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。 1(i>Vt.+  

{g- DM}q   Series 11: Blue sensitivity enhanced (forbiomedical applications)
bVeTseAG   Order #	MH.,s@   Type		hcgc =$^   Active Area		ww($0A`ek   Dark Current	Uo}&-$B   Rise Time
	0Ad~!Y+1   Chip	V"H7zx   Package	b H?qijrC   Size	Dw=Z_+J   Area	H 1D;:n   M=100	?GNF=#=M   410nm 50Ω
			:#[_Osmf(   mm	:dguQ|e   mm2	E)O|16f|>   nA	9I\3T6&tr   ns
|NU0tct^   500970	.Sr:"SrT   AD800-11	x"8ey| @&,   TO52S1	paNw5] -   Ø0.8	v$m[#&O^V?   0.5	e4Ox`gLa*p   1	E^ok`wfO   1
),]2`w&k   500967	S[~O')   AD1900-11	*fl{Y(_OO   TO5i	dA} 72D?   Ø1.95	qX+gG",8   3	'K3s4x($   5	I\upnEKKzZ   2
|R;l5ZKvV   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
7p.h{F'A   Order #	"P'&+dH8   Type		%x6Ov\s2   Active Area		w2d]96*kQe   Dark Current	ZjZhz`   Rise Time
	'dc+M9u)_q   Chip	hOB\n!   Package	\$'m^tVU   Size	bqrJP3   Area	R6Zj=l[   660nm M=100	3_MS'&M   660nm 50Ω
			(.,'}+1   mm	IE)"rTI)b   mm2	8pPC 9ew\=   A/W	FKox0Jmh=   GHz
(]Ye[j^"7   501828	n#>.\F   AD100-12	7wQ+giu   LCC6.1	ojx'g8yO   Ø0.1	5e)6ua,   0.008	~`2&'8   50	#*$_S@   typ.3, min.2
y~ _za(k   501829	%i$M/C"(   AD100-12	X 45x~8f   LCC6.1f	<!~1{`n%9J   Ø0.1	+YkW[a\4   0.008	A mI>m   44	0+}EA[   typ.3, min.2
Z'Exw-ca   501831	oWp}O?   AD100-12	.?rbny   TO52S1	zb;(?!Bd#   Ø0.1	y9C;T(oi;   0.008	rGnI(m.   50	VYamskK[G:   typ.3, min.2
U{uPt*GUd/   501157	!/Iq{2LX   AD230-12	DS:>/m>)   LCC6.1	k0|`y U   Ø0.23	7fju   0.042	AH2_#\   50	x&C%4Y_]   typ.3, min.2
0R HS]cN   501156	<<=e9Lh   AD230-12	?a5h iN0   LCC6.1f	1,"I=   Ø0.23	zL:&Q<   0.042	PiMKu|,3   44	o84UFhm   typ.3, min.2
gq'>6vOj   501820	/?KtXV>]   AD230-12	pOC% oj   LCC6.1f	Y5dD|]F|   Ø0.23	G2.|fp_}pG   0.042	+|y* }bG   44	d<Ggw#}:m   typ.3, min.2
-S"5{N73   501162	@#RuSc   AD230-12	0b/ir2   TO52S1	I eG=J4:*   Ø0.23	'X7%35Y   0.042	V0K16#}1gM   50	JD6aiI!Su   typ.3, min.2
x_*%*H   501155	fUC9-?(K   AD500-12	d/3J' (cq   LCC6.1	I@2uF-   Ø0.5	&&=[Ivv   0.196	GCDwWCxh   50	#j;Tb2&w   typ.3, min.2
|]`hXr   501154	NXpmT4   AD500-12	w OI^Q~   LCC6.1f	`@[l\.Vt:   Ø0.5	[J^   0.196	*?/tO, R?   44	[4sEVu}   typ.3, min.2
+`@M*kd   501819	:0$a.8Y\++   AD500-12	v??TJ^1   LCC6.1f	u*3NS$vH   Ø0.5	=;0wFwSz   0.196	ohUdGO[/   44	hi ~}   typ.3, min.2
"#yJHsu]   501163	VYZU eh   AD500-12	cHx%Nd\   TO52S1	nVE9^')8V   Ø0.5	0Vkl`DmeM.   0.196	j[I`\"   50	(hIF]>,kl   typ.3, min.2
`K*b?:0lp   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
X'f.Q   Order #	~vHk &r]|   Type		cvnB!$eji   Active Area		*O,H5lwU   Dark Current	;}qhc l+   Rise Time
	G O{.9_2   Chip	:_ROJ   Package	~. YWV   Size	5;\gJf   Area	$Az^Y0[D   M=100	|Os6V<u"   M=100 20V 50Ω
			sV/l5]b]   mm	8S]".   mm2	:IMdN}(L   nA	\8S~c8Z~   ns
f$.?$   501810	7Vu?   AD100-8	Df4+^B,1   LCC6.1	ljC(L/I   Ø0.1	:Zt2'vcGpf   0.008	!z 53OT!   0.05	Tlq-m2]   <0.18
F(5hmr   501811	?YQPlv:<o.   AD100-8	R\mR $\cS   LCC6.1f	IvHh4DU3Z   Ø0.1	[kV;[c}   0.008	H#i{?RM@l   0.05	\3Pv# )   <0.18
FOwnxYGVf   501812	!345 %,   AD100-8	DC+b=IOz   LCC6.1f	S0d~.ah30   Ø0.1	d>0+A)6>   0.008	M;w?[yEZ   0.05	HOoPrB m   <0.18
,CvG 20>   500011	:#5xA?=* S   AD100-8	'G&{GVbXY   TO52S1	omSM:f_~   Ø0.1	vI1i,x#i   0.008	rH8@69,B   0.05	6e,xDr   <0.18
0(U#)   501171	^n1%OzGK#   AD100-8	m)v''`9LU   TO52S3	g{IF_ 1   Ø0.1	t_z,>,BqJ   0.008	F&RgT1*   0.05	;U9J++\d<A   <0.18
*&BnF\?m   501078	}`(N:p   AD230-8	P{ OAV+cG   LCC6.1	KRAcnY;u   Ø0.23	t. T UmJ   0.04	v+7kU=   0.3	?BA]7M(,4   0.18
b[9&l|y^   501079	mw$r$C {   AD230-8	K6/@]y%Wr   LCC6.1f	Q?b14]6im   Ø0.23	:W#rhuzC   0.04	YB<*"HxM)}   0.3	MP Z3D9   0.18
j#r6b]k(Hv   501805	>Y7a4~ufko   AD230-8	[^CV>RuO   LCC6.1f	Y3.$G1{#0w   Ø0.23	q6Rr .A   0.04	:Z`:nq.a   0.3	&|>S|   0.18
m>USD?i   500019	o#) {1<0vg   AD230-8	'c2W}$q   TO52S1	=4V&*go*\   Ø0.23	^;!0j9"*:   0.04	2M#M"LHo   0.3	glDcUCF3   0.18
lC:k7<0Ji   500022	^b:(jI*l   AD230-8	&'cL%.   TO52S3	X%z }VA   Ø0.23	ojYbR<jn9   0.04	mxor1P#|   0.3	!cKz7?w   0.18
Lg8nj< TF   501496	bvfk   AD230-8	mc=LP>uoS   ODFN2x2	4XVCHs (   Ø0.23	3bO(?l`3h   0.04	R1Sy9x .   0.3	COH<Tj   0.18
:0Z^uuk`gq   501077	"KcA   AD500-8	c/c$D;T   LCC6.1	N0hE4t   Ø0.5	f{SB1M    0.2	YK|bXSA[   0.5	_|h8q-[3   0.35
hW{j\@R   501076	x.Q&$#   AD500-8	&-(463   LCC6.1f	Kw#so; e   Ø0.5	/cc\fw1+   0.2	>S$Z   0.5	gV&z2S~"   0.35
.<kqJ|SVi   501809	'SQG>F Uy   AD500-8	\u6^Varw   LCC6.1f	^vG8#A}]   Ø0.5	9UvXC)R1   0.2	Mq';S^   0.5	N !TW!   0.35
!w&kyW?e   500030	oK 6(HF'&   AD500-8	<n3!{w3<   TO52S1	3fN.bU9_   Ø0.5	OY?y^45y   0.2	Df3rV'/~   0.5	R8.CC1Ix   0.35
Y@PI {;!   500305	2NB L}x   AD500-8	q^6+!&"   TO52S2	L(X6-M:   Ø0.5	lJ@][;   0.2	O%r;5kP   0.5	Web|\CH   0.35
7FRmx4(!   500155	~c6}   AD500-8	^ns@O+Fk   TO52S3	{rcnM7 S1L   Ø0.5	]9\!;Bz^J   0.2	j <o3JV   0.5	~axjjv   0.35
kI%%i>Y}   500947	k}~O}~-   AD800-8	mFHH515   TO52S1	jsNF# yE>   Ø0.8	PTj&3` v   0.5	[Y`,qB<B   2	xLx]_R()   0.7
j(~ *'&|(   501117	4b:s<$TZ   AD1100-8	|ae975   TO52S1	qc-mGmomL   Ø1.13	hR.@b*q?R   1	^B+!N;   4-6	-,["c9'3   1
Mg^e3D1_   500015	Un6/e/6,   AD1900-8	=|=.>?t6Z0   TO5i	n`4K4y%Dy}   Ø1.95	KM`eIw>8   3	`_&Vt=7lG   15	/Wf^hA   1.4
UUMtyf   501194	8Dvazg}4   AD3000-8	HI@syFaJM   TO5i	5aa<qtUjH   Ø3	o-o'z'9   7.07	Uo-`>7   30	J/3_C6U Z   2
A=kH%0s2p@   500160	u a\,->   AD5000-8	}6 K^`!   TO8i	3"{.37Q   Ø5	~,2/JDVJ5-   19.63	iPrLwheb   60	YZ+RWu9K   3
mq%<6/YU   500002	\o';"Q1H   AD230-8-2.3G	5y?-fT]X   TO5	c*R/]Dn   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
LzCw+@-umw   500003	Q~Z=(rP20   AD500-8-1.3G	z.}[m,oTF   TO5	wM|"I^[   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
;}'D16`j   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
Y \:0Ev   Order #	Ve 4u+0   Type		a/< Csad   Active Area		|c`w'W?C6   Dark Current	mJM_2Ab   Rise Time
	+[xnZ$Iev   Chip	=V^.}WtO   Package	r0m*5rd1   Size	z'`y,8Y1l   Area	4WB-Ec   M=100	TB;o~>9U   M=100
			^OErq&`u   mm	~i.k$XGA   mm2	$t/x;<.H   nA	CR|lt   ns
)+Oujt   501815	nB] >!q   AD100-9	3 LdQ]S   LCC6.1	x1ztfJd   Ø0.1	B*gdgM*`   0.008	q5L51KP2   0.1	5cWw7V<m   <0.5
$u/E\l   501816	lKgKtQpi   AD100-9	1 tR_8lC   LCC6.1f	S'HnBn /   Ø0.1	CwJDmz\tk   0.008	JBnKK   0.1	AO UL^$&   <0.5
RNQK   501123	5 Qoew9rA   AD230-9	|_G )qp;   LCC6.1	8 B**8yg.   Ø0.23	b^[F""!e   0.04	oc^Br~ Th   0.5	dZ _zg<   0.5
4hw@yTUo   501817	[NFNzwUB   AD230-9	6K-5g/hL   LCC6.1f	+S))3 5N[   Ø0.23	( 9]_ HW[   0.04	f>ZyI{   0.5	rcGb[=Bf   0.5
!cGDy/|   500020	z%/N!RLW   AD230-9	y^;l*qq   TO52S1	;@ [ 0x   Ø0.23	jzK5-;b   0.04	~n/ $   0.5	h!m_PgRSs   0.5
BYKoel   501265	FEo269Ur   AD230-9	\(">K   TO52S1F2	?h!i0Rsm   Ø0.23	LOTP*Syjf   0.04	=~I-]4   0.5	lHZU iB   0.5
.Q)|vq^   500023	fBQ?|~:n   AD230-9	^'jEnN(   TO52S3	s[gKc'   Ø0.23	oBUxKisW   0.04	'Z`$n8   0.5	s :`8ZBz~   0.5
vLxQ *50v$   501122	\cLSf=   AD500-9	?EX"k+G   LCC6.1	X w.p   Ø0.5	?:Y#Tbi3   0.2	Yhp]x    0.8	vzn{h)D   0.55
y ?G_y   501818	^2wLxXO6   AD500-9	`nO71mo   LCC6.1f	dCu'>G\bP   Ø0.5	I!wX[4p eg   0.2	=H<0o?8?c   0.8	"KJ%|pg_C   0.55
}Yv\0\~'W|   500031	~}ET?Q7t   AD500-9	> *$;   TO52S1	>h+349   Ø0.5	B4XZko(   0.2	mQ}ny(K'   0.8	kw`WH)+F   0.55
S^Au#1e    500590	+wW@'X   AD500-9	_hG;.=sr   TO52S1F2	RwVaZJe)l   Ø0.5	*;|`E(   0.2	VYw%01#   0.8	{7MjP+\   0.55
`c+/q2M   500306	umLb+GbI4   AD500-9	%c)[ kAU!   TO52S2	 Yav2q3   Ø0.5	d1joVUYE   0.2	8q)=   0.8	71C42=AU   0.55
vB!|\eJ   500156	hO[3Z^X   AD500-9	N-w(e   TO52S3	/+e~E;3bO   Ø0.5	N cCvm#   0.2	6Fy@s   0.8	IaFr&   0.55
nY $tp   501196	m+itno   AD800-9	fa.0I~   TO52S1	6b~28   Ø0.8	{0!#>["<   0.5	D@X+{   2	-RJE6~>'\   0.9
CVXytS?@x   501197	_y .]3JNm   AD1100-9	nW?R"@Zm   TO52S1	]IJv-(   Ø1.13	G%u9+XV1#   1	7+w'Y<mJ   4	+rWZ|&r%   1.3
}%n5nLU`   501208	!MQN H   AD1500-9	u&QKwD Uh   TO5i	GD-&_6a   Ø1.5	@;wzsh >o   1.77	y33~HsOJ   2	si(;y](   2
)R{UXk3q}   501198	3]JZu9#   AD3000-9	<@bA?FY   TO5i	^Jp*B;   Ø3	o/^;@5\   7.07	+f4W"t   30	pJ,@Y>   2
wHsB,2H   500161	%IBL0NQT   AD5000-9	(foBp   TO8i	UBO ^EVJ   Ø5	YnV/M,U   19.63	3}&ZOO    60	&~5=K   3
8(X0 :   500756	K^%-NyV   AD230-9-400M	!D.0 (J   TO5	TA}UY7v   AD230-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
o4=Yu7L   500490	hv)7H)|l~]   AD500-9-400M	6&2LWaWMo$   TO5	"PpjoM ~   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.
lj&>cScC   Multi-Element Array
{,O`rW_eS   501099	CBD_ a#K{   8AA0.4-9	nbdGt   SOJ22GL	fAj2LAK   APD Array 8 Elements, QE>80% at760-910nm with NTC
f1+qXMs   501098	7el<5chZ   16AA0.13-9	p {%t q$}.   SOJ22GL	Ri?\m!o   APD Array 16 Elements, QE>80% at760-910nm with NTC
1 "K*._K   500038	:X .,   16AA0.13-9	0kCQ0xB[a5   DIL18	qjC_*X!   APD Array 16 Elements, QE>80% at760-910nm
oJaAM|7uv   501097	W7G9Kx1Y   16AA0.4-9	2DMrMmLI   SOJ22GL	J l7z|QS   APD Array 16 Elements, QE>80% at760-910nm
r25Z`X Z   50130802	fB#XhO   25AA0.04-9	,9/5T:2   BGA	Q2~5"   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
~-Oa8ww   50130802	/BHepD}   25AA0.16-9	~LE[, I:q   BGA	Z6=~1'<X   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
lg/sMF>z\f   50130702	Rlc$;Z9K   64AA0.04-9	U|fTb0fB   BGA	Ge}$rLu]0   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
cNP/<8dq   501207	s'2Rs^,hN   QA4000-9	\K`jCsT   TO8Si	l`rC0kJ]   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
_Dq Qfc%   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
kr_oUXiX   Order #	Hql 5oA   Type		y1(P<7:t?   Active Area		  8Uj:   Dark Current	Ku%6$C!,   Rise Time
	3YTIH2z5   Chip	$Qq_qTJu?G   Package	>rR f9wO1l   Size	r>3^kL5UI   Area	{,V$*   M=100	q,,j',8kq/   M=100 1064nm
			;6<zjV7}   mm	+sn2Lw!^   mm2	u_'nOle K   nA	eti9nPjG   ns
]%XK)[:5_=   500953	:_c*m@=z(   AD500-10	YmCbxYa7   TO5i	?N#[<kd   Ø0.5	Es :6   0.2	U(3(ZqP   1.5	[#X|+M&u6   4
PdM*5g4   501233	o4'v> b   AD800-10	 [`bZ5*&   TO5i	6~:+:;   Ø0.8	6<76O~hNZ   0.5	z+6QZQk   3	D% @KRcp^b   5
#O6 EP#B   500883	foyB{6q8   AD1500-10	104!!m   TO5i	/d]~ly @uI   Ø1.5	<%rh/r   1.77	p)z-W(   7	4@))OD^x   5
g$gS7!u,   50123401	@$ ftG   AD4000-10	5h(jeT8"   TO8Si	B$DZ]/<   Ø4	l qXc   12.56	4a 4N C   50	~1d!hq?/q   6
M4H"].Zm   501387	:s-EG;.   AD800-10	-Qg,99M   TO8S	9RB`$5F;   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
z1}1*F"   Multi-Element Array
pDmK   501174	n`QO(pZ6+   QA4000-10	1(#RN9    TO8Si	CnQg*+   Quadrant Avalanche Photodiode, High QE at850-1070nm

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