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。 [@rZ.Hsl  

@-qxNw   Series 11: Blue sensitivity enhanced (forbiomedical applications)
{u9(qd;;   Order #	r7C m   Type		Z# w1,n88   Active Area		n4>   Dark Current	AcrbR&cvG   Rise Time
	+_Fsiu_b   Chip	k1$|vzMh   Package	%a8'6^k   Size	9D(M>'Bh   Area	OrPIvP<w@   M=100	JI3AR e?y   410nm 50Ω
			/w_Sc{   mm	42Gr0+Mb   mm2	v_{`O'#j^   nA	#ZCgpg$wM   ns
xPQO}wKa   500970	_UjAct]6   AD800-11	wjq f u /   TO52S1	OZ![9l   Ø0.8	2i |wQU5w   0.5	/A_</GYs   1	/'TzHO9_`   1
fS1N(RZ1   500967	(66X   AD1900-11	&^ =t%A%#   TO5i	z;#}uC   Ø1.95	Hi,_qlc+   3	7g   5	#mk#&i3"k   2
+**H7: bO   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
%+gze|J   Order #	eU@yw1N   Type		^yy\CtG   Active Area		Ad@))o2   Dark Current	wE%v[q[*X   Rise Time
	)\`TZLR   Chip	fR6ot#b   Package	XLqS{r~?   Size	f:Nfw+/q   Area	>p\IC   660nm M=100	@ewQx|   660nm 50Ω
			eK/[jxNO   mm	CyzvQfpZr   mm2	[%P_ Y/   A/W	y"e'Gg2   GHz
.A\9|sRZ5   501828	%3fHitCikc   AD100-12	kul&m|   LCC6.1	fhMtnh:   Ø0.1	(W=z0Lqu   0.008	dMeDQ` c`W   50	j ,6dGb   typ.3, min.2
Ulj2Py}   501829	Xa[gDdbL   AD100-12	W>wE8? _,   LCC6.1f	;]Y.2 J   Ø0.1	Ywr^uy1V,/   0.008	zhHQJcQ.   44	g@MTKqs   typ.3, min.2
ReZ|q5*   501831	pL-p   AD100-12	fcnbPO0M   TO52S1	72~)bu   Ø0.1	w^G<]S{l   0.008	}(op;7   50	`U2Z(9le   typ.3, min.2
|5e/.T$   501157	(cNT ud$   AD230-12	ofcoNLX5c   LCC6.1	+;:i,`Lmg   Ø0.23	1 ReO.Dd`R   0.042	aina6@S   50	[K&O]s<Y   typ.3, min.2
:!g|0CF_   501156	e#FaK^V   AD230-12	=]-!   LCC6.1f	#(ANyU(#e   Ø0.23	?v8RY,Q30   0.042	Lkqu"V   44	;#`Z(A}   typ.3, min.2
*|_u~v:)|5   501820	?ohLcz   AD230-12	Xw9,O8}C7   LCC6.1f	il5WLi;{   Ø0.23	p7zHP   0.042	/A|ofAr)   44	kW6}57iV   typ.3, min.2
=J0FT2 d   501162	@hl5^d"l   AD230-12	RL.%o?<&?   TO52S1	$'?CY)h{   Ø0.23	P)>WIQSr   0.042	EJdq"6S   50	;X|;/@@   typ.3, min.2
j(/"}d3osm   501155	cS QUK   AD500-12	8Nci1o   LCC6.1	I[tU}ojP   Ø0.5	g@B9i=   0.196	)ckx&e   50	<C# s0UX   typ.3, min.2
,dZ 9=]   501154	[OH>NpL   AD500-12	Zu&trxnNf[   LCC6.1f	Ls*.=ARq   Ø0.5	wnt^WW=a[   0.196	-7m;rD4J   44	I?bL4u$\   typ.3, min.2
clG3t eC   501819	>[ lj8n   AD500-12	,_\h)R_   LCC6.1f	Dih~5   Ø0.5	`1M_rG1/+   0.196	R;I}#b cJ   44	^h^j:!76j   typ.3, min.2
|])%yRAGQ   501163	z_A%>E4   AD500-12	zx#d_SVi   TO52S1	OjrQ[`(E   Ø0.5	cf0em!   0.196	Z#7HuAF{]   50	7F}I.,<W   typ.3, min.2
7@+0E2'   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
?em)om   Order #	mz9Kwxe   Type		}@1LFZx   Active Area		Q6Jb]>g\H   Dark Current	LT'#0dCC   Rise Time
	,,fLK1   Chip	Pvbw >k;   Package	.!)7x3|$[   Size	yU .B(|   Area	a`/[\K6   M=100	g\ <Lb   M=100 20V 50Ω
			u"C`S<c   mm	= 2My-%i   mm2	r10)1`[   nA	Z!LzyCVl   ns
Pw$'TE}   501810	hDmVv;M:   AD100-8	aASnk2DFd   LCC6.1	&^&k]JBaV   Ø0.1	f)"O( c   0.008	W=F?+KgL   0.05	x%cKTpDh!   <0.18
M{O2O(   501811	:Tj,;0#/   AD100-8	;YK^&!N   LCC6.1f	#-e3m/>   Ø0.1	9;h1;9sC|   0.008	-#)xeW.d   0.05	] +Gi~   <0.18
G V0q?   501812	J fsCkS   AD100-8	#n~/~*:i92   LCC6.1f	$R7d*\(G   Ø0.1	y6:=2(]w<p   0.008	CgEeO,N]j   0.05	BMFpkK9|   <0.18
7(gQ6?KsZ   500011	?+`Zef.g   AD100-8	$XT&8%|*7   TO52S1	N;Hf7K   Ø0.1	ijyj}gpWha   0.008	Y*J`Wf(w   0.05	$9Z8P_^.0(   <0.18
wW!*"z   501171	rl4daV&,U   AD100-8	AQ+w%>G6   TO52S3	go{'mX)}u   Ø0.1	sVh!5fby&   0.008	1s!hl{n<~   0.05	TioI$?l>W(   <0.18
fa<83<.D   501078	OmKT}D~ 4   AD230-8	~!)_3o   LCC6.1	RQ/X{<lQ)   Ø0.23	if^\Gs$   0.04	*h-nI=   0.3	Y\9uR !0   0.18
7NJ1cQ-}t   501079	}Qg9l|   AD230-8	LZ\}Kgi(!T   LCC6.1f	yt_?4Hc"   Ø0.23	W0gaOew(^   0.04	q/%f2U%4:   0.3	A"S})   0.18
hiP^*5h   501805	LvW9kL+WiQ   AD230-8	%&z9^}Vd[   LCC6.1f	5^P)='0*   Ø0.23	<R]?8L0{h   0.04	fkk\Q>J9!=   0.3	:LcR<>LZ   0.18
m_(+-G    500019	DSET!F;PG   AD230-8	lBPZB%   TO52S1	W@pVP4F0xM   Ø0.23	VCvuZU{<   0.04	(*"R"Y   0.3	H!oP!rzEo   0.18
0XXu_f@]9   500022	Fwho.R-.   AD230-8	bU_9GGG|   TO52S3	X "1q$xwc   Ø0.23	Xg.\B1d   0.04	8 +uOYNXsA   0.3	GH^i,88   0.18
E!3W_:Bs   501496	Mb?6c y[   AD230-8	Eiz\Nb   ODFN2x2	H={fY:%   Ø0.23	W%~ S~wx   0.04	~?[@ KK   0.3	e2/&X;2   0.18
QLIm+)T   501077	-+ $u   AD500-8	wIi(p5*   LCC6.1	(lEWnf=2h   Ø0.5	<\Y>y+$3   0.2	cWh Aj>?_Q   0.5	eFZ`0 V0   0.35
u4+)lvt   501076	{WFYNEQ[   AD500-8	Ep?a1&b   LCC6.1f	0~n=|3*P   Ø0.5	y>Nlj%XH   0.2	;~/   0.5	^$rt|]   0.35
ab3" ?.3m   501809	|{ *ce<ip5   AD500-8	Z@~8iAgE   LCC6.1f	zPhNV8k-   Ø0.5	80:na7$)#   0.2	QE-t v00   0.5	<lv:mqV   0.35
I9tdr<   500030	a)`h*P5@   AD500-8	I#$u(2.H   TO52S1	5_=&U-? H   Ø0.5	#pOW2 Uj8\   0.2	V&\ZqgDF   0.5	:Wb+&|dU   0.35
:/ "qNPJ   500305	lc[\S4   AD500-8	Z>Sv[Ec   TO52S2	?WUu@Z   Ø0.5	G0a UZCw   0.2	> `z^AB   0.5	zb:p,T@5   0.35
~EX/IIa{   500155	]9b*!n<z   AD500-8	MPM_/dn-   TO52S3	}ZR3   Ø0.5	{?eD7xL:-   0.2	9)mJo(   0.5	(QqKttL:   0.35
kdgQ -UN$   500947	?4gYUEM#   AD800-8	R},mq&f5   TO52S1	#!Kg?BR2   Ø0.8	<3ovCqa   0.5	1gCp/m2r7   2	Nu|?s-   0.7
3osAWSCEL   501117	IvH0sS`F   AD1100-8	IsnC_"f   TO52S1	>&BgF*mm   Ø1.13	O+z-6:`   1	B#sc!eLmU&   4-6	[R& P.E7w'   1
[.|tD   500015	+| Cvv]Tx1   AD1900-8	5?6ATP:[   TO5i	/:C"n|P7Z   Ø1.95	0( /eSmet   3	h:j-Xd$H+   15	q$U;\Mg)   1.4
 rd. "mG.   501194	VZw("a*TB   AD3000-8	@HaWd3   TO5i	rZGA9duy   Ø3	#YhKAG@|   7.07	/C3=-Hp   30	^c.b@BE   2
<> 2QDI6_   500160	Y@;bA=Du}   AD5000-8	=:9n+7~$   TO8i	( Tc  ~   Ø5	C^l) n!fq   19.63	-+?0|>Nh   60	Vv6xVX   3
sOVaQ&+y   500002	ib uA~\5   AD230-8-2.3G	aJIj%Y$   TO5	b!_l(2   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
gy~M]u{   500003	r\_aux^z   AD500-8-1.3G	@{XN}tWDOp   TO5	x"_f$,:!   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
.hZ =8y9   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
a?Q~C<k   Order #	<6-(a;T!7   Type		Q;5aM%a`   Active Area		zgVplp   Dark Current	VJuPC   Rise Time
	L'z?M]   Chip	%3"3OOT7   Package	9.PY49|   Size	$3"0w    Area	qF( ]Ce   M=100	h7(twct   M=100
			7|65;jm+   mm	EYG&~a>L*   mm2	IcaIB )   nA	UDuKG\_J<y   ns
I%{U~   501815	x{Gih 1   AD100-9	zCPjuS/~ Q   LCC6.1	C:gE    Ø0.1	Wpj.G   0.008	KLAnW#   0.1	z36nyo   <0.5
8>O'_6Joj   501816	QZQ@C#PR;   AD100-9	PS \QbA   LCC6.1f	@RT yCr   Ø0.1	Fd|:7NRA<   0.008	"fz-h   0.1	tk_y~-xz   <0.5
RTF{<,E.UX   501123	~V5k   AD230-9	.%~ L   LCC6.1	9chiu%20   Ø0.23	0Dh a1[=   0.04	*4A.R&Vu   0.5	;x+4jpH]B   0.5
u%ih7v!r\   501817	D.$EvUSK<.   AD230-9	!M3Iu DN   LCC6.1f	t@)~{W {   Ø0.23	hhYo9jTHW   0.04	(m.]0v*&c   0.5	|Zkcs]8M!   0.5
h1)p{5}H   500020	i.K}(bo;b   AD230-9	dqd Qt_   TO52S1	/<|J\G21   Ø0.23	UPJgTN*   0.04	3PBg3Y$   0.5	n=hz7tjaz   0.5
;O5NZa!.73   501265	Rs<,kMRGVL   AD230-9	_jeub [   TO52S1F2	#1m!,tC   Ø0.23	qJISB7F[%O   0.04	PB }$.8   0.5	wl(}F^:/`   0.5
TzX>d<x   500023	5'oWd e   AD230-9	G?jY>;P)   TO52S3	Z\dILt:#z   Ø0.23	NK"y@)%0   0.04	: PQA9U|   0.5	3OM\R%M   0.5
_#N~$   501122	V|b?H6Q   AD500-9	hA/FK   LCC6.1	~(hmiNa;   Ø0.5	{/B) YR   0.2	I-;JDC?   0.8	5HOhk"   0.55
lG jdDqi   501818	0}P&G^%"   AD500-9	=YPWt>\a}   LCC6.1f	S:^Q(w7   Ø0.5	pRt )B`#   0.2	_Zb_9&   0.8	3zh'5qQ   0.55
Zz/w>kAG*{   500031	%\5y6   AD500-9	'n>|jw)   TO52S1	z|pH>R?:   Ø0.5	]=]'*Z%   0.2	BDB-OJ   0.8	",~3&wx   0.55
pCpj#+|_)   500590	?w<x_Lo   AD500-9	-B`;Sx   TO52S1F2	xnh%nv<v{   Ø0.5	y{jv-&!xB   0.2	#!,xjd   0.8	?(g kkYI   0.55
av`b8cGg   500306	{P = {)   AD500-9	Y-9]J(   TO52S2	:ye)%UU"|:   Ø0.5	HkrNh>^=   0.2	QjQJ "   0.8	B]]M?pS   0.55
Dvx"4EA{7{   500156	=8tduB   AD500-9	`w~ 9/sty   TO52S3	 kMI\GQW   Ø0.5	czHO)uQ?d`   0.2	wv?`3:co   0.8	Oe;9[= L[   0.55
co~TQpy^   501196	Gjv'$O2_   AD800-9	zGz5|u   TO52S1	WP}__1!%u   Ø0.8	L(8Q%oX%o   0.5	HP?e?3.T   2	2;kab^iv'   0.9
m6IZGl7%   501197	FPcgQ v;p   AD1100-9	I7[+:?2   TO52S1	Mq*Sp UR   Ø1.13	@j^qT-0M   1	`qfVgT=2   4	'fg`td   1.3
BJ&>'rc   501208	67n1s   AD1500-9	69IBG,N'   TO5i	_ H@pYMNH   Ø1.5	y:W$~<E`p   1.77	yLY2_p-X   2	6Qx LHQA   2
6 #QS5   501198	q=R=z$yr   AD3000-9	KUly"B   TO5i	^U`[P@T   Ø3	8:0 l5cZE   7.07	u' r;-|7   30	@V<tg"(c   2
( jQL?   500161	p*dez!   AD5000-9	gbI0?G6XN/   TO8i	A\:=p   Ø5	9O Tw6   19.63	)@Bt[mfrVD   60	PHz/^p3F   3
KIuYWr7&   500756	ETtK%%F0   AD230-9-400M	\x|(`;{   TO5	FoEZ1O<   AD230-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
zlXkD~GV   500490	jo"[$%0`   AD500-9-400M	bJe^x;J9   TO5	no;Yu   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.
i5)trSM|   Multi-Element Array
;vd%=vR   501099	T!/$@]%\7   8AA0.4-9	.j;My%)?p   SOJ22GL	OCRx|   APD Array 8 Elements, QE>80% at760-910nm with NTC
{N _v4})   501098	2o/AH \=2   16AA0.13-9	38 B\ \   SOJ22GL	^ ]`<nO   APD Array 16 Elements, QE>80% at760-910nm with NTC
X?1 :Z|pJ   500038	lffw7T~   16AA0.13-9	`;i| %$TU   DIL18	(6.0gB$aTu   APD Array 16 Elements, QE>80% at760-910nm
rT"8e*LT   501097	@gTpiV2   16AA0.4-9	R;,&CQUl   SOJ22GL	43 |zjE   APD Array 16 Elements, QE>80% at760-910nm
/n:s9eq   50130802	f\|33)k   25AA0.04-9	Gz6FwU8L   BGA	~_h4 |vG   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
D0-C:gz   50130802	)"f>cYF   25AA0.16-9	we{*%8I;   BGA	_c%~\LOk   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
-/FCd(   50130702	44S<(Re   64AA0.04-9	O9g{XhMv>f   BGA	[KCh,'&   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
6,oi(RAf   501207	kQ4%J,7e4   QA4000-9	fzw6VGTf   TO8Si	;qzCoe   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
{;z3$/JB   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
*d(wOl5[   Order #	u8o!ncy   Type		0w(<pNA   Active Area		_|~2i1Ms,   Dark Current	CZ1tqAk-   Rise Time
	@.MM-   Chip	<G6wpf8M   Package	#%+IU   Size	VEz&TPu   Area	*Z{W,8h*s   M=100	Ue-HO   M=100 1064nm
			UpB7hA   mm	^=W%G^jJy   mm2	^DIN(0u)   nA	[S$)^>0   ns
\r<&7x#j   500953	" jAV7lP   AD500-10	+IJpqFH   TO5i	%s<7|,   Ø0.5	zW+Y{^hf   0.2	MA"iM+Ar   1.5	\Z57UNI   4
pk"JcUzR   501233	B?TAS   AD800-10	e2Xx7*vS   TO5i	]=h Ts%]w   Ø0.8	ir/2/ E   0.5	- FE)   3	B#q5Ut   5
ztb2Ign<   500883	iiRK3m   AD1500-10	9lny[{9   TO5i	g]jtVQH']   Ø1.5	R2M,VK?Wx   1.77	\ fwf\&   7	$aGK8%.O   5
Jbs:}]2   50123401	Qaagi `   AD4000-10	=U@*adgw   TO8Si	eIg2m <9u   Ø4	HqN|CwGgJ:   12.56	]`u{^f   50	yv'mV=BMJ!   6
-3KB:K<   501387	nPv2: x   AD800-10	R%}k52`   TO8S	;z%& 3u/   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
s"a*S\a;b   Multi-Element Array
Y*"%;e$tg   501174	+mxsjcq0   QA4000-10	-=g`7^qa>   TO8Si	8V4Qyi|@F   Quadrant Avalanche Photodiode, High QE at850-1070nm

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