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。 #~Q8M*~@  

M)cGz$Q|   Series 11: Blue sensitivity enhanced (forbiomedical applications)
c0 WFlj9b   Order #	A.Bk/N1G   Type		 0v^:   Active Area		RH~3M0'0   Dark Current	iQ^: ])m>   Rise Time
	jK8'T_Pah   Chip	9YF$CXonE=   Package	:Y)to/h   Size	dZ:r&Qa   Area	|)W!jC&k   M=100	0p fnV%   410nm 50Ω
			eFTX6XB:i   mm	S)%_weLW7   mm2	83.E0@$   nA	Q1>zg,r   ns
S:Tm23pe   500970	xfSG~csoz   AD800-11	3z{S}~   TO52S1	nj\_lL+   Ø0.8	G5Q!L;3HZ   0.5	 8o)L,{yl   1	.9LL+d   1
+zWrLf_Rc   500967	6kvV   AD1900-11	OR+A_:c.D   TO5i	FQf#*   Ø1.95	v5T9Y-{`   3	iUr xJh   5	LD+f'^>>Z   2
i#,1iVSG   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
j"<Y!Y3   Order #	)-&nxOP   Type		@~jxG%y86   Active Area		!=[uT+v   Dark Current	# bX~=`   Rise Time
	%OI4a5V*l   Chip	|*Ot/TvG   Package	W._G0b4}   Size	"@/ba!L+   Area	;.Zh,cU   660nm M=100	Sa]mm/G   660nm 50Ω
			T2bnzIi   mm	'\*A"8;h   mm2	=|y|P80w   A/W	- 8syjKTg   GHz
R!{7OkC   501828	|vy]8?Ak   AD100-12	7b.U!Ju   LCC6.1	-,>:DUN2   Ø0.1	?~qC,N[   0.008	e?)yb^7K   50	ida*]+ ~   typ.3, min.2
$T*KaX\{B   501829	[&n|\!   AD100-12	o5#,\Y[ g   LCC6.1f	>5i?JUZ   Ø0.1	\r]('x3S   0.008	`2x34   44	H!JWc'(<$   typ.3, min.2
n.;3X   501831	zXgkcq)   AD100-12	ry,}F@P&   TO52S1	zjo o{IH}   Ø0.1	_z:Qhe   0.008	5TET<f6R   50	w$% BlqN   typ.3, min.2
t/LgHb:)   501157	ZPYH#gC&T   AD230-12	Q}z{AZ   LCC6.1	8XkIk7   Ø0.23	ZX] A )5G   0.042	i-V0Lm/   50	_U=S]2QW   typ.3, min.2
Rc%PZ}es   501156	g!5#,kJM   AD230-12	tAt;bYjb\   LCC6.1f	(lWKy9eTy`   Ø0.23	d:3= 1x   0.042	4`G=q^GL,   44	a?\ `   typ.3, min.2
-~]^5aa5n   501820	T;%+]:w<   AD230-12	?7 X3P   LCC6.1f	W#Cq6N   Ø0.23	U*xxrt/On/   0.042	DUPmq!A   44	4= $!_,.   typ.3, min.2
PJ6$);9}6   501162	C0f[eA   AD230-12	v5gQ9   TO52S1	mlmnkgl ]   Ø0.23	*q[^Q'jnN   0.042	zlN+edgY#,   50	zPA>af~Ej   typ.3, min.2
!?Tzk&'   501155	2PI #ie4   AD500-12	\ /sF:~=   LCC6.1	ur`V{9g   Ø0.5	`ITDTZ J   0.196	I>8Bc   50	!zl/0o   typ.3, min.2
`oan,wq+   501154	}cyq'mi   AD500-12	r6<ArX$Yl   LCC6.1f	2@4MC`&   Ø0.5	G+;g:_E=   0.196	:hi$}xHa   44	)8\Z=uC   typ.3, min.2
t>=GVu^   501819	l!Nvn$hm   AD500-12	CcbWW4 )   LCC6.1f	~V|KT}H   Ø0.5	M~#5/eRX   0.196	F'fM?!(   44	Q&tFv;1w6   typ.3, min.2
>l6XZQ >   501163	mT}Aje-L   AD500-12	?T~3B]R   TO52S1	L'zdsa}Et   Ø0.5	s;~J2h[   0.196	?m`R%>X"   50	%Tk}sfx   typ.3, min.2
T9,lblUQ   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
Uia)5zz8   Order #	Ebmqq#SHjX   Type		REeD?u j   Active Area		h%4~0   Dark Current	tauP1&%oH{   Rise Time
	!NQf< ch   Chip	%@)U/G6s}   Package	Au%Wrk3j   Size	jCdZ}M($   Area	j>0SE   M=100	o %QhV6(F   M=100 20V 50Ω
			zcbA)    mm	#<^/yoH7C6   mm2	LKoM\g(   nA	Vz+=ZK r5   ns
9.]Cy8   501810	5[0l08'D   AD100-8	[7CH(o1a&   LCC6.1	AF07KA#   Ø0.1	X,Q6   0.008	=iPd@f"$   0.05	gDjd{+LUo   <0.18
?.|wfBI   501811	w2RESpi   AD100-8	gs)%.k[BqG   LCC6.1f	-+Awm{X_@   Ø0.1	`"1{Sx.   0.008	^.B `Z{Jb   0.05	+5seT}h   <0.18
!S$oaCxM   501812	KD<; ?oN<O   AD100-8	\3@2rW"5   LCC6.1f	G$cq    Ø0.1	Bwi[qw   0.008	"m\UqQGX   0.05	bsmoLT   <0.18
[M zc^I&   500011	OM#OPB rB   AD100-8	Y+Q ,4s   TO52S1	U3d R[*   Ø0.1	*X=f   0.008	S'H0nJ3   0.05	vYTPZ@RL   <0.18
j)SgB7Q   501171	LQ&d|giA   AD100-8	4<K ,w{ I   TO52S3	=G3J.S*Riy   Ø0.1	@a7(* <".   0.008	Aj)<8   0.05	`Mh<S+/   <0.18
cq+M *1;   501078	F.* snF   AD230-8	=.=. \K   LCC6.1	b~jvmcr   Ø0.23	S0o,)`ZB   0.04	@ 8 yE(   0.3	 } k%\   0.18
xuH<=-O>ki   501079	Qak@~b   AD230-8	c75vAKZ2   LCC6.1f	O|g!Y(   Ø0.23	/dP8F   0.04	Q`wA"mw6k   0.3	&Bdt+OQ ;   0.18
?jM7C}   501805	o3[sF   AD230-8	m^s2kB4A[   LCC6.1f	DEeL48{R   Ø0.23	3U.B[7fOM   0.04	nN]vu   0.3	eVK<%r=   0.18
7!840 :a?+   500019	`"-!UkD+   AD230-8	rp[oH=&   TO52S1	4lKbw4[a   Ø0.23	{<{G 1y~   0.04	v'~nABYH   0.3	%D6Wlf+^n   0.18
gm8Tm$fY   500022	QNI|h;D   AD230-8	zinl.8Uk   TO52S3	(7#lN   Ø0.23	<TROs!x$a   0.04	8gKR<X.G   0.3	u2\qg;dP   0.18
g~sNY|%   501496	g~["O!K3   AD230-8	x$b[m20   ODFN2x2	z00:59M4   Ø0.23	=gv/9ce)3   0.04	(cew:z H   0.3	9: |K]y   0.18
{3uSg)   501077	ok_{8z\#   AD500-8	3a[(GW _   LCC6.1	Wn#JYp   Ø0.5	t-'GRme   0.2	R;,HtN   0.5	!eoec2h#5   0.35
<ORz`^27o   501076	d<m>H$\Dm   AD500-8	@"7dk.|   LCC6.1f	P87Fg   Ø0.5	;xH'%W9z   0.2	toZI.cSg4   0.5	$^aXVy5p   0.35
\$ | UFx   501809	kGeME    AD500-8	:DpK{$eCb   LCC6.1f	ojqX#>0K   Ø0.5	E1v<-UPbA   0.2	Ntrn("!   0.5	jCv+m7Z   0.35
zate%y   500030	&t:MWb;   AD500-8	HON[{Oq   TO52S1	_[tBLGXD   Ø0.5	m Dq,,   0.2	| N,nt@~   0.5	*4VP5]!   0.35
5h7DVr!   500305	ne*aC_)bT   AD500-8	g<c^\WG   TO52S2	XArLL5_L   Ø0.5	'Em($A(   0.2	)pH{b]t   0.5	5X-{|r3q   0.35
u)MA#p {   500155	b#^D8_9 h   AD500-8	4f-C]N=   TO52S3	NFPkK?+   Ø0.5	sB!A:   0.2	NtL?cWct   0.5	(o=iX,@'2   0.35
50`r} s}   500947	Z28@yD+   AD800-8	8Qy |;T}   TO52S1	(dZ&Af   Ø0.8	,%<77LE   0.5	KWMH|sxO=   2	0CYI,V   0.7
/n=/WGl   501117	Hc!_o`[{l   AD1100-8	>8- `   TO52S1	kXRD_B5&   Ø1.13	#=m5*}=   1	7c7SU^hD   4-6	4Qs#ws])   1
Ado>)c"*y1   500015	C%h_!z":   AD1900-8	2Hj]QN7"    TO5i	fN; y\!q5   Ø1.95	SY.V_O$l}   3	ps[rYy   15	3f x!\   1.4
Zs)9OJu   501194	Z_/03K$q   AD3000-8	Ft7l/   TO5i	w}?\ Q,   Ø3	,0O!w>u_]J   7.07	kS>j!U(%d   30	uv4jbg}Z+3   2
mqpZby   500160	1l{n`gR   AD5000-8	pK%'S   TO8i	Gl(,%~F9i   Ø5	LE"xZxe   19.63	L;;x%>   60	5NK:94&JE   3
7}MWmS^8j   500002	6$Y1[   AD230-8-2.3G	OXo-(HLE   TO5	?0F#\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.
.x&>H   500003	n=~?BxB   AD500-8-1.3G	gxiJ`.D=   TO5	j"]%6RwM]   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
.,4&/cd   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
j56Y,Tm   Order #	ZWv$K0agu   Type		lsd\ `X5,   Active Area		3)sqAs(   Dark Current	6_7d1.wv9   Rise Time
	G{<wXxq%   Chip	=0A{z#6   Package	8LOzL,Ah   Size	"D+Q T+sD   Area	=e63>*M|   M=100	{u7E)Fdl   M=100
			>2ct1 _   mm	G:UdU{   mm2	wI:oe`?H   nA	m@~HHwj   ns
V6c?aZ,O   501815	*i|hcDk   AD100-9	jU=)4nx   LCC6.1	~0`Pe{^*   Ø0.1	HHdc[pJ0D   0.008	7}xKiHh:   0.1	BJvVZl2h   <0.5
aw~OvnX E   501816	oR~+s&c   AD100-9	Mc.KLz&,FC   LCC6.1f	2- )Ml*   Ø0.1	7+0hIKrFC   0.008	PUI.Un2C_   0.1	0]T ;{   <0.5
0pu'K)Rb   501123	#ws6z`mt   AD230-9	tW(E\#!|p<   LCC6.1	;@sxE}`?g   Ø0.23	=w8* n2   0.04	&" b0`&l   0.5	4; _.|!LN   0.5
d;f,vN(   501817	SkxTgX5   AD230-9	8s|r'   LCC6.1f	 d(k`Yk8   Ø0.23	:D(:(`A=   0.04	L&eO?I=,   0.5	Ros5]5=dP   0.5
X,~8) W   500020	k(Ow.nkb   AD230-9	0<e7!M=U1   TO52S1	4*'NpqC(_   Ø0.23	:D&QGw(n   0.04	9~N7hLT   0.5	z%b3/rx   0.5
&%^[2^H8"   501265	EQg 6*V   AD230-9	L&l>?"_   TO52S1F2	2t_E\W7w+   Ø0.23	')_jK',1   0.04	t #kmtJC   0.5	7/Ew(X8Fs   0.5
wd u>3Ch"y   500023	dNIY`u   AD230-9	k/Cr ^J"   TO52S3	^E>}A   Ø0.23	5o&L|7]   0.04	`,TPd ~#~   0.5	2H4+D)   0.5
Yh"R#   501122	Ey)ox$   AD500-9	DT_012z   LCC6.1	W&GDE   Ø0.5	N$pO] p   0.2	TLi0*)}   0.8	F*}b),   0.55
ZSxKk6n}J   501818	Ie``Wb=   AD500-9	bvZmozbD   LCC6.1f	wtMS<$   Ø0.5	n1$p esr   0.2	@@}A\wA-   0.8	=n%?o Lg^   0.55
60-LpGhvy   500031	\\)3:1X   AD500-9	#uKHw2N   TO52S1	0p![&O   Ø0.5	s|dL.@0,L   0.2	V.;0F%zks5   0.8	,X+071.(   0.55
%xL3=4\   500590	2uV=kqnO   AD500-9	IC7n;n9   TO52S1F2	>KC*xa"   Ø0.5	}?"f#bI   0.2	CEt_wKzf   0.8	&9IMZAo   0.55
2qw~hWX   500306	R~)c(jj5   AD500-9	'Zk&AD ~   TO52S2	/9W-;l{=z   Ø0.5	0G;RMR':5   0.2	o"K{^ L~u   0.8	O]i}r`E8,   0.55
BwrMRMq"   500156	Ix-FJF-   AD500-9	kVZ>Dc2M   TO52S3	}4\>q$8'   Ø0.5	[G4#DP\t>p   0.2	qDOx5.d   0.8	Pqx=j_st   0.55
D6c4tA^EO   501196	G,$RsP   AD800-9	. #EmE'IP*   TO52S1	zLC\Rc4   Ø0.8	rn U2EL   0.5	^BSMlKyB   2	e>y"V;Mj   0.9
L)4TW6IUk   501197	B u*ge~   AD1100-9	&`0heJ 5Yn   TO52S1	3x.|g   Ø1.13	^=F tF9v   1	.,<-lMC+   4	"VB-=. A   1.3
XEY(( VL0   501208	\"5%w *vl   AD1500-9	@R(6w{h9   TO5i	67')nEQ9   Ø1.5	gey`HhZp)   1.77	lRX*\M\`   2	x}].lTjD   2
ES<"YF   501198	2y v'DS   AD3000-9	UACWs3`s+   TO5i	p8Ts5n   Ø3	q?e97a   7.07	Hq< Vk.Nk   30	Ri"3o   2
N:Q}Lil   500161	,=R->~ J   AD5000-9	sGc4^Z%l?   TO8i	gNo.&G [   Ø5	C$-IDBXK   19.63	O5LB&s   60	/t(dhz&xN   3
0r.*7aXu   500756	J}nE,U 2   AD230-9-400M	b-;+&Rb   TO5	xW#r)aN]p   AD230-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
K.dgQ-vn   500490	OtrO"K   AD500-9-400M	v](7c2;   TO5	Cn[`]   AD500-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
PG Oi#x   Multi-Element Array
:(!il?   501099	BJ@tUn   8AA0.4-9	d/j$_NQ&!   SOJ22GL	{ P&l`   APD Array 8 Elements, QE>80% at760-910nm with NTC
5NZob<<   501098	6&`.C/"2   16AA0.13-9	x3MV"hm2   SOJ22GL	]o6Or,ml   APD Array 16 Elements, QE>80% at760-910nm with NTC
O)kC[e4   500038	CY<,p $   16AA0.13-9	)K4 |-<i   DIL18	Z1wN+Y.CA   APD Array 16 Elements, QE>80% at760-910nm
w<lHY=z E   501097	2n2{Oy>L   16AA0.4-9	EX~ U(JB6   SOJ22GL	9P#E^;L   APD Array 16 Elements, QE>80% at760-910nm
{*r*+}@   50130802	-y1%c^36_J   25AA0.04-9	X@*$3z#Z   BGA	~B' K_#   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
:[ F`tDL   50130802	j{C+`~O   25AA0.16-9	35%'HFt_   BGA	np}F [v   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
eva-?+n\q   50130702	@V Bv}Jo   64AA0.04-9	Eb7qM.Q] &   BGA	H-K,Q%;C@   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
T@;z o8:   501207	cor?#   QA4000-9	RXP0 4   TO8Si	0C#1/o)o   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
)@DH&   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
)2C_6eR   Order #	,^3eMn   Type		/%\E2 +6   Active Area		a)$"   Dark Current	0K <@?cI   Rise Time
	_ %Sorr   Chip	.Wv2aJq   Package	lpQsmd#   Size	2-Y%W(bEzs   Area	9&q<6TZz   M=100	&~ QQZ]q6   M=100 1064nm
			o >mZ$   mm	j(F &*aH78   mm2	W X&Man!f   nA	h7c8K)ntnf   ns
^} P|L   500953	J?&lpsB3_l   AD500-10	al$G OMi   TO5i	))^rk6   Ø0.5	B<i)je!   0.2	T>2)YOx   1.5	=|O`al   4
8'Sw?FbVA/   501233	^B8%Re%   AD800-10	!:P F |dZ   TO5i	pRe, B'&   Ø0.8	( >zXapb2   0.5	P*_ !^2   3	z1X Fc*5   5
) E.KB6   500883	s7e)Mt   AD1500-10	*9M 5'   TO5i	rT9 <_<   Ø1.5	%wn|H>   1.77	y Dg   7	A rC4pT   5
- ?_aYJ   50123401	 0|E!e   AD4000-10	rK)aR   TO8Si	0Po",\^   Ø4	E5qh]z(   12.56	p!BZTwP   50	6C@,&2<yK   6
*@[DG)N   501387	L/dG0a@1X   AD800-10	=$;i   TO8S	#D~atgR   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
RO?5WJpPj   Multi-Element Array
>U .TkB   501174	q'~?azg:   QA4000-10	F!OVx<   TO8Si	5m{!Rrb   Quadrant Avalanche Photodiode, High QE at850-1070nm

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