.13	24X=5Aj   1	)_Iz>)   4-6	]}~4J.Yn   1
Tk](eQsy.v   500015	k=|K|   AD1900-8	. s-5N\   TO5i	xVTo4-[p   Ø1.95	Hz?,#>{    3	2@*<9-9   15	5L3{w+V   1.4
yxY h?ka   501194	nl9kYE [   AD3000-8	~'{VaYk]v   TO5i	}5hZo%w[n   Ø3	dk:xnX%   7.07	Om6Mmoqh   30	|Eu*P   2
5"uNj<.V   500160	eA &t%   AD5000-8	i'iO H|s   TO8i	6VFirLd   Ø5	z L8J`W   19.63	I1i:}g/   60	oN ;-M-(   3
C(U   500002	ydyG}XI 7V   AD230-8-2.3G	O!,Ca1N   TO5	iLQSa7   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
SdSg n|S   500003	AHWh}~Yi   AD500-8-1.3G	*?p ^6vO   TO5	=- m(\}   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
sX!3_'-   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
H7}g!n?   Order #	~W3:xnBEk   Type		FvAbh]/4   Active Area		8XlU%a6x   Dark Current	X*)?LxTj   Rise Time
	uct=i1+ fE   Chip	?0uOR*y'   Package	wePI*."]   Size	/Bh>   Area	Ej{+U   M=100	]d^k4 d   M=100
			!*5_pGe   mm	W w^7^q&   mm2	2+o!o   nA	drbe#FObX   ns
*|^,DGfQ6   501815	}|SIHz!R   AD100-9	3hH>U%`-   LCC6.1	WqR7uiCi   Ø0.1	*.:!Ax   0.008	3`xsK[   0.1	[z^Od   <0.5
@K7ebYr?   501816	Etw~*   AD100-9	El{r$-}   LCC6.1f	>n1h^AW   Ø0.1	k{_1r;   0.008	C0gfJ~M)   0.1	\|blRm;   <0.5
lx`q *&E   501123	R08&cd#$   AD230-9	1E8$% 6VV   LCC6.1	*B%y`cj|   Ø0.23	QjI#Cs}w   0.04	A jG)1   0.5	v: giZxR   0.5
JaA&eT|   501817	tc"T}huypU   AD230-9	9U&~(;   LCC6.1f	mZ]P[lQ'5   Ø0.23	ji qi!*   0.04	l+|1G   0.5	(Z5q&#f   0.5
mlD%d!.   500020	GI}4,!^N   AD230-9	+I*k0"gj6   TO52S1	GahaZ F   Ø0.23	"pOqd8>]   0.04	?0 HR(N(z!   0.5	w8G7Jy   0.5
JvKO $^   501265	ejP,29   AD230-9	d:A\<F   TO52S1F2	H3!,d`D.N   Ø0.23	pi|\0lH6W   0.04	>9 q]>fJ   0.5	bh{E&1sLh   0.5
x6"/z   500023	qi(&8in   AD230-9	nWKO8C>   TO52S3	"w>rlsT<O   Ø0.23	^cB49s+{e   0.04	${wU+E*   0.5	C_6GOpl   0.5
Cq-hPa}2   501122	H~~7~1"x   AD500-9	^!q 08`0   LCC6.1	J>&[J!>r   Ø0.5	>Kz_My9   0.2	/TzNdIv   0.8	.UNF~}^H   0.55
eLCdAr   501818	mk#>Dpy?   AD500-9	` 52%XI   LCC6.1f	f1)HHUB   Ø0.5	~C%2t{"   0.2	d1UVv yH   0.8	y2oB]^z&n   0.55
d-9uv|SJ   500031	KDux$V4   AD500-9	aeEw#   TO52S1	O]c=Yyl   Ø0.5	`6|i&w:b   0.2	D."cQ<sxpN   0.8	CkmlqqUHC   0.55
ev~dsk6k   500590	6XQ*:N/4al   AD500-9	D=jSh   TO52S1F2	q>Q:X3   Ø0.5	L4MxU 2   0.2	ck(CA(_   0.8	~%olCxfO   0.55
ST[2]    500306	?|D$#{^   AD500-9	CnxK+1n l   TO52S2	5F'%i;)oq   Ø0.5	5}vRo;-   0.2	1"8Z y6t   0.8	v[0DE*p   0.55
p:DL:^zx   500156	)B-MPuB   AD500-9	Gg 7WmL   TO52S3	UN cYu9[   Ø0.5	`,F&y{A   0.2	Dj-\))L   0.8	1{SrHdD=   0.55
<;2P._oZ   501196	5*s1qA0^   AD800-9	w8eG;   TO52S1	hgTM5*fD}   Ø0.8	XNc"kp? z   0.5	.`oJcJ   2	4+ASwN9   0.9
T0@](g   501197	/e-ka{WS   AD1100-9	8>C; >v   TO52S1	/>dB%*   Ø1.13	N?MJ#lC F   1	e%P+KX   4	@-)<|orU4   1.3
h(C#\{V   501208	0EL\Hd    AD1500-9	#rn4$   TO5i	t9Enk!@   Ø1.5	ikEWY_1Y   1.77	ua]\xBWx   2	U^E   2
dWzDSlP&   501198	`^ieT#(O   AD3000-9	JcvHJ0X~a   TO5i	2*~JMbm   Ø3	R-r+=x&   7.07	KuIt[oM   30	P#dG]NMf   2
d1srV`   500161	Bi9 N   AD5000-9	|'V<>v.v   TO8i	wQo6! H"K   Ø5	-Z`(? k   19.63	Q{J"`d2   60	T[Z <bW~0   3
rd&*j^?   500756	VYl_U?D   AD230-9-400M	?G~/{m.   TO5	\N# HPrv}   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.
SeRK7Q&_   500490	8k +q7   AD500-9-400M	,$MWk(S   TO5	1=9qAp;?o   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.
B|]t\(~$[   Multi-Element Array
ugIm:bg&   501099	;ZxK3/(7   8AA0.4-9	?MV[=LPL   SOJ22GL	^F0k2 pB   APD Array 8 Elements, QE>80% at760-910nm with NTC
Gx(KN57D   501098	Q{H!s_6iyv   16AA0.13-9	x*,q Rew   SOJ22GL	Ak\D6eHcB   APD Array 16 Elements, QE>80% at760-910nm with NTC
zumR(<l   500038	|kBg8) .B   16AA0.13-9	)o " SB1   DIL18	KRnB[$3F1   APD Array 16 Elements, QE>80% at760-910nm
wS F!Xx0   501097	7.lK$J:   16AA0.4-9	s]nGpA[!   SOJ22GL	SHXa{-   APD Array 16 Elements, QE>80% at760-910nm
7(A G]   50130802	]HNT(w@   25AA0.04-9	t?%}hs\!   BGA	FT3,k&i   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
UZ4tq   50130802	N8DiEB3~   25AA0.16-9	/H\^l.|vk   BGA	. T6_N   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
Azq#}Oe)u   50130702	J]=aI>Ow   64AA0.04-9	l(krUv   BGA	i h`y0(<   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
Zi<Sw   501207	bOdsMlJkN   QA4000-9	;H m-,W   TO8Si	VuO)   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
(04j4teE   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
5fvUv"m   Order #	;4S [ba1/   Type		EvH(Po h   Active Area		o3TBRn,   Dark Current	43}&w.AS   Rise Time
	hZss   Chip	4Rrw8Bw   Package	3-9J"d!   Size	AT8B!m    Area	Vne.HFXA   M=100	\DcC1W   M=100 1064nm
			K;ry4/Vap   mm	?Qo_ KQ%sn   mm2	X('Q;^`   nA	 4s1kZ`e   ns
=B o4yN   500953	QX.F1T2e?   AD500-10	_,K>u6N&   TO5i	eLt Cxe   Ø0.5	Tl/Dq(8JH   0.2	.f.j >   1.5	R<0!?`b   4
n_xQSVI0F   501233	]Gd]KP@S   AD800-10	y?R <g^A   TO5i	!+ *?pq   Ø0.8	{C0OrO2:   0.5	&' Nk2{   3	]uj.uWD   5
xt<, (4u   500883	g6a3MJV`   AD1500-10	9V4V}[%   TO5i	a,0o{*(u$   Ø1.5	eed\0   1.77	si mX   7	=VX<eV   5
lA^Kh   50123401	k`4\.m"&   AD4000-10	n]ppO U|[   TO8Si	gU 2c--`   Ø4	2G:{FY   12.56	xz+`]Q   50	q@RY.&mgW   6
KAZkVL   501387	@9kk f{?   AD800-10	3_1Io+uXk   TO8S	.pu`\BW>   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
u2.r,<rC*Q   Multi-Element Array
nu<!2xs,   501174	j>Bk;f|   QA4000-10	$d??(   TO8Si	PJ11LE   Quadrant Avalanche Photodiode, High QE at850-1070nm

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