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。  J+lGh9G  

4 ]sCr+   Series 11: Blue sensitivity enhanced (forbiomedical applications)
^g[J*{+!W   Order #	svqvG7   Type		Nkx0CG*   Active Area		i0iez9B   Dark Current	s+'XQs^{aj   Rise Time
	,&[7u9@   Chip	TqAtcAurM   Package	H@Q`   Size	aTG[=)xL   Area	SYeE) mI   M=100	ZJ9x6|q   410nm 50Ω
			%6Rn4J^^   mm	?d~]Wd!z   mm2	IqNpLh|[   nA	P,U$ %C!   ns
$HxS:3D%D   500970	"Tv:*L5   AD800-11	X5 j=C]   TO52S1	=!<^ ^6LZ   Ø0.8	-<PC"B   0.5	)d:K:YXt   1	KxX[S.C   1
5a6VMqQ6   500967	Ox|TMSb^   AD1900-11	R3Ee%0QK   TO5i	YNk|+A.<d   Ø1.95	%Lyz_2q A   3	>J@egIKzP   5	/'\;8A$J`   2
_[F@1NJ   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
8""mp]o9   Order #	Ok*Z   Type		SOs,)   Active Area		S~> 5INud   Dark Current	GkciA{   Rise Time
	eG4>d^`c   Chip	Dp`HeSKU^   Package	SY|Ez!tU:N   Size	!)nD xM`p   Area	>D~w}z/fk   660nm M=100	!LiQ 1`V{   660nm 50Ω
			9T?64t<Ju   mm	c|Y!c!9F   mm2	H]]c9`ayt   A/W	=hGJAU   GHz
LN\[Tmd &   501828	jq[x DwPG   AD100-12	AEqq1A   LCC6.1	:!']p2B   Ø0.1	F"[3c6yF   0.008	8%-%AWF]   50	e3g_At\   typ.3, min.2
>C# kqxfg   501829	O|7yP30?M   AD100-12	,T{oy:rB   LCC6.1f	Ye@t_,)x   Ø0.1	A0>x9XSkJ   0.008	}[ v~&   44	`iQqh x   typ.3, min.2
SM<d   501831	u7#z^r   AD100-12	r)8z#W>s   TO52S1	r0{]5JZt/   Ø0.1	Pin/qp&Fa8   0.008	I="oxf#q   50	fv2=B)8$   typ.3, min.2
auL^%M|$R   501157	jA<T p}$!   AD230-12	;(S|cm'>}   LCC6.1	[e1L{_*l   Ø0.23	!W~<q{VTs   0.042	8gI\zgS   50	L/fRF"V   typ.3, min.2
3e 73l   501156	H(&Z:{L   AD230-12	 eT-9   LCC6.1f	KoF iQ?   Ø0.23	W+hV9   0.042	lkwh'@s.   44	VDpxk$a   typ.3, min.2
%E.S[cf%8&   501820	U0IE1_R   AD230-12	N,|r1u9X#   LCC6.1f	~K`1   Ø0.23	O,irpQ   0.042	qd8pF!u|#   44	no|Gq>Xp   typ.3, min.2
yC"Zoa6YZ   501162	Vhph`[dC{   AD230-12	K(OaW)j   TO52S1	ve-8*Xa   Ø0.23	/[?Jylj   0.042	m[rL\](-   50	DY.58IHg1   typ.3, min.2
mf2Mx=oy   501155	8W,*e ke?   AD500-12	kFLT!k   LCC6.1	9|3o<   Ø0.5	>UWStzH<   0.196	]/44Ygz/   50	WsB3SFNG   typ.3, min.2
G=cNzr9   501154	GA@ Ue9   AD500-12	]3+``vL   LCC6.1f	!g2a|g   Ø0.5	2GUupnQkD   0.196	Ux_<d?p   44	L|J~9FM   typ.3, min.2
MA6P"?   501819	KZ )Ys   AD500-12	n$W"=Z;`   LCC6.1f	xlw 2g<s   Ø0.5	JY@X2'>v/   0.196	VVLIeJ(*XT   44	v.b5iv5   typ.3, min.2
L#ZLawG   501163	Q!]IG;3Sx|   AD500-12	1i+FL''   TO52S1	WW6yFriuW   Ø0.5	[>p6    0.196	Pgev)rh[   50	}4vjKSV   typ.3, min.2
?l9=$'   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
@/(@/*+"   Order #	O9*p0%ug   Type		i@6wO?Tv   Active Area		9A+M|;O   Dark Current	k/bque   Rise Time
	ym kR!   Chip	I.9o`Q[8&   Package	$}4K`Iu   Size	`j:M)2:*y   Area	ph#efY`a:   M=100	cAibB&`~   M=100 20V 50Ω
			Cya5*U0=   mm	<soj&f+   mm2	6l[G1KkV   nA	r{Z[xWIX   ns
[Auc*@   501810	<`+zvUx^?   AD100-8	J[r^T&o   LCC6.1	?`aTu:1#Z   Ø0.1	((cb4IX   0.008	G *@@K   0.05	`Hd9\;NJ   <0.18
_uJV uCc   501811	4,zvFH*AH   AD100-8	]738Z/)^   LCC6.1f	3SFg#   Ø0.1	:A#+=O0\z   0.008	Qg>0G%cXU   0.05	xx0k$Dqt2I   <0.18
`*d{PJTv   501812	RM#fX^)=   AD100-8	]?# #))RUS   LCC6.1f	JT#7yetk'   Ø0.1	#B}Qt5w   0.008	:ol6%Z's   0.05	iN`6xkY   <0.18
e{JVXc[D   500011	uOFnCy 4   AD100-8	K plM['uF   TO52S1	ZYDWv/u   Ø0.1	!%wdn33"   0.008	`I{tZ$iD   0.05	yp?w3|`4;   <0.18
Q]T BQ&   501171	&D)2KD"N   AD100-8	?$16A+   TO52S3	#!L%J<MX   Ø0.1	hk.yR1Y|   0.008	/4-}k   0.05	yXrd2?Rq@   <0.18
B5 &YL   501078	}+_9"YQ:   AD230-8	-_HRqw,Z0   LCC6.1	:Dj#VN   Ø0.23	}U i_ynZ!   0.04	w#<p^CS   0.3	1I b_Kmb-   0.18
I8Kb{[?q   501079	-tMA   AD230-8	"]UIz_^'`U   LCC6.1f	DU`v J2   Ø0.23	>"b[r   0.04	u6pIdt   0.3	?y46o2b*)   0.18
A9iQ{l   501805	T$IUKR   AD230-8	8 #Fh>   LCC6.1f	%b9fW   Ø0.23	VRB~7\A5<)   0.04	Gn[*?=Vy   0.3	@'Q%Jc(   0.18
E^82==R   500019	CZ2iJy   AD230-8	d9|T =R   TO52S1	G\):2Qz!|   Ø0.23	s6IP;}   0.04	Ym`1<2mq\   0.3	@f%wd2   0.18
smbUu/   500022	TGtyJ3x\   AD230-8	NU(^6   TO52S3	>R#9\/s   Ø0.23	;!:F#gahv   0.04	g/!Otgfu   0.3	mgxz1d   0.18
\wFhTJY   501496	[m %W:Ez   AD230-8	,;c{9H   ODFN2x2	(c<f<D|   Ø0.23	L/5z!   0.04	K: 4P;ApI   0.3	7fU i?41XA   0.18
7Y)s#FJ   501077	{vjqy&?y   AD500-8	o3fR3P%$   LCC6.1	Ae.]F)w_\   Ø0.5	6Z$b?A3zM   0.2	K/~Y!?:Jr   0.5	We|-5   0.35
}\U0[x#q   501076	b~F!.^7Q   AD500-8	`TOX1cmw   LCC6.1f	@|Z*f\   Ø0.5	c_t7RWV}   0.2	|^Ur   0.5	3/:LYvM<   0.35
aam1tm#Q   501809	0:s8o@}   AD500-8	H RWZ0 '   LCC6.1f	UQSX<6"   Ø0.5	=>P_mPP=   0.2	A<a2TXcIE3   0.5	Dxz5NW4   0.35
HK^a:BI   500030	zo/0b/lQ   AD500-8	WT I'O   TO52S1	{7/A   Ø0.5	a pKa4nI   0.2	xu`d`!Tx   0.5	K90D1sD   0.35
8xc8L1;   500305	anpJAB:1   AD500-8	neK*jdaP   TO52S2	x_]",2 W'   Ø0.5	.QNjeMu.   0.2	SIj 6.RK   0.5	FfZ{%E   0.35
wVlSjk   500155	m9v"v:Pw   AD500-8	Xqc'R5Cw   TO52S3	:v|r=#OI   Ø0.5	*;>V2!N=U   0.2	3we.*\2$   0.5	ScM}m   0.35
Ym3 "   500947	e?_c[`sg   AD800-8	.LWOM8)   TO52S1	F+lm[4n   Ø0.8	)i},@T8[   0.5	_G_ &Me0   2	l2z`<2mp   0.7
de*,MkZN   501117	;a#}fX   AD1100-8	Xi1q]ps   TO52S1	';i"?D?NAk   Ø1.13	6RR4L^(m   1	rT N"SQt   4-6	<\qY" .`   1
O6M}W_   500015	QwKky ^A   AD1900-8	olUqBQ&ol   TO5i	azz#@f1   Ø1.95	dj8F6\   3	~}hba3&b;#   15	p,M3#^ q   1.4
}rFsU\]:q   501194	Fh*q]1F   AD3000-8	>w%d'e$   TO5i	yfRUTG   Ø3	D2hAlV)i(   7.07	(cPeee%Q   30	c,b`N0dOKL   2
+9=@E   500160	> Z.TM=qj   AD5000-8	WHhR)$zC   TO8i	]6?c8/M   Ø5	4\ uZKv@,   19.63	?15POY ?Z   60	9RCB$Ka6X   3
*il]$i   500002	 tH<9   AD230-8-2.3G	Vq)|gF[6i   TO5	1I:"0("}   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
5~<a>>   500003	1@1+4P0NF[   AD500-8-1.3G	KxgR5#:i"   TO5	5JXzfc9rL   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
SopNtcu!   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
c(_oK ?   Order #	N9>'/jgZX   Type		v4Fnh`{   Active Area		\\E_W9.u   Dark Current	E980yX JR   Rise Time
	&cn%4Er   Chip	#%}u8\q   Package	ctwhfS|Y0   Size	7~%   Area	47(1V/ r   M=100	2F*Dkv    M=100
			ZmR[5 mv@   mm	rSc,\upz   mm2	toYg$IV   nA	/4wm}g9   ns
mBD!:V'   501815	)N%1%bg^-   AD100-9	tnKpn-LPA   LCC6.1	l/y Kc8^<   Ø0.1	F]dd>#   0.008	JQ{zWJlt   0.1	anKb   <0.5
edImrm1f   501816	m_PrasZ>   AD100-9	YiQeI|{oN   LCC6.1f	kp<}   Ø0.1	;?HZ,"^I   0.008	3ZJagJ\O   0.1	V.P5v{   <0.5
v|,[5IY   501123	7}iewtdy,   AD230-9	EU&3Pdnd   LCC6.1	bTo@gJkn   Ø0.23	:vgh KI   0.04	GqK&'c   0.5	P/1UCITq}   0.5
y u K5r   501817	c|;|%"Mk   AD230-9	\aJ-q?=    LCC6.1f	Kj1#R   Ø0.23	.xc/2:m9   0.04	7&;jje[ <g   0.5	~XT a=   0.5
@D=2Er\   500020	P20]>Hg   AD230-9	%\zCOfN   TO52S1	e2=,n6N]c   Ø0.23	+<9q] V   0.04	(J;zkb   0.5	*l'$pJ X   0.5
^6NABXL   501265	/K<GN7vN   AD230-9	ph&H*Mc   TO52S1F2	&T{B~i3w8   Ø0.23	C4SD   0.04	b]qfcV   0.5	V]S06>P   0.5
~bWWu`h   500023	c:,{O0 #   AD230-9	@2Y]p.$q   TO52S3	X#NeB>~   Ø0.23	'14l )1g .   0.04	8IIdNd   0.5	H7XxME   0.5
&+w!'LSaD   501122	*d,n2a#n5   AD500-9	U%PMV?L{   LCC6.1	?[4khQt   Ø0.5	! )*T   0.2	*y\tnsU   0.8	0&L0j$&h   0.55
!.GY~f<d$   501818	{arjW3~M:   AD500-9	zvs 2j"lb   LCC6.1f	)yH#*~X_   Ø0.5	@j8L{FGnN   0.2	Z a y'/b   0.8	\iLd6Qo_aq   0.55
}lvP|6Y: y   500031	E|A_|FS&%   AD500-9	AJ1$$c   TO52S1	hB<z]sl   Ø0.5	)mZy>45   0.2	?(L?X&)v   0.8	g8*|"{   0.55
~)CU m[:oM   500590	zmS-s\$,   AD500-9	I$qtfGr   TO52S1F2	g$+O<a@n   Ø0.5	?*5l}y=   0.2	ez9M]! 8Lt   0.8	J-{E`ibGN   0.55
=&G|} M   500306	|2]WA'q   AD500-9	rW>'2m6HU   TO52S2	l|QFNW[i   Ø0.5	LZbHK.G=   0.2	YG+Yb{^"   0.8	0`Qs=R`OM   0.55
aj-uk(r   500156	',ybHW%D%i   AD500-9	E|}Nj}(*   TO52S3	k <Sa <   Ø0.5	%;B'>$O   0.2	CxN@g'   0.8	T`DlOi]Z_   0.55
VrL>0d&d   501196	+|w~j#j9`   AD800-9	Xg#([}b   TO52S1	U"G+su->e   Ø0.8	g}j>;T   0.5	*)SgdC/f   2	~$obcW1   0.9
{8Nd-WJ{   501197	sbhEZ#7#   AD1100-9	TZ]Gl4@   TO52S1	_NN{Wk/3w   Ø1.13	&otgN<H9   1	~Q\ZDMTK   4	QI{Y@xQ   1.3
} R6h   501208	!|QeYGnq6   AD1500-9	LBi>D`]   TO5i	b,A1(_pzi   Ø1.5	t$5]1dY$X   1.77	cO+`8`kv   2	z,P7b]KVe   2
wZb@VG}%   501198	hfc!M2/w   AD3000-9	c$z_Zi!g#   TO5i	VqU:`?#"a   Ø3	/;ITnG   7.07	![n`n(oN   30	/ /rWc,c   2
nuA!Jln_   500161	e5]0<s$   AD5000-9	uV:;y}T^Z   TO8i	#8|NZ6x,   Ø5	&Wk<F3qN   19.63	A1;t60z+q>   60	r!uAofIi_   3
03;(v%   500756	@vh>GiR){   AD230-9-400M	DF =.G1   TO5	s3^SjZb   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.
y70gNPuTOD   500490	Cu7iHhY5   AD500-9-400M	R6Lr]H   TO5	?xs0J   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.
s[bK Gn@   Multi-Element Array
1O L~)X3   501099	y~[So ,G   8AA0.4-9	NQD b;5:   SOJ22GL	lEs/_f3;A   APD Array 8 Elements, QE>80% at760-910nm with NTC
XrF9*>ti?   501098	7 #N @B   16AA0.13-9	LlqhZetS   SOJ22GL	i[n1}E.@   APD Array 16 Elements, QE>80% at760-910nm with NTC
Q4*cL5j   500038	UW3F)   16AA0.13-9	)]R8 $S   DIL18	{BU,kjv1g   APD Array 16 Elements, QE>80% at760-910nm
DK1)9<   501097	~K`blW 47   16AA0.4-9	us+adS.l&   SOJ22GL	'fsOKx4Z   APD Array 16 Elements, QE>80% at760-910nm
E~Nr4vq   50130802	bcfOpA   25AA0.04-9	k,& QcYw   BGA	yfrgYA   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
-9EbU7>!   50130802	[u:_Jqf-   25AA0.16-9	fM{Vy])J   BGA	cs)hq4-L`   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
7Jk.U=vY   50130702	t!GY>u>`   64AA0.04-9	Y*f<\z(4   BGA	k,,}N9   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
3#unh`3b   501207	b`mEnI VIz   QA4000-9	S"l&=J2dc   TO8Si	lki(_@3   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
e{=$4F   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
aHw VoT   Order #	3@PVUJ0B|   Type		kQ+5pFo3   Active Area		E J1:N*BA   Dark Current	_ DQdo   Rise Time
	#]2u!ama   Chip	uJizR F   Package	ux=@"!PJ   Size	"2-TtQV!   Area	e_SlM=_u   M=100	w&H7S{   M=100 1064nm
			9]iDNa/D   mm	$8)/4P?OL   mm2	`XQ5>c   nA	)? xg=o/?   ns
'J}lnt[V   500953	p%BO:%v   AD500-10	#,sJd^uI   TO5i	W+vm!7wX0   Ø0.5	)%6v~,'3Y   0.2	4(NI-|q0   1.5	w}iflAnjq   4
ocvBKsfhE`   501233	h!.(7qdd   AD800-10	ETtR*5Y 5   TO5i	B(~D*H2T[   Ø0.8	I`|>'$E[r   0.5	H={,zZ11{   3	q:(K^   5
V+Z22   500883	S$Wd}2>   AD1500-10	8^T' a^Wt   TO5i	h W-[omr0   Ø1.5	j >U.(K   1.77	<"-sN   7	|R4](   5
Z7 @#0;g{   50123401	;-3M   AD4000-10	`JC!uc   TO8Si	WJ%b9{<   Ø4	N4Ym[l   12.56	-Bc.<pFqp   50	[4gv_g   6
9X-DR   501387	_T1e##Sq,   AD800-10	w v1R ]3}   TO8S	lm+wjhkN   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
;J4_8N-   Multi-Element Array
,{%[/#~6   501174	?lTQjw{   QA4000-10	90q*V%cS   TO8Si	up`6IWlLE   Quadrant Avalanche Photodiode, High QE at850-1070nm

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