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。 {  'Db  

X!%C YmIRb   Series 11: Blue sensitivity enhanced (forbiomedical applications)
2pEr s|r   Order #	o3~ecJ ?k   Type		NiQ_0Y}   Active Area		Una7O]   Dark Current	c~a:i=y67   Rise Time
	qZ6Mk9@M   Chip	Td !7Rx _   Package	<Prz>qL$   Size	m:,S1V_jl   Area	q'%-8t   M=100	pO.+hy   410nm 50Ω
			P=%'2BQ{{   mm	" E U[Lb   mm2	nDvj*lZF   nA	<g|\]\C|   ns
VnB"0"%w   500970	`}YCUm[SI   AD800-11	8 e9ZgC|   TO52S1	&nk[gb o\   Ø0.8	D@5AI ](   0.5	nmn 8Y V1   1	{>E`Zf:   1
Rs0O4.yi;@   500967	CVp`G"W:   AD1900-11	O]SjShp   TO5i	BuE=(v2 }   Ø1.95	l H@hV   3	'<.@a"DnJ   5	yrnIQu*Uu   2
G:HPd.ay   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
478gl o   Order #	#&A)%Qbg   Type		Bg?f}nu7   Active Area		j~d<n_    Dark Current	yaiw|j`A   Rise Time
	]\y:AkxhJ   Chip	_<`j?$P   Package	}6;v`1Hr   Size	s3sAw~++   Area	bcp+7b(IB   660nm M=100	bF5mCR:   660nm 50Ω
			s%K9;(RWI   mm	x4&<Vr   mm2	xU4,Rcgo   A/W	'$@bTW   GHz
Q{ibH=^   501828	WQ(* A $   AD100-12	ai!zb2j!E   LCC6.1	6PF7Wl7.   Ø0.1	{_GhS %   0.008	U,?[x2LF   50	)*=ds,   typ.3, min.2
.""?k[ f5Q   501829	h/7m.p]   AD100-12	 \^$g%a   LCC6.1f	uTgvMkO   Ø0.1	s}NE[Tw   0.008	T2Q`Ax7   44	}IM*Vsk   typ.3, min.2
g]sc)4   501831	1$&(ei]*:   AD100-12	x]~{#pH@<   TO52S1	r &<sSE;5   Ø0.1	$IZ02ZM$   0.008	K"%_q$[YQ   50	g%P6f   typ.3, min.2
z+RA   501157	O$=[m9 V   AD230-12	X,)`< >=O   LCC6.1	n]?KDID;   Ø0.23	'G6g yO/K   0.042	gLyXe,Jp   50	8.9Z0   typ.3, min.2
;7jszs.6%   501156	=Oo=&vA.oc   AD230-12	:qfP>Ok   LCC6.1f	c7~+5   Ø0.23	>l<`)4*H   0.042	Ev adY   44	*] H8X=[x   typ.3, min.2
#le1 ^ <w7   501820	tZW2TUM]   AD230-12	!fwMkws   LCC6.1f	:gD=F&V   Ø0.23	p_^Jr*Mv   0.042	/$w,8pV=   44	yK1@`3@?   typ.3, min.2
3`%]3qd}   501162	 wZ&l6J4L   AD230-12	PV[Bqt   TO52S1	fVb~j;   Ø0.23	_6y#?8RMB   0.042	8dgi"/[3   50	0Nvk|uI V[   typ.3, min.2
]Alv5?E60   501155	reBAxmt    AD500-12	K{]9Yo   LCC6.1	&7K 4tL   Ø0.5	Wu}84W"!.V   0.196	0|a,bwZ   50	E79'<;K,zs   typ.3, min.2
/0.m|Th'm   501154	{WYJQKs8   AD500-12	cdBD.sg   LCC6.1f	ZGa;'   Ø0.5	fJiY~mQ   0.196	HLlp+;CF><   44	yYdow.b!   typ.3, min.2
e7n[NVrX   501819	t<F*ODn   AD500-12	ZOAHM1ci   LCC6.1f	4l2/eh]Hc(   Ø0.5	xF/u('A   0.196	<5 ?   44	~Av B5   typ.3, min.2
{IB}g:   501163	vYPZVqF_$   AD500-12	TJ_<21a   TO52S1	ktA5]f;   Ø0.5	qKSS 2f $   0.196	j aU.hASj   50	8zI*<RX.Q   typ.3, min.2
y-.<iq   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
3Fu5,H EJ   Order #	fTq/9=Rq4   Type		)z".lw   Active Area		rf ?\s/#OY   Dark Current	{Xjj-@   Rise Time
	3i*HwEh   Chip	cF2!By3M   Package	Ha)Vf+W   Size	/WxCsQn   Area	:{g;J   M=100	'{ $7Dbo   M=100 20V 50Ω
			#CV;Np   mm	?LwBF;Y   mm2	Sc.@u3   nA	>z"\l   ns
PxvD0GTW   501810	;%ng])w=;   AD100-8	WA?We7m$   LCC6.1	Ue?mb$ykC.   Ø0.1	1(diG&   0.008	p0|PVn.^h   0.05	,6EFJVu \   <0.18
x@p1(V.   501811	9OS~;9YR   AD100-8	Y9SaYSX   LCC6.1f	M(|6YF7u   Ø0.1	{Qf/.[   0.008	F*Y]^9]   0.05	Bo4MoSF}   <0.18
Ai*+LSG   501812	G'<Ie@$6l   AD100-8	'44I}[cA/   LCC6.1f	SR$?pJh D%   Ø0.1	d(_;@%p1X   0.008	N|3a(mtiZ'   0.05	PiVp(; rtQ   <0.18
=e"RE/q2   500011	x,fX mgE   AD100-8	tJa*(%Z?f   TO52S1	)4;$;a1   Ø0.1	$fhR1A   0.008	u$Wv*;TT%   0.05	CxV$_J   <0.18
Maw$^Tz,   501171	+UX~TT:   AD100-8	+=Y$v2BZA3   TO52S3	-%_vb6u   Ø0.1	3n)\D<f]#   0.008	#PGpB5vnaA   0.05	,7n8_pU   <0.18
= tY%k!R   501078	\!Wph5wA   AD230-8	rNl%I@ G   LCC6.1	,ieew`   Ø0.23	TNF+yj-|X:   0.04	(v0i]1ly[   0.3	VfT@;B6ALF   0.18
M!b-;{;'   501079	7.nNz&UG]5   AD230-8	(J5M+K\H   LCC6.1f	*s%M!YM   Ø0.23	KP xf   0.04	QD;:!$Du   0.3	Rebo.6rG   0.18
,CP&o   501805	?2<V./2F   AD230-8	I~&*8)x M   LCC6.1f	Fvr$K*u   Ø0.23	,aU8. J_U   0.04	bE%*ZB   0.3	Z^t{m!v   0.18
m~`f0   500019	Dq<!wtFG[   AD230-8	| E\u   TO52S1	2Xqa?ay0>   Ø0.23	u a_(wBipy   0.04	;6q`c!p7   0.3	-cB>; f)5r   0.18
>@.:9}Z   500022	'"9Wt@ .   AD230-8	S.*.nv   TO52S3	xsRu~'f   Ø0.23	9)S,c=z83   0.04	)rbcY0q   0.3	,F?O} ijk   0.18
3z!^UA>q   501496	9D @}(t!   AD230-8	;BW-ag \9   ODFN2x2	LYMb)=u]   Ø0.23	n7,LfO#   0.04	ADT8A."R[   0.3	K{`3,U2Wx   0.18
#OsUF,NU   501077	}3S6TJ+   AD500-8	@WuG8G   LCC6.1	t}2M8ue(&   Ø0.5	9@8)ZHf   0.2	:pGgxO%q   0.5	O/lu0acI   0.35
wyUfmk_}   501076	tybM3VA   AD500-8	wbbr8WiU   LCC6.1f	otJHcGv   Ø0.5	Rqun}v}   0.2	B0ZLGB   0.5	C''[[sw'K   0.35
&h?8yV4B   501809	Q_FL8w9D~8   AD500-8	(lLCAmK5?   LCC6.1f	rE4qPzL   Ø0.5	H  2UR   0.2	1l+j^Dt'[   0.5	kg()C%#u   0.35
j?s+#t   500030	i&zJwUr(<   AD500-8	J85Kgd1 \a   TO52S1	Vf`9[*j   Ø0.5	Q) Y&h'.(   0.2	Y[`%j\=   0.5	\j~LxV   0.35
[p 8fg!|   500305	~n9-   AD500-8	~w}Zv0   TO52S2	B{-+1f4   Ø0.5	zK ir   0.2	@+^5ze\   0.5	U66zm9 3&   0.35
:t6.J   500155	ARa9Ia{@   AD500-8	5JA5:4aev   TO52S3	gTqtTd~L   Ø0.5	5wGc"JHm   0.2	5: O,-b&   0.5	 -TKQfd   0.35
^] 1M8R,   500947	=]hPX   AD800-8	]x`I@vSf7R   TO52S1	5ofsJ!b'   Ø0.8	sp&)1 ?!M   0.5	x#&%lJT   2	b}5hqIy   0.7
H2D j`0   501117	^fbw 0    AD1100-8	'X1fb:8m8   TO52S1	a>/jW-?   Ø1.13	parc\]M   1	K)8N8Js(   4-6	F`  gQ[   1
oB]   500015	*WX,bN6Ot   AD1900-8	B:QAG   TO5i	H:&|q+K=#   Ø1.95	$ h<l   3	7s-ZRb[)1   15	a]u1_$)   1.4
%$.]g   501194	@Zd/>'   AD3000-8	CkA ~'&C   TO5i	vTF_`X   Ø3	,c_NXC^X?   7.07	1%,AU   30	+:fr(s!OE   2
tlz)V1L   500160	v5!G/TZ1   AD5000-8	d %Z+.O   TO8i	K,\Bj/V(   Ø5	><Z`)} f   19.63	msiftP.   60	WSPlM"h   3
p .^#mN   500002	yxU??#v|g   AD230-8-2.3G	"mm|0PUJ   TO5	'aoHNZfxw   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
V=g<3R&   500003	eTp}*'$p   AD500-8-1.3G	gAWrn^2L5   TO5	ZT;:Hxv0N   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
P6cc8x9g(   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
C3 m#v[+   Order #	.`ppp!:a4   Type		5%E.UjC   Active Area		`*nK@:   Dark Current	p&%M=SzN   Rise Time
	w/(hEF '   Chip	Py)'%e   Package	N<54_(|X   Size	=_/,C   Area	4&c7^ 4w~   M=100	FOU^Wcop%   M=100
			=5-|H;da   mm	 FGP~^Dr/   mm2	V\V:uo(C   nA	jGtoc,\X   ns
Q*+_%n1 /   501815	)@]Y1r4U   AD100-9	 p|D-ez8   LCC6.1	A S#D9o   Ø0.1	;i2N`t2   0.008	NI^[7.2   0.1	DNy1} 3wg   <0.5
{|jG_   501816	mj{/'   AD100-9	n?QpVROo\   LCC6.1f	9x~qcH%   Ø0.1	W~1MeAI   0.008	W*xz 0   0.1	/Nh:O   <0.5
kXq*Jq   501123	ms%Ot:uA   AD230-9	2_x~y|<9   LCC6.1	;rj=hc   Ø0.23	Y(D@B|"'m   0.04	]g/%w3G   0.5	"/)}Cc,L   0.5
C(-bh]J   501817	q >9F21W   AD230-9	?`hk0qX3   LCC6.1f	qR~s&SC#   Ø0.23	K%: :   0.04	"Iy @PR?>   0.5	$h Isab_   0.5
p1=sDsLL   500020	1f 0"z1   AD230-9	"/).:9],}   TO52S1	VK+#!!Ha   Ø0.23	<mc [-To   0.04	MR90}wXE   0.5	1u\fLAXn   0.5
:v k+[PzJ   501265	\jdpL1   AD230-9	2w=0&wG4K   TO52S1F2	;a+>><x]   Ø0.23	*R*Tmo"   0.04	Te"<.0~1   0.5	T|p$Ddt`+   0.5
z,nRw/o   500023	a4 g~'^uC   AD230-9	n8zh;vuJ   TO52S3	Kfc(GL?   Ø0.23	BZqb o`9   0.04	3<x_[0v`K1   0.5	bID'r}55   0.5
<3;/,>^ Pm   501122	Llf>C,)   AD500-9	_Gy*";E   LCC6.1	:~ 3/   Ø0.5	A+j~oR   0.2	SvH=P!`+   0.8	^/HE_keY   0.55
:L9\`&}FS   501818	}k}5\%#li5   AD500-9	d]h[]Su/?   LCC6.1f	(jCE&'?}   Ø0.5	\z8TYx@   0.2	p/WEQ2   0.8	&adKKYN   0.55
^!|BKH8>f%   500031	u~?]/-.TY   AD500-9	J3Q.6e=7   TO52S1	G7C9FV bR   Ø0.5	bTKzwNx   0.2	SDV} bN   0.8	Arz> P@EQ   0.55
(~{7e/)r   500590	E/_=0t   AD500-9	?S!lX[#v   TO52S1F2	lN1T\   Ø0.5	BZsw(l4/0'   0.2	}mz4 3Sq<   0.8	6R@ v>}   0.55
q{c6DCc]\   500306	hvGb9   AD500-9	=Ze~6vS,   TO52S2	uZId.+Rk   Ø0.5	O>w $   0.2	=bf-+gZD   0.8	sJ?Fque   0.55
vK#xA+W   500156	P 2;j>=W   AD500-9	blaxUP:   TO52S3	05nG|   Ø0.5	?{cF'RB.   0.2	2c!?!:s   0.8	50rq}-   0.55
(q*T.   501196	qVJV9n   AD800-9	^' ]xkS   TO52S1	6}Y^X   Ø0.8	ykl./uY'   0.5	"v jFL9   2	L !yl^c   0.9
jbC7U9t7   501197	62%.ddM4   AD1100-9	&hd+x5   TO52S1	6P?   Ø1.13	rN$_(%m_N   1	#i.M-6SRd   4	<8r%_ ']   1.3
tB}&-U|t[~   501208	v8 ggPI   AD1500-9	"z< =S   TO5i	v2JC{XqrI   Ø1.5	SMqJMirR   1.77	OyZgg(iN   2	bPOehvK/   2
lXW.G   501198	}I,]"0b   AD3000-9	2HkP$;lED   TO5i	#<4h Y7/   Ø3	cL<   7.07	6/.-V1*O   30	OPBnU@=R   2
io$ AGi   500161	?J6J#{LRd   AD5000-9	J03yFT,dF   TO8i	o}7`SYn   Ø5	~e ]83?   19.63	y!mjZR,&   60	MPT*[&\-   3
vDv:3qN7(   500756	(6>8Dt 9[   AD230-9-400M	I r<5%   TO5	FuLP{]Y+AM   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.
@lDoMm,m'   500490	P8).Qn   AD500-9-400M	Ngi$y>{Sq   TO5	L@t<%fy@   AD500-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
x<~ pqq8]   Multi-Element Array
m:)v>vu   501099	%W+*)u72(   8AA0.4-9	@iS(P u   SOJ22GL	iZwt,)(   APD Array 8 Elements, QE>80% at760-910nm with NTC
EUu"H` E+   501098	arrNx|y   16AA0.13-9	o[O-|XL_   SOJ22GL	|94"bDL3~   APD Array 16 Elements, QE>80% at760-910nm with NTC
AWi~qzTZ   500038	9`$fU)K[Pl   16AA0.13-9	]j~V01p/e   DIL18	,L6d~>=41   APD Array 16 Elements, QE>80% at760-910nm
4!XB?-.   501097	!WR(H&uBr\   16AA0.4-9	iLws;3UX;x   SOJ22GL	506B=   APD Array 16 Elements, QE>80% at760-910nm
F(Pe@ #)A   50130802	#78p#E   25AA0.04-9	jY('?3   BGA	^j0Mu.+_   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
B<I%:SkF@   50130802	}'b3'/MJ   25AA0.16-9	wbyY?tH   BGA	+=)< Su.   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
S>/p6}3]   50130702	h*Rh:yCR>   64AA0.04-9	Tu?+pz`h   BGA	zy"L%i   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
\|F4@   501207	(Ub=sC   QA4000-9	S1E=E5   TO8Si	[V|,O'X ~   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
=!*e; L   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
JN .\{ Y   Order #	'nz;|6uC   Type		0~iC#lHO   Active Area		}/n bv;)   Dark Current	&na#ES$X,   Rise Time
	%g5TU 6WP   Chip	j&6,%s-M`a   Package	D^baXp8   Size	Kyt.[" p   Area	[ >O4hifq   M=100	XZEawJ0   M=100 1064nm
			"o2p|2c   mm	/`Yy(?,   mm2	J;W(}"cFq   nA	gbsRf&4h   ns
#=V%S 2~   500953	s:'M[xI   AD500-10	W=c7>s0>   TO5i	4v_?i@,L   Ø0.5	/;-KWu+5=   0.2	\V  /s   1.5	%6+J]U   4
3FT%.dV^   501233	L$=@j_V2   AD800-10	Q&] }`Rp=   TO5i	7F5t&   Ø0.8	!C *%,Ak   0.5	jJkM:iR   3	uSLO"\zysX   5
)xX(Et6+`   500883	>J_{mU   AD1500-10	5cO}Jp%PA   TO5i	=2] .G Gg   Ø1.5	J]UlCg   1.77	QWH1xId   7	Y]/(R"-2G   5
WMnR+?q   50123401	(JH LWAH   AD4000-10	SlB,?R2   TO8Si	Rp `JF}~o   Ø4	h#'(i<5v   12.56	}YW0?-G.$   50	i>HipD,TD   6
vo) pT   501387	@'C f<wns   AD800-10	C9E l {f   TO8S	.j:.?v   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
<h^'x7PkW5   Multi-Element Array
vpcHJ^19   501174	cTu7U=%   QA4000-10	#DApdD9M   TO8Si	-ZFeE[Z   Quadrant Avalanche Photodiode, High QE at850-1070nm

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