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。
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l^DINZU@   Series 11: Blue sensitivity enhanced (forbiomedical applications)
.dD9&n;#^   Order #	+ V)qep"   Type		{Oy9RESqc   Active Area		2Pbe~[   Dark Current	E:uRe T   Rise Time
	dO>k5!ge|:   Chip	u] F70C^~   Package	qSFc=Wwc   Size	1vB-M6(   Area	ayV6m   M=100	jP1$qhp   410nm 50Ω
			*ZGX-+{   mm	`^v4zWDK   mm2	YS] >_   nA	5;X {.2   ns
nqZA|-}   500970	uY.=4l   AD800-11	7IA3q{P   TO52S1	m!rwG(   Ø0.8	mgy"|\]   0.5	FJO"|||Y'|   1	Dc5bkm   1
lkV6qIj   500967	w+q?T   AD1900-11	, p_G/OU   TO5i	,`;jvY~Ec   Ø1.95	=kd YN5R   3	! mm5I#s   5	y)6,0K {k   2
?Q@L-H`   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
J#0GlK@"   Order #	N*~_\x   Type		Z`rK\Bc   Active Area		plK=D#)   Dark Current	pJd0k"{   Rise Time
	:bwM]k*$   Chip	?$3r5sx   Package	6^Ph '   Size	VJ3hC[   Area	+W6Hva.   660nm M=100	;P3>>DZ   660nm 50Ω
			#e*X0;m   mm	j8pFgnQ   mm2	fCB:733H   A/W	CoJ55TAW   GHz
xS"$g9o0   501828	p"KU7-BfvC   AD100-12	nB=0T`vQ   LCC6.1	)7W6-.d   Ø0.1	U|8[#@r   0.008	F<5nGx cC   50	)!cI|tovs   typ.3, min.2
i`+B4I8[   501829	Tj`yJ!0   AD100-12	hm3jpWi8   LCC6.1f	k5a\Sq}   Ø0.1	?yp0$r/   0.008	*wwhZe4V   44	6^sHgYR   typ.3, min.2
m=QCG)s   501831	_Fizgs   AD100-12	aM$\#Cx   TO52S1	+3Y!xD?=   Ø0.1	+e'X;   0.008	[h4o7   50	H>.B99vp   typ.3, min.2
%fv)7 CRM   501157	{rC~P   AD230-12	-u|l}}b h   LCC6.1	%,|ztH/ Q   Ø0.23	!qA8Zky_   0.042	X2gz6|WJ   50	OC_M4 {9/   typ.3, min.2
v)):$s?WB   501156	|) Pi6Y   AD230-12	A W)a">|   LCC6.1f	uUG*0Lj   Ø0.23	Y X*0?S   0.042	F6W}mMZH/N   44	x l0DN{PG   typ.3, min.2
ID4~Gn   501820	f7J,&<<5w   AD230-12	0+EN@Y^dAV   LCC6.1f	U<47WfcW   Ø0.23	!8*McOI   0.042	B wC+o v=   44	;LRW 8Wd   typ.3, min.2
$b>}C= gt   501162	ioV_oR9I   AD230-12	dn,gZ"<   TO52S1	/APcL5:=   Ø0.23	`tE^jqrke5   0.042	Fk1.iRVzi   50	>|3a 9S   typ.3, min.2
)`8pd 7<.   501155	&[@\f^~   AD500-12	ug*D52?   LCC6.1	%6ub3PLw8   Ø0.5	gLQ #4H   0.196	3]U]?h   50	+y&d;0!   typ.3, min.2
8~ #M{}   501154	@(:v_l   AD500-12	)ofm_R'q*   LCC6.1f	? _<[T   Ø0.5	`qiQ$kz   0.196	#SkX@sl@   44	7zDiHac   typ.3, min.2
- 8bNQU   501819	MJ\[Dt   AD500-12	WM,i:P)b   LCC6.1f	A+  0,i   Ø0.5	d~*TIN8Ke~   0.196	/smiopFcq   44	Lw*]EG|?   typ.3, min.2
u+D[_yd^   501163	Ct]A%=cZW   AD500-12	/\=MBUN   TO52S1	[VSU"AJ Y   Ø0.5	RFko>d   0.196	_+w/ pS`M   50	&mE?y%   typ.3, min.2
&~-~5B|3"   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
"0&N}   Order #	C3VLV&wF   Type		Z$'IBv   Active Area		pOga6'aB)   Dark Current	z.)p P'CJo   Rise Time
	'C?NJ~MN   Chip	XU-m"_t   Package	mlu 3K   Size	PRs@zkO   Area	Zzj0\?Ul   M=100	'Qn~H[$/p   M=100 20V 50Ω
			UQT'6* !   mm	uDayBaR   mm2	Q\kub_I{@   nA	:&VcB$   ns
nr2r8u9r   501810	@CQb[!9C   AD100-8	=%qEf    LCC6.1	<I=$ry6 8   Ø0.1	I&]G    0.008	GAEO$e:   0.05	H+ZSPHs   <0.18
>q7 %UK]&   501811	9=+-QdX+0]   AD100-8	rwqv V^   LCC6.1f	KN[d!}W:   Ø0.1	|4b)>8TL/   0.008	?Zcj}e.r   0.05	w+AuMc   <0.18
#a9_ ~\s   501812	`M@Ak2gcR+   AD100-8	+,flE=5]s   LCC6.1f	;+Yi.Q/\   Ø0.1	=-jD~rN4;P   0.008	8cVzFFQP   0.05	V@ :20m   <0.18
8+'C_t/0i   500011	z,f=}t[.Y   AD100-8	cT'w=   TO52S1	P-Su5F   Ø0.1	E{Vo'!LY   0.008	SUdm 0y   0.05	RKkGITDk   <0.18
K|^wc$   501171	Ruaur]   AD100-8	sbsu(Sz+   TO52S3	f7<pEGb   Ø0.1	"{BqtU*.   0.008	A x<\jW<   0.05	mLwY]2T"   <0.18
sQ1jrkm   501078	eaZQ2   AD230-8	Nhf~PO({&   LCC6.1	l";'6;g   Ø0.23	+m$5a YX   0.04	jBtj+TL8   0.3	WjMRH+   0.18
79Bg]~}Z   501079	@LX6hm*}   AD230-8	UuJjO^t   LCC6.1f	|X(2Zv^O   Ø0.23	@h?crJ6$   0.04	pR$6,Vi   0.3	ae`|ic   0.18
p2pAvlNoF   501805	xHkxc}h   AD230-8	d#_m.j   LCC6.1f	:BZ0 7`9   Ø0.23	;+_8&wbqW   0.04	|!*Xl) ]   0.3	:Ml7G   0.18
<n0{7#PDqw   500019	2VgP   AD230-8	KS<Jv;   TO52S1	lpC @I^:   Ø0.23	T{Zwm!s   0.04	1Ix3i9   0.3	jj&s}_75   0.18
d/ U." V}   500022	jPJAWXB4a   AD230-8	.b>TK   TO52S3	%|IUqjg   Ø0.23	M7dU@Ag   0.04	SgM.B   0.3	d,F5:w&   0.18
*e4TSqC|   501496	NoDZ5Z   AD230-8	aW;aA'!   ODFN2x2	E_:QSy5G   Ø0.23	f`P9ku#j}   0.04	C7qYiSv   0.3	YD_]!HK}   0.18
D<):ZfUbI   501077	By((,QpB   AD500-8	nWgv~{,x   LCC6.1	^%[F8\}XPJ   Ø0.5	[xaisXvI4   0.2	([k7hUP   0.5	*HlDS22   0.35
+=fKT,-*G!   501076	2 CLB 1   AD500-8	a(x?fa[D   LCC6.1f	'gTmH[be   Ø0.5	%$mjJw<|&   0.2	^eh/HnJs   0.5	K{DAOQ.z   0.35
w6zBVi   501809	CZ=0mWfF   AD500-8	G\~^&BAC   LCC6.1f	aG27%(@   Ø0.5	SkP[|g'56   0.2	&RY)o^g[4   0.5	R@`rT*lJ   0.35
Xr_pgW|   500030	ycpE=fso'   AD500-8	Spj9H?m   TO52S1	y-+G wa3   Ø0.5	|B[eJq   0.2	xFb3O|TC   0.5	[.cq{6-    0.35
&Ocu#Cb   500305	>)c9|e=8   AD500-8	bkv/I{C>?   TO52S2	u{C)qb5Pu   Ø0.5	~@9zil41   0.2	->oz#    0.5	dgc&[   0.35
/lH'hcXcX   500155	A7Y_HIo   AD500-8	dWpk='   TO52S3	d"&3Q_2CD   Ø0.5	uxDLDA$;   0.2	E(Gr0#8   0.5	5~}!@yzc   0.35
|]ucHV   500947	Yj8&   AD800-8	3,$iGe   TO52S1	04JT@s"o   Ø0.8	Y5%;p33uFG   0.5	*cNk>y   2	' JZ_   0.7
r{ @ `o@q   501117	KH}t:m+h   AD1100-8	YFvgz.>QE   TO52S1	vLn> 4SK   Ø1.13	ScJu_Af   1	hqW$kw   4-6	r) B3es&&   1
cU | _   500015	8+(c1   AD1900-8	ETelbj;0   TO5i	t)(v4^T   Ø1.95	Q8Te'1Ln!   3	3B#!2|   15	%ck`0JZAP   1.4
b]#~39Iph   501194	az bUc4M   AD3000-8	^[TOZXL`:   TO5i	cx:jUsb6   Ø3	zJ_My&~   7.07	l $Zs~@N   30	*vs~SzF$   2
"1%*'B^}bw   500160	v=MzI#0L   AD5000-8	5KaSWw/   TO8i	W-XN4:,qI   Ø5	*1v_6<;2i<   19.63	K~JC\a\0   60	R `Q?J[e   3
yu_g Nro L   500002	7b,AQ9   AD230-8-2.3G	{~1M   TO5	Dauo(Uhuo   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
^Kum%<[i   500003	=U_@zDD@V   AD500-8-1.3G	d<?X3&J   TO5	x`3.Wu\   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
!Iko0#4i   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
U]mO7HK   Order #	;]u1 ~   Type		L]NYYP-   Active Area		't ;/,+:V   Dark Current	gyg|Tno   Rise Time
	WiwwCKjSa   Chip	jL2MW(d^Q   Package	=ZrjK=K   Size	]o!&2:'N`   Area	J ZNyC!u   M=100	4Xr"d@2(   M=100
			C64eD X^   mm	C}bPv+t   mm2	n('VQ0b   nA	a6 *Y%?   ns
5I_hh?N4Z   501815	 nFVbQa~   AD100-9	.Btv}b   LCC6.1	s'2y%E#   Ø0.1	:e52hK1[T   0.008	m(h/:JZ\   0.1	ZS|Z98   <0.5
N6f%>3%1|.   501816	>4#tkv>S.   AD100-9	tTE3H_   LCC6.1f	8Q)y%7{6   Ø0.1	Mof)2Hbd:   0.008	Mj,2\ijNM   0.1	!zF4 G,W   <0.5
Dt (:u,%   501123	5Bzuj`   AD230-9	~c9vdK   LCC6.1	.Wd.)^?   Ø0.23	h^Arb=I   0.04	18J.vcP   0.5	(#C Bq   0.5
cRjL3   501817	)moo?Q   AD230-9	+q4W0   LCC6.1f	{lTR/   Ø0.23	/{49I,   0.04	)sMAhk|   0.5	1Qrm"TFo   0.5
P]{B^,E   500020	G >I.   AD230-9	 44g`=o@   TO52S1	XtnIK   Ø0.23	x Q@&W ;   0.04	mw2rSUI{   0.5	*_}IeNc   0.5
^Osd/g   501265	kJVM3F%   AD230-9	1nw$B[   TO52S1F2	~Q3WBOjn   Ø0.23	m,xy4   0.04	j&o/X7I=   0.5	D>,$c   0.5
ghE?8&@ iq   500023	4Xa.r6T_N=   AD230-9	1gf/#+$\   TO52S3	mkKRC;   Ø0.23	kG_&-b   0.04	./aZ  V   0.5	dw=Xjyk?h   0.5
@$K![]oD   501122	Oi+Qy[y2   AD500-9	c"oQ/x   LCC6.1	nvm1.}=Cnd   Ø0.5	~2;&pZ$   0.2	ROlzs}   0.8	LRfFn^FPM   0.55
7%~VOB   501818	n0 fF,?gm   AD500-9	[rD+8,zVm   LCC6.1f	$j$\ccG   Ø0.5	P:bVcta9g   0.2	l7=$4As/hI   0.8	OsHkAI   0.55
u0(hVK`":   500031	xKkVSEup   AD500-9	YGZAtSf3z   TO52S1	HfZ (U5~   Ø0.5	TZ`]#^kU   0.2	&</@0   0.8	o} bj!h]N   0.55
+9=p*3cnp   500590	7J)a"d^e   AD500-9	7,&3=R<   TO52S1F2	q]wn:%rX   Ø0.5	$bM#\2'   0.2	0t/z"   0.8	HY%6eUhj   0.55
'J&@jp   500306	"' i [~   AD500-9	.DM1Knj   TO52S2	fmT3Afl5c   Ø0.5	<_FF~lj   0.2	^.><t+tM   0.8	7lBQd(   0.55
b;t}7.V'%   500156	ix_$Ok   AD500-9	#L )4|   TO52S3	E<fwl1<88   Ø0.5	&_Xv:?   0.2	'f$?/5@@   0.8	- KoA[ UJ   0.55
G~mB=]   501196	u9y-zhj_$   AD800-9	6nhfI\q3wY   TO52S1	/*xmv $   Ø0.8	O(WMTa'%   0.5	/:c,v-   2	1.cUolnr   0.9
tMs|UC   501197	`HZHVV$~   AD1100-9	DIcyXZH<   TO52S1	@bVh?T0~F,   Ø1.13	C#u)$Ds   1	VIlQzM;%^   4	Fw8X$SE"   1.3
ef1N#z%gt   501208	 TVEF+t   AD1500-9	dpOL1rrE   TO5i	ZkVvL4yIK   Ø1.5	MRY)m@*+6   1.77	V,*0<7h   2	:_[cT,3   2
$>*/']>   501198	^`PSlT3<F   AD3000-9	}5c'ui!3H   TO5i	vpr@   Ø3	8"I5v(TV   7.07	;@; ie8H   30	RBp(dKxM$w   2
*Uw#   500161	jwE(]u   AD5000-9	Ss#{K;   TO8i	J$=b&$I(   Ø5	n; T   19.63	0:(dl@I)@   60	,EJ [I^   3
:|6D@   500756	]KV8u1H>   AD230-9-400M	z_iyuLRdb   TO5	VBj;2~Xj4h   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.
NBR' ^6   500490	=.2cZwxX$   AD500-9-400M	UC2OYZb   TO5	FO)nW:8]   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.
Svp Ts   Multi-Element Array
|\L,r}1N   501099	q8yJW-GA    8AA0.4-9	|Btx&'m   SOJ22GL	K#pt8Q   APD Array 8 Elements, QE>80% at760-910nm with NTC
g&(~MD2{   501098	gJcL{]   16AA0.13-9	vh{1u   SOJ22GL	5^qp&   APD Array 16 Elements, QE>80% at760-910nm with NTC
vBQ?S2f   500038	|^9ig_k`   16AA0.13-9	f(ec/0W   DIL18	T%vbD*nt.   APD Array 16 Elements, QE>80% at760-910nm
tf}Q%)`f   501097	@T=HcUP)   16AA0.4-9	&=t(N I$   SOJ22GL	M/`z;a=EP   APD Array 16 Elements, QE>80% at760-910nm
.&!{8jBX   50130802	|4*2xDcl   25AA0.04-9	UDqKF85H   BGA	K`Zb;R X   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
\}Kp=8@nE   50130802	1|$Rzt%ge   25AA0.16-9	RloPP   BGA	AS-t][m#   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
>" 8j{s   50130702	%cif0Td   64AA0.04-9	G:s:NXy^   BGA	>$9yQ9&|   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
|(8h:g   501207	"TNUw&ih   QA4000-9	':>*=&   TO8Si	>~8Df61o`   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
y:Ab5/bHy   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
xa^HU ~   Order #	:iC\#i]6   Type		Nm.>C4   Active Area		$7 Uk;xV   Dark Current	c|a|z}(/J   Rise Time
	]xeyXw84k   Chip	JF=ABJ=   Package	r6_a%A*   Size	FPFYH?;$   Area	DLM9o3/*J   M=100	tB?S0;yXjd   M=100 1064nm
			wx'Tv   mm	c324@o^V   mm2	*F&&rsb   nA	Hmd:>_[f   ns
V1U[p3J-S   500953	NX",e=   AD500-10	1g.9R@Kc$   TO5i	pU'sADC   Ø0.5	+# >%bq x   0.2	^*W<$A_   1.5	T#f@8 -XUE   4
PTZ1oD   501233	><7`$2Or   AD800-10	J8DbAB4X   TO5i	K n\(Xd.>   Ø0.8	*G=AhH$t   0.5	K)@Buu&,p   3	/RmCMT   5
j( :A   500883	<}1%">RA   AD1500-10	?{IvA:    TO5i	MF(~!SOIG   Ø1.5	wpI4P:   1.77	RV(z>XM   7	P9^h>sV   5
7T Bo*-!   50123401	{ "c,P:S]   AD4000-10	xxn&{\ ?   TO8Si	'E,Yht=/}   Ø4	eP?|U.on   12.56	#^V"=RbD   50	1w^[Eno$$   6
mm`3-F|   501387	Q1[s{,   AD800-10	1ouTZ'c?   TO8S	t} gqk'   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
'b,D;'v   Multi-Element Array
Shd,{Z)-Tg   501174	xGA0] _   QA4000-10	Qd?P[xm   TO8Si	;N|>pSzmL   Quadrant Avalanche Photodiode, High QE at850-1070nm

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