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。 2d`c!  

|"7Y52d   Series 11: Blue sensitivity enhanced (forbiomedical applications)
FjFwvO_.   Order #	jO8k6<l   Type		Lgi[u"Du   Active Area		CS@&^SEj   Dark Current	W)4QOS&   Rise Time
	h{_*oBa   Chip	CDdkoajBa   Package	dR+1aY;   Size	 'Cc(3   Area	7bF*AYM   M=100	W^3;F1    410nm 50Ω
			][7p+IsB   mm	?WFh',`:   mm2	/3B6Mtb   nA	XvKFPr0~   ns
YI@Fhr &NU   500970	]KuMz p!   AD800-11	yI)~]K r   TO52S1	z$[C#5+2   Ø0.8	Bs!4H2@{(]   0.5	1RqgMMJL   1	zoZH[a`H   1
UtJa3ya   500967	L1#Ij#   AD1900-11	9[Qd)%MO   TO5i	rU2iy"L   Ø1.95	nE|@IGH   3	^gYD*K!*   5	Cifd21v4   2
?c#$dc"   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
z`U Ukl}T   Order #	-iN.Iuc{b_   Type		BfmsMW   Active Area		Qa`hR   Dark Current	IL!=mZ>2O   Rise Time
	`<fh+*   Chip	sl|_=oXT   Package	y cr"Y|   Size	;*cLG#&'M   Area	f3tv3>p   660nm M=100	@pza>^wk   660nm 50Ω
			u8vuwbra!   mm	)S@jDaU<   mm2	(@sp/:`6   A/W	5VE2@Fn}   GHz
aT!;{+   501828	SO?8%s(    AD100-12	l]_=:)" ]   LCC6.1	yR71%]*.   Ø0.1	|m G7XL,   0.008	P0GeZ02]   50	#kmh:P   typ.3, min.2
lU2c_4   501829	d- E4~)Qy   AD100-12	L;6. r3bL   LCC6.1f	;LwqTlJ*[L   Ø0.1	Nt-<W+,   0.008	A(d5G^   44	NPjv)TN}3   typ.3, min.2
t+TYb#Tc   501831	X%{'< baR   AD100-12	6oL1_)   TO52S1	V'gw\mcb   Ø0.1	s(2GFc   0.008	^U q   50	(lH,JX`$a   typ.3, min.2
%$ceJ`%1e   501157	8cWZ"v   AD230-12	UlovXb   LCC6.1	!?FK We   Ø0.23	K k[`dR;   0.042	v."Dnl   50	Q(@IK&v   typ.3, min.2
9w4sSj`   501156	2WBq   AD230-12	P=8>c'Q   LCC6.1f	+a +`Z>   Ø0.23	y2yKm1<Ru<   0.042	xF Fr   44	)Hw:E 71h2   typ.3, min.2
_YHu96H;   501820	GG6%bF   AD230-12	yJ2B3i@T4   LCC6.1f	E;(Rm>lB   Ø0.23	m7|RD]q&   0.042	8<#U9]   44	3:CO{=`\7B   typ.3, min.2
W?RE'QV8   501162	tiaR4PB   AD230-12	nKh&-E   TO52S1	NucM+r1P   Ø0.23	P`SnavQBt   0.042	 u\e\'\   50	b=PVIZ   typ.3, min.2
o|8`>!hF   501155	tpf7_YP_!-   AD500-12	g:)DNy   LCC6.1	1(dj[3Mt   Ø0.5	tbDoP Y   0.196	"5|Lz)=   50	^HA %q8| n   typ.3, min.2
?pGkk=,KB   501154	&*,:1=p   AD500-12	o4^Fo p   LCC6.1f	Ubz"rCjq   Ø0.5	%1U`@0   0.196	'3(l-nPiG^   44	)M<vAUF   typ.3, min.2
U]4pA#*{|   501819	SAv<&   AD500-12	JiS5um=(.   LCC6.1f	6tjcAsV   Ø0.5	$.mQ7XDA9   0.196	' P"g\;Ij   44	83ipf"]*   typ.3, min.2
'` Cs pY   501163	r64u31.)   AD500-12	.m4;^S2cO   TO52S1	`TKD<&oL   Ø0.5	dKhA$f~   0.196	JC;^--0(z   50	{{yt*7k{   typ.3, min.2
9ptFG]lZ   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
)h$NS2B`   Order #	j5 wRGn3   Type		!sSQQo2Sv   Active Area		ik,lSTBD   Dark Current	}E^S]hdvz   Rise Time
	^s/   Chip	i rBDGT~   Package	r4 dOK] 0   Size	g=)J~1&p   Area	~[PKcEX   M=100	l95<QI   M=100 20V 50Ω
			L):qu   mm	 q" @   mm2	e_3CSx8Cc   nA	w5C*L)l   ns
mz7l'4']+   501810	u62)QJE   AD100-8	Kf,-4)   LCC6.1	I?!rOU=0   Ø0.1	d}I(`%%)   0.008	^C^*,V3   0.05	(X[2TT3j!   <0.18
$A\m>*@   501811	@]CF&: P A   AD100-8	$6f\uuTU2"   LCC6.1f	f`<FT'A   Ø0.1	sYbH |}   0.008	TJ@Cjy%   0.05	x<(b|2qf   <0.18
S9sR#   501812	w2gf&Lc\   AD100-8	|VH!)vD   LCC6.1f	&R-H"kK?   Ø0.1	3HV%4nZLf   0.008	tOdT[&   0.05	!%L,*'   <0.18
P @%.`8   500011	WV<tyx9Z   AD100-8	gz#4{iT~   TO52S1	US&B!Q:v   Ø0.1	[G|mY6F^   0.008	SqPtWEq@P   0.05	&rq{v!=7   <0.18
DtCEm(b0   501171	pNaiXu3   AD100-8	IfdI|ya   TO52S3	>O`l8tM   Ø0.1	"u^EleE!   0.008	?^!,vh   0.05	cL7g}$W$   <0.18
<EX7WA   501078	C*Vd-U   AD230-8	%FkLQ+v/<   LCC6.1	.=RlOK   Ø0.23	"l~Ci7& !a   0.04	6o&ZIYJ9k   0.3	q%3<Juq~$   0.18
=C7 khE   501079	#XIc "L)c   AD230-8	O_,O,1   LCC6.1f	GY!C|7kN   Ø0.23	P~$<X   0.04	V-W'RunnW   0.3	t=wXTK5"   0.18
nL`9l1   501805	Nud,\mXrY[   AD230-8	(RL>Hn;.   LCC6.1f	xN->cA$A   Ø0.23	L&2u[ml   0.04	$n=lsDnhQ   0.3	5>0.NiXGf'   0.18
eQN.sl5   500019	+Ghi}v   AD230-8	/MTf0^9   TO52S1	~hX-u8Ul'N   Ø0.23	 !rL<5L   0.04	db GgD=}o   0.3	>>'C :7+Y   0.18
0%C^8%(x   500022	t%0?N<9YkU   AD230-8	>9K//co"of   TO52S3	S'i;xL>   Ø0.23	**;p(CI   0.04	j BS4vvX?   0.3	laREjN/\`   0.18
cnNOZ$)   501496	[=M%   AD230-8	]KK`5Dv|,e   ODFN2x2	P~7.sM   Ø0.23	~UMOT!4}3   0.04	02b6s&L   0.3	p]|LV)R n   0.18
{[OwMk   501077	? Nj)6_&   AD500-8	/XpSe<3   LCC6.1	M@7Xp)S"   Ø0.5	pA4 ,@O   0.2	ocA]M=3~k   0.5	-;c   0.35
%vqT#+x   501076	C7"HQQ   AD500-8	w9&#~k]5   LCC6.1f	_n O.-   Ø0.5	WStnzVe   0.2	=:7$/T'Qg   0.5	$Xf(^K   0.35
R 1zC.m   501809	A|RR]CFJ   AD500-8	p8>%Mflf   LCC6.1f	4br6$   Ø0.5	d]B=*7]   0.2	ExhL[1E   0.5	 W'/>et   0.35
iD_TP   500030	z1j|E :   AD500-8	3:`XG2'   TO52S1	TipHV;|e   Ø0.5	(F5ttQPh   0.2	sBW3{uK   0.5	9YKDguG   0.35
X0i3_RVa   500305	s-D?)   AD500-8	X#J6Umutm   TO52S2	1i-[+   Ø0.5	,b.n{91[]x   0.2	qu{mqkfN>   0.5	K8Zt:yP   0.35
r_o<SH   500155	(2txM"Dja   AD500-8	:Yvb U Y   TO52S3	esq<xuZM4   Ø0.5	>4)g4~'n!   0.2	)/Y~6A9>   0.5	$h[Yzl   0.35
WYO\'W   500947	/~hbOs/ L   AD800-8	]Z@k|Nw   TO52S1	a@W7<9fY;   Ø0.8	 .E<Dz   0.5	Uf2:gLrF   2	y^s1t2]%   0.7
> V%Q O>C   501117	sR79 K1*j   AD1100-8	%zljH"F   TO52S1	dU+0dZdKO   Ø1.13	xrI}3T   1	uPU#c\   4-6	Oxa5Kfpa   1
h$&rE@N|   500015	\R Z3Hh   AD1900-8	o;;,iHu*   TO5i	a<p %hY3   Ø1.95	,+-h7^{`   3	Bz:0L1@,4a   15	~e^)q>Lb7(   1.4
:~-i&K Nk   501194	iS-K ~qa   AD3000-8	r$DZkMue   TO5i	s=/^lOOO   Ø3	3^~ Zj95M   7.07	EXHR(t}e   30	u}CG>^0C   2
ha>SZnKD{   500160	5"2@NL   AD5000-8	k~|ZO/X@l%   TO8i	|_I[1%&`N   Ø5	n)CH^WHL&   19.63	>w2f8tW`PP   60	o16~l]Z|f   3
%&1$~m0   500002	hg&u0AQ2   AD230-8-2.3G	@>Ek'~m   TO5	Cz[5Ug'V   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
d~/xGB`<   500003	/J.0s0@   AD500-8-1.3G	|rFJ*.nD   TO5	ChVY Vx(   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
vVdxi9yk   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
vC-[#]<   Order #	C\/b~HU   Type		.Nk 6   Active Area		3l+|&q[v   Dark Current	_-(z@   Rise Time
	rNxG0^k(   Chip	W n6,U=$3   Package	wH!}qz/   Size	e00RT1L   Area	eoC<a"bJ>   M=100	Qw}xGlF,   M=100
			6\XP|n-0+0   mm	&!4( 0u   mm2	)v};C<   nA	Ag<4r   ns
HoMQt3C   501815	D8a)( wm   AD100-9	<kROH0+   LCC6.1	XpOCQyFnM   Ø0.1	)!BB/'DRQ   0.008	+Z )`inw   0.1	Cx$9#3\   <0.5
,I("x2   501816	B>1M$3`E   AD100-9	byp.V_a}/   LCC6.1f	pn+D@x#IA   Ø0.1	='KPT1dW*   0.008	>>/nuWdpO   0.1	Pxap;;\   <0.5
5/*)+   501123	Mf!owpW T   AD230-9	no eb f   LCC6.1	% E<FB;h   Ø0.23	V=:,]fTr   0.04	77)OW$G   0.5	~Ay   0.5
n\~"Wim<b   501817	AEBw#v!,o   AD230-9	'&rw=.cU   LCC6.1f	CR} >   Ø0.23	J+-,^8)   0.04	y}s 0J K   0.5	+:j4G^V   0.5
J$o[$G_Z   500020	I$rW[l2   AD230-9	/ nC$?w   TO52S1	XyN`BDFi   Ø0.23	C`=`Ce~|d   0.04	X7(rg W8   0.5	?etj.\q6   0.5
x`&P}4v0   501265	4c493QOd   AD230-9	'dd<<E   TO52S1F2	]}*G[[ ^p   Ø0.23	D(W7O>5vQ2   0.04	9 u6 g   0.5	<ZN) /,4PS   0.5
I+-Rs2wb   500023	.-gm"lB   AD230-9	l-JKcsM   TO52S3	e3bAT.P   Ø0.23	zjhR9   0.04	6'X.[0M   0.5	\p_8YC   0.5
6 I>xd   501122	c9F[pfi(   AD500-9	e=NQY8?   LCC6.1	wLg:YM"   Ø0.5	L>K39z~,   0.2	Qc)RrqYNGF   0.8	7~k~S>sO   0.55
}G0.Lq+a   501818	blQzVp-   AD500-9	mqfEs0~I   LCC6.1f	Toa#>Z*+Rb   Ø0.5	azATKH+j   0.2	znDtM1sLeV   0.8	_S7M5{U_   0.55
9h{:!   500031	[n@!=T   AD500-9	kA9 X!)2w   TO52S1	"YJ;-$rb   Ø0.5	a(QZZq};S   0.2	y{},{~FA"   0.8	0jx~_zq-j   0.55
oKqFZ,m[   500590	!B38! L   AD500-9	2wimP8   TO52S1F2	Bjrv;)XH   Ø0.5	38.J:?Q   0.2	"a_D]D(d5   0.8	IgnY*2FT   0.55
""KN?qh9   500306	b.u8w2(   AD500-9	W;9X*I8f8   TO52S2	k=/|?%   Ø0.5	hx;kEJ   0.2	YD>>YaH_3@   0.8	~;4k UJD   0.55
hb\Y)HSp/   500156	= 8e8!8   AD500-9	uM6!RR!~   TO52S3	Rm1`D   Ø0.5	= y,avR   0.2	YxqQg   0.8	P+|8MT0   0.55
)'CEWc%   501196	(#"s!!b   AD800-9	~"YNG?Rre   TO52S1	.qPfi] ty   Ø0.8	._nKM5.   0.5	Z|GkM5QH:   2	PGhZ`nl   0.9
aM}"DY-_ h   501197	N9|.D.#MF   AD1100-9	Z69IHA[   TO52S1	i*/U.'#   Ø1.13	@O @yJ{(I   1	MW>28   4	ck+rOGv7{Z   1.3
LkB!:+v |B   501208	)eMh,r   AD1500-9	PCfs6.*5Mf   TO5i	R u-rp^a   Ø1.5	]*U')   1.77	9r#{s Y   2	,e_#    2
_If?&KJ r   501198	N+75wtLy&   AD3000-9	uy:=V}p   TO5i	mIo7 K5z{   Ø3	jy2nn:1#^   7.07	mkA|gM[g7   30	:n9^:srGZH   2
D|:sSld @   500161	;#j82   AD5000-9	H-w|JH>g   TO8i	?!oa15   Ø5	p]eD@3Wz   19.63	xv l   60	BB$>h-M/%#   3
qKC*jDW   500756	I9>*Yy5RNS   AD230-9-400M	QGy=JHb   TO5	1bkUT_   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.
{[*_HAy7   500490	p04+"   AD500-9-400M	BH a>2N   TO5	2s%M,Nb   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.
Sw'?$j^3   Multi-Element Array
8$Yf#;m[   501099	{m:Rv&T   8AA0.4-9	Lm#d.AD)   SOJ22GL	g<%-n,   APD Array 8 Elements, QE>80% at760-910nm with NTC
^^uD33@_   501098	~7'.{VrU   16AA0.13-9	G[j79o   SOJ22GL	\-ws[   APD Array 16 Elements, QE>80% at760-910nm with NTC
dC#\ut%l   500038	>/bK?yT<   16AA0.13-9	I=a$1%BzEX   DIL18	8-YrmP2k   APD Array 16 Elements, QE>80% at760-910nm
*!@x<Hf<   501097	uf]$@6)   16AA0.4-9	Cq;d2u0)o$   SOJ22GL	E,yK` mPp^   APD Array 16 Elements, QE>80% at760-910nm
;NeEgqW"   50130802	] Nipo'N;   25AA0.04-9	@A'1D@f#   BGA	@$Kq<P   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
n ]}2O4j   50130802	15DK\_;   25AA0.16-9	#2ASzCe   BGA	<W') ~o}   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
u@u.N2H .%   50130702	&novkkqY   64AA0.04-9	$50"3g!Y   BGA	z}2e;d 7   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
_k.bGYldk   501207	`h5eej&s(   QA4000-9	utJVuJw:t   TO8Si	U*"cf>dB(   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
Sb4PCt   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
[Fj+p4*N   Order #	f<altz_\q   Type		15o *r   Active Area		mX.3R+t   Dark Current	P`IG9   Rise Time
	A-C)w/7   Chip	=C>`}%XT}   Package	%g@3S!lK   Size	;Pqyu ?   Area	D6)Cjc>a   M=100	/ uXRZ   M=100 1064nm
			s?x>Yl %   mm	eGe[sv"k   mm2	jvc?hUcLKT   nA	0"qim0%|DF   ns
OWXye4`*   500953	^&';\O@)   AD500-10	.4C[D{4   TO5i	^8oc^LOa~2   Ø0.5	-wRyMY_D   0.2	qz=#;&ZU   1.5	keQXJ0   4
i B!hEbz   501233	5hH6G   AD800-10	_{c|o{2sj   TO5i	lO2T/1iMTW   Ø0.8	B=gsd0^]   0.5	) }Rfa}MD   3	Z]aK'   5
,bVS.A'o   500883	u JQaHL!   AD1500-10	5rfH;`   TO5i	NlF0\+h   Ø1.5	o4/I1Mq   1.77	Ev+HWx~Y   7	aVQSN   5
.L^pMU+!^   50123401	YXX36   AD4000-10	]|,q|c,   TO8Si	c/<Sa| '   Ø4	tM^;?HL]   12.56	Hbjb7Y?[   50	=sE2}/g   6
QY~<~<d+G   501387	z/Ns5   AD800-10	jD'   TO8S	gV"qV   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
^"O{o8l>2   Multi-Element Array
x)ddRq l   501174	t;.^K\S4   QA4000-10	%NT`C9][   TO8Si	M&qh]v gC   Quadrant Avalanche Photodiode, High QE at850-1070nm

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