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 \1t K{  

I)I,{ xT4   Series 11: Blue sensitivity enhanced (forbiomedical applications)
&(3kwdI   Order #	FglCqO}   Type		syhTOhOX   Active Area		:{?8rA5   Dark Current	{ ^ 1s   Rise Time
	+[M5x[[$   Chip	';4DUhp   Package	T<kyxbjR   Size	R}7>*&S:   Area	]@_M )[ x   M=100	j/_@~MJBt   410nm 50Ω
			jrT5Rw_}q   mm	}8J77[>/   mm2	Rdao   nA	g-j`Ex%   ns
n}X)a-=   500970	*kE2d{h^=C   AD800-11	_UKH1qUd4   TO52S1	6n37R#(   Ø0.8	Vvu+gP'z.   0.5	!^BXai/   1	1^rODfY0   1
{FyGh */   500967	qV0C2jZ2   AD1900-11	3Qmok@4e)   TO5i	e{@TR x   Ø1.95	4SSq5Ve<   3	j;@7 V4'   5	Iu`eQG   2
)>08{7   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
TZL)jfhj   Order #	#|`/K[.xd%   Type		`~Nd4EA)2   Active Area		!Ziq^o.   Dark Current	Z[:fqvXQ   Rise Time
	9NvV{WI-1   Chip	2^N 4(   Package	qg?O+-+   Size	8_WFSF^   Area	]p>6r*/nw   660nm M=100	vy\;#X!   660nm 50Ω
			c!"&E \F   mm	$>zLa_cn|   mm2	J2H/z5YRJ4   A/W	UV8,SSDTV   GHz
RbUBKMZU   501828	(@Q@B%!!K   AD100-12	#UGm/4C   LCC6.1	Q-78B'!=   Ø0.1	r J'm>&Ps   0.008	5at\!17TY   50	Y%OE1F$6NN   typ.3, min.2
ilL] pU -   501829	biFy*+|   AD100-12	QU0K'4Yx5j   LCC6.1f	J2VhheL`J   Ø0.1	RGy4p)z*+   0.008	J8w#J   44	N9IBw',   typ.3, min.2
Dn;6O   501831	T.nY>Q8   AD100-12	AK%2#}k.   TO52S1	v7"' ^sZ?   Ø0.1	Kj;gxYD>6   0.008	\P% E1c#   50	BhC.#u/    typ.3, min.2
KsI[   501157	Qm86!(eZ-   AD230-12	r<4FF=   LCC6.1	bQc-ryC+.   Ø0.23	{iiHeSD   0.042	.} <$2.   50	\5.36Se   typ.3, min.2
R /J@XP   501156	a!YpSFr   AD230-12	"F%w{bf   LCC6.1f	h;105$E1   Ø0.23	'&4W@lvyz   0.042	=9@{U2 =l   44	 9')   typ.3, min.2
o!6gl]U'y9   501820	3}{od$3G   AD230-12	Oi#F   LCC6.1f	3>%oGbo   Ø0.23	*{|{T_H:   0.042	NU>={9!   44	g2;!AI5f   typ.3, min.2
R/5aIh   501162	m":lKXpQ   AD230-12	pj?wQ'   TO52S1	lJHV c"*/   Ø0.23	Z}74% 9qE   0.042	K4938 v   50	r(9#kLXg   typ.3, min.2
a~>.   501155	n<47#-   AD500-12	&wc%mQV   LCC6.1	Xk=bb267   Ø0.5	JD1IL` ta;   0.196	;w,+x 7   50	,{=pFs2   typ.3, min.2
B;f\H,/59   501154	P9(]9np,,   AD500-12	e@[9WnxYe   LCC6.1f	+RLHe]9&   Ø0.5	$*EK v'g[n   0.196	S !Dq8   44	CSF-2lS G   typ.3, min.2
o'nju.'   501819	&K Ti[   AD500-12	z3RD*3b   LCC6.1f	{.=4;   Ø0.5	O3,IR1   0.196	-90qG"@   44	t# cm|   typ.3, min.2
Hrb67a%b   501163	Ubtu?wRBW   AD500-12	D*!p8J8Ku   TO52S1	YCJcDab   Ø0.5	s~OGlPK   0.196	[k)xn3[   50	pU4k/v555;   typ.3, min.2
]ADj9   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
h>>KH*dQ   Order #	q1C) *8*g   Type		# NU;$&   Active Area		o/Z   Dark Current	K/)*P4C-   Rise Time
	t+C9QXY   Chip	|l5ol@2*   Package	vFuf{ @P   Size	lP$bxUNt   Area	QoagyL   M=100	j*2Q{ik>J   M=100 20V 50Ω
			,+`1/   mm	N>8pA)   mm2	v X=zqV   nA	_^{!`*S   ns
/F#_~9JXG   501810	cBxBIC   AD100-8	/W4F(3oM   LCC6.1	pv/LTv   Ø0.1	X~ca8!Dq   0.008	<G d?,}\   0.05	Ln~Z_!   <0.18
$nX4!X   501811	!nX}\lw   AD100-8	\1k(4MWd   LCC6.1f	;%u'w;sgq   Ø0.1	fb8"hO]s   0.008	j+B+>r^   0.05	WJCh{Xn%*   <0.18
>GRL5Iow   501812	(?luV#{5   AD100-8	p72:oX\QI   LCC6.1f	/{|<3CEe   Ø0.1	0MV^-M    0.008	Iud]*5W   0.05	/$]#L%   <0.18
Ww(($e!   500011	Jptzc:~B   AD100-8	DyZe+,g;S   TO52S1	&hciv\YT2W   Ø0.1	g~zz[F 8U   0.008	.23z\M8 -   0.05	.u u[f2.N+   <0.18
;'^5$q   501171	WD"3W)!   AD100-8	<p_r{    TO52S3	G$hH~{Y$   Ø0.1	r3OTU$t?   0.008	HiTn5XNf   0.05	jt({@;sU[<   <0.18
v=-8} S   501078	z:m`   AD230-8	a[Q\8<   LCC6.1	`R}q&|o7<   Ø0.23	`O:ecPD4M   0.04	G@4ro<   0.3	o6{[7jI   0.18
P=Au~2X   501079	H.sYy-_]F   AD230-8	f 7g?{M   LCC6.1f	B.zRDB}i=   Ø0.23	cmw2EHTT<   0.04	O\=U'6@   0.3	]{tnNr>mv   0.18
P!;%DI!<b   501805	%Se@8d8   AD230-8	xG802?2i/;   LCC6.1f	$UgQ1Qc   Ø0.23	?Hb5<,1u3   0.04	T]&% KQ   0.3	)3 W`>7>   0.18
Fpz)@0K;   500019	*pu ,|   AD230-8	NGA8JV/U   TO52S1	-\Y"MwIED   Ø0.23	O<A$,<67   0.04	{*/&`$0lH|   0.3	P>*B{fi^   0.18
a4zq`n|3U   500022	?*2DR:o>@   AD230-8	Mqy5>f)   TO52S3	0?]Y^:   Ø0.23	v() wngn   0.04	0nz=whS{   0.3	k!{0ku}]   0.18
&$\B&Hp@   501496	 ,\HZIl[8   AD230-8	p2v+sWO   ODFN2x2	]n8 5.DF   Ø0.23	rQ_!/J[9   0.04	6P0\t\D0   0.3	h.A@o#x   0.18
jRk"#:   501077	PP2>v|   AD500-8	.?16w`Y   LCC6.1	m|:O:<   Ø0.5	!=C74$TH   0.2	&#keI.,   0.5	]Wc:9Zb   0.35
/S}4J"   501076	jH4,-   AD500-8	aan)yP   LCC6.1f	$#b@b[h<w   Ø0.5	8'niew 5d   0.2	-E*VF{IG1   0.5	{LwV&u(   0.35
l ~b   501809	5_|Sm=   AD500-8	-y@# ^SrJ   LCC6.1f	,*y\b|<j   Ø0.5	)D_\~n/5   0.2	anM]khs?   0.5	td}%reH   0.35
_LVi}mM   500030	,Pq@{i#   AD500-8	!>n^ ;u   TO52S1	dX720/R   Ø0.5	@X$~{Vp__   0.2	!foiGZ3g   0.5	|%V-|\GJ~j   0.35
n86=1G:%   500305	e-4 Qw#cw   AD500-8	lQkCA-   TO52S2	r5k{mV+   Ø0.5	fz9 ,p;b   0.2	q6A"+w,N   0.5	Rxl )[\A*   0.35
I%8>nMTJ   500155	JB}jt)ol%   AD500-8	[]\=(Uc;   TO52S3	I1J/de,u   Ø0.5	M5C%(sQ$   0.2	4!l%@R>O2   0.5	Hzn6H4Rc   0.35
Cyn_UE   500947	@(b;H0r~   AD800-8	acPX2B[jJ   TO52S1	AA&5wDMV>   Ø0.8	?y1G,0,   0.5	T@{}!   2	xE0'eC5n^   0.7
@xqjAcfg   501117	`A\|qH5`W   AD1100-8	t XbMP   TO52S1	7uI~Xo?N   Ø1.13	:!c NkJa   1	^U5g7Emf   4-6	?'jRUfl    1
Xy[*)<   500015	4:50dj   AD1900-8	hFiJHV   TO5i	}O7!>T   Ø1.95	x2_?B[z   3	:m{;<LRV   15	v}>5!*   1.4
l ;fO]{   501194	HW"';M%   AD3000-8	It@1!_tO2   TO5i	x&['g*[L0   Ø3	 4u.v7r   7.07	?h1r6?Sug{   30	)W0zu\fL =   2
W ["c3c   500160	v ?OIK=Xm   AD5000-8	}Q<cE$c   TO8i	SI~MTUqt   Ø5	5(qc_~p^   19.63	/,`40^U}   60	$z":E(oy   3
3<:m;F*#   500002	ww^!|VVa   AD230-8-2.3G	{0?]weN*   TO5	NZaMF.   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
$!m (S&f   500003	%s(Ri6R&   AD500-8-1.3G	%1jlXa   TO5	Q"Ur*/-U   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
J;mvD^`g   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
{CVn&|}J   Order #	Xb'UsQ   Type		tAxS1<T4   Active Area		Gd:fh5u':   Dark Current	>ow5aOlQ&   Rise Time
	' Akt5q   Chip	`{ 6K~(   Package	~V:@4P   Size	^~65M/   Area	5m(V(@a3   M=100	?A\[EI^   M=100
			fMSB   mm	S@WzvM   mm2	YS|Ve*t(L=   nA	q<2b,w==   ns
tXu_o6]   501815	+|OrV'   AD100-9	PRpW*#"EI   LCC6.1	m~xO;_m   Ø0.1	{rE]y C^   0.008	E5EA k6   0.1	017(I:V?(:   <0.5
<lxE^M   501816	~,: FZ1wh   AD100-9	x*}*0).   LCC6.1f	l^"HcP6   Ø0.1	PL6f**{-   0.008	Fb:Z.   0.1	U$+G9   <0.5
FJYc*l   501123	g,,'Pdd7Pn   AD230-9	U`HSq=J   LCC6.1	.V.x0   Ø0.23	s<;kTReA   0.04	r:QLO~l/   0.5	WXgGB[x   0.5
/A{/   501817	XFx p^   AD230-9	'GJ'Vli   LCC6.1f	fZ6"DJZ   Ø0.23	 PRyZ; @   0.04	8F#z)>q~   0.5	VBe.&b8   0.5
r: :LQ$   500020	61"w>;d6   AD230-9	rgOc+[X   TO52S1	k:JlC(^h   Ø0.23	ow!NH,'Hy   0.04	x_K8Gr#Z0   0.5	6$k"B/k   0.5
u#&ZD|   501265	UW?(-_8   AD230-9	BA 9c-Ay   TO52S1F2	/ ~\ I   Ø0.23	>#[u"CB   0.04	:Q@qR((&o   0.5	&P,z$H{o@   0.5
Dno'- {-   500023	ET[vJnReC   AD230-9	^jiYcg@_[   TO52S3	]?$eBbt   Ø0.23	dhAkD-Lh   0.04	l)^sE)   0.5	9BA*e-[   0.5
j0F' I*Z3   501122	`1T?\   AD500-9	~g_]Sskf7   LCC6.1	(> {CwtH][   Ø0.5	#,4CeD|(D,   0.2	F}C.F   0.8	{@7{!I|eD   0.55
q#n0!5Lv2   501818	K\2UwX   AD500-9	.e,(}_[[<   LCC6.1f	S.#IC lV   Ø0.5	`]q>A']Dl   0.2	UDUj   0.8	6hvmp   0.55
1;Dug   500031	\~O}V~wE   AD500-9	,8vqzI   TO52S1	-x)zyq6   Ø0.5	;<9 dND   0.2	=%\y E0#   0.8	p903*F^[,   0.55
"")I1iO g   500590	rphfW:   AD500-9	u0M? l   TO52S1F2	Y\sSW 0ZX   Ø0.5	AusCU~:>   0.2	M2.Pf s   0.8	=DT7]fU   0.55
f'2Ufd|J|   500306	X9YYUnR2   AD500-9	EC]b]'._   TO52S2	c~0hu*&   Ø0.5	)U~,q>H+ %   0.2	=y>g:}G7   0.8	*_aeK~du.   0.55
eVVm"96Q.;   500156	"/O`#Do/   AD500-9	\"X<\3z2   TO52S3	'|9fDzW"]   Ø0.5	,xJ1\_GI`   0.2	PS13h_j   0.8	OjUZ-_J   0.55
n&`=.[+A   501196	S"/M+m+ ]   AD800-9	is2OJ,   TO52S1	ZE!dg^-L   Ø0.8	:+G1=TuXw~   0.5	:ziV3jRM   2	$Eo)i   0.9
TxN'[G   501197	BaLvlB   AD1100-9	905%5\Y   TO52S1	cr&sI=i   Ø1.13	bm &$wf   1	#K5)Rb-H   4	mX2(SFpJar   1.3
RP"YSnF3   501208	}AZ0BI,TI   AD1500-9	c']3N   TO5i	6zJ<27   Ø1.5	sn4wd:b7%   1.77	u+&t"B   2	g.&n X/   2
F@76V$U.   501198	'`/Qr~]   AD3000-9	3kA hvL   TO5i	sbxOnwP\   Ø3	E%?X-$a   7.07	DvBL#iC   30	~w&_l57   2
\fHtk _   500161	':}   AD5000-9	jO|D#nC   TO8i	[SFX;v!9   Ø5	^9{mjy0Q   19.63	0""t`y&   60	ot"3 3I   3
ifA)Ppt<`   500756	&vDK6w,   AD230-9-400M	yJ\K\\]   TO5	*0K@^Db-   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.
-2{NIF^H   500490	XS L*e   AD500-9-400M	4\cJ}p}LZ{   TO5	6 J&_H(^   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.
$50/wb6s   Multi-Element Array
&2~c,] 9C   501099	HF2w?:   8AA0.4-9	XM9}ax   SOJ22GL	s/;iZiWK   APD Array 8 Elements, QE>80% at760-910nm with NTC
rF/k$_bFt   501098	~^<ju6O'   16AA0.13-9	6AM-^S@   SOJ22GL	:y>$N(.8f   APD Array 16 Elements, QE>80% at760-910nm with NTC
b3>`%?A   500038	(?G?9M#7_   16AA0.13-9	x&ngCB@O   DIL18	r )EuH. z   APD Array 16 Elements, QE>80% at760-910nm
E{Tvjh+   501097	}mZsK>   16AA0.4-9	l*v6U'J   SOJ22GL	Wfw6(L   APD Array 16 Elements, QE>80% at760-910nm
gc ce]QS   50130802	!|G 8b'   25AA0.04-9	BIBBp=+   BGA	;tBc&LJ?   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
U{8]TEv   50130802	^an3&   25AA0.16-9	O&]P u5   BGA	}i)^?@   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
qs["&\@   50130702	F2B9Q_>P   64AA0.04-9	@@?P\jv~   BGA	G2   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
jm~qD T,   501207	uxxS."~   QA4000-9	rZ|!y ~S|   TO8Si	'S[&-D%(3   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
L.%N   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
12Lc$\3P   Order #	Po ,zTz   Type		ls^|j%$J   Active Area		82EH'C   Dark Current	q1|! oQ   Rise Time
	/C'dW   Chip	8[z<gxP`?   Package	|i}5vT78   Size	7QOQG:-   Area	0~)_/yx?S   M=100	3U_,4qf   M=100 1064nm
			~O;'],#Co   mm	^:(:P9h   mm2	p^E}%0#   nA	KMhEU**   ns
FL,av>mV   500953	5Tb3Yy< .   AD500-10	!9n!:"(r   TO5i	5ree3 quh   Ø0.5	}"sZ)FE   0.2	A`H&"A   1.5	%Ob#GA+   4
wG, "ZN   501233	'QMvj` -   AD800-10	miq"3   TO5i	_:ORu Vk   Ø0.8	'&|]tu:q   0.5	~&UfnO   3	-UhSy>m   5
Dd=iYMm7   500883	aCwb[7N   AD1500-10	kY$vPHZpN   TO5i	q%RPAe   Ø1.5	+1R qo   1.77	1z#0CX}Y/H   7	TqZ&X|G   5
[h3y8O   50123401	3Mw2;.rk   AD4000-10	J[?7`6\M   TO8Si	#Fl5]> |   Ø4	nJ ZQRRa:C   12.56	X-Q;4M-CJ   50	=s\RK    6
]h`<E~   501387	9uRs@]i   AD800-10	o|FY-+   TO8S	clcj5 =:   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
f"w m]Q59   Multi-Element Array
UP*\p79oO   501174	.QaHE`e{   QA4000-10	CQ(;L{}   TO8Si	ckZZ)lW`*   Quadrant Avalanche Photodiode, High QE at850-1070nm

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