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。 :pGgxO%q  

gacE?bW'   Series 11: Blue sensitivity enhanced (forbiomedical applications)
10ZL-7D#m   Order #	BF(Kaf;<t.   Type		x}jiHV@=   Active Area		4@"n7/<   Dark Current	s AlOX`t   Rise Time
	l/6(V:   Chip	Z]k+dJ[-   Package	86m l.VOR   Size	cE3V0voSw1   Area	j)lgF:   M=100	Kc{~Q   410nm 50Ω
			3.?B')   mm	1fcyGZq   mm2	|&\cr\T\r   nA	xi!R[xr1   ns
Wfj*)j Q   500970	F1b~S ;lm   AD800-11	5dEek7wnf   TO52S1	TuMD+^x   Ø0.8	j(`V&S   0.5	I.'sK9\Zp   1	d>jRw   1
V>B*_J,z.   500967	'sN (=CQ   AD1900-11	-LMO f?   TO5i	Yc~c(1VRz   Ø1.95	U66zm9 3&   3	:t6.J   5	ARa9Ia{@   2
Avo"jN*<d   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
?G$X 4KY6`   Order #	] KR\<MJK   Type		@ P xX]e   Active Area		>Wr   Dark Current	UZ3oc[#D=]   Rise Time
	te8lF{R   Chip	jthGNVZ   Package	\:d|'r8OCM   Size	7s'r3}B`   Area	P1}Fn:Xe%7   660nm M=100	{-kV~p   660nm 50Ω
			]QK@zb}x   mm	D4W^{/S   mm2	2_#Vw&v   A/W	S Bqx_4}   GHz
%.n 7+   501828	sXm,y$\m   AD100-12	@qWes@   LCC6.1	Z|dng6ck   Ø0.1	F!qt#Sw! \   0.008	aBx8wl*Vm   50	YF(TG]?6   typ.3, min.2
SSG}'W!z   501829	c=A)_ZFg   AD100-12	VLfE3i4Vwl   LCC6.1f	6=xbi{m$   Ø0.1	}Qo:;&"3   0.008	iv]* HE   44	JYU0&nZl4   typ.3, min.2
^GN|}W   501831	8I* WVa$l   AD100-12	rezH5d6z62   TO52S1	Kv26rY8Q   Ø0.1	M,nLPHgK   0.008	M<x W)R   50	, ,=7deR   typ.3, min.2
_LUTIqlvi   501157	;wkoQ8FD9   AD230-12	fooQqWC)   LCC6.1	zIjUfgO/M   Ø0.23	_N-JRM m<   0.042	]jL`*tI\S   50	I%<,JRAV   typ.3, min.2
q [w.[]   501156	Q~p[jQ,4wZ   AD230-12	|p7k2wzN   LCC6.1f	7JI&tlR4\c   Ø0.23	E6NrBPm   0.042	R^=)Ucj   44	"Lp"o   typ.3, min.2
G~\ SI.   501820	)FfJ%oT}   AD230-12	?m$7)@p   LCC6.1f	Ltt+BUJc   Ø0.23	/6%<97/d   0.042	:U7m@3czU   44	d \{#*{_A   typ.3, min.2
cPgz?,hE   501162	 `xpU   AD230-12	]%K 8   TO52S1	C/!c?$J   Ø0.23	:RnFRAcr   0.042	'"=Mw;p   50	0bQm:J[(#   typ.3, min.2
JyBsOC3   501155	8VwByk8   AD500-12	<2Qh5umQ   LCC6.1	jJmg9&^R   Ø0.5	1JU1XQi   0.196	nPj+mg   50	p<@0b   typ.3, min.2
?*~Pgh >uL   501154	ktr l|   AD500-12	n./onv   LCC6.1f	9x~qcH%   Ø0.5	W~1MeAI   0.196	W*xz 0   44	Ti@X<C   typ.3, min.2
\gE3wmSJ,   501819	G([!(8&2Y   AD500-12	*WQ}ucE^#   LCC6.1f	*1L;%u| [   Ø0.5	om"q[Tudc   0.196	hupYiI~   44	#]yb;L   typ.3, min.2
a?IL6$z   501163	hal3J   AD500-12	@'Er&[P   TO52S1	Xjal6e)[   Ø0.5	o6$Q>g`]   0.196	BW>f@;egg   50	l/BE~gdl   typ.3, min.2
FshQ OFW   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
Z' 0Gd@/   Order #	Ah2%LXdHA   Type		VvwQz#S   Active Area		)p MZ5|+X   Dark Current	}31z 35   Rise Time
	8u::f`vi   Chip	4=H/-v'&   Package	W`C&$v#   Size	>mT< AQ   Area	VY'#>k}}   M=100	'\:?FQ C   M=100 20V 50Ω
			W"mkNqH   mm	W39R)sra   mm2	#]ii/Et#x   nA	j.GpJDq   ns
c7jft|4S   501810	-v9V/LJ   AD100-8	'|e5cW6z   LCC6.1	&Jj^)GBU   Ø0.1	*xs8/?   0.008	{Ex0mw)T   0.05	|52VHW8c   <0.18
HFwT   501811	g eaeOERc   AD100-8	AM}-dKei|   LCC6.1f	|WeLmy%9   Ø0.1	Gb%PBg}HH   0.008	@:i>q$aF   0.05	7581G$@ym   <0.18
:L9\`&}FS   501812	u>(s.4]+   AD100-8	J#CF SG    LCC6.1f	8zz-jkR   Ø0.1	d}b#"A   0.008	|pr~Ohz   0.05	nX>k}&^L   <0.18
^HHJ.QR   500011	8oY0?|_Bx   AD100-8	Gq;0j:?CC   TO52S1	<;x+?j   Ø0.1	hNFMuv   0.008	x>5#@SX J   0.05	'< m[   <0.18
"P< drz<   501171	#hzs,tvvD   AD100-8	P/t$xqAL   TO52S3	-4b9(   Ø0.1	W.o W=<   0.008	NS=puo   0.05	4 !~JNO   <0.18
K^H =E   501078	CQsVGn{x   AD230-8	}(J6zo9(x   LCC6.1	sl%B-;@I   Ø0.23	yq[C?N &N   0.04	&nj@t>5Bs$   0.3	-BACdX   0.18
1kl4X3q6   501079	a&ZH   AD230-8	xgJ2W_   LCC6.1f	\rADwZm   Ø0.23	ep[7#\}5   0.04	R^dAwt`.D   0.3	rMpb   0.18
j/wNPB/NM   501805	Ik=KEOz   AD230-8	yXrFH@3   LCC6.1f	'fcJ]%-=   Ø0.23	|!I#T   0.04	`EU=u_N   0.3	S! ,.#e(Y   0.18
\8Fe56   500019	H*yX Iq:   AD230-8	j4H,*fc   TO52S1	O|%><I?I   Ø0.23	l$d4g?Z   0.04	<+sv 7"a   0.3	]t7<$L    0.18
]O7I7K   500022	^N`ar9Db   AD230-8	8*4X%a=Of   TO52S3	h{J2CWJ   Ø0.23	J9I!d.U   0.04	uGc}^a2   0.3	&bs/a]?Z7   0.18
4\ H;A   501496	eNu`\   AD230-8	x1$fkNu   ODFN2x2	qN}0$x>p   Ø0.23	98Pt&C?-B   0.04	*'PG@S   0.3	uQ9P6w=Nt   0.18
:%xiH%C>   501077	XLg6?Nu   AD500-8	?8b?{`@V   LCC6.1	vy1:>N?#5   Ø0.5	DDc?GY:   0.2	=<iK3bPkU   0.5	sh:sPzQ%Jv   0.35
d1``}naNw   501076	%@kmuz??   AD500-8	e<9IwS!/   LCC6.1f	)@\= pE.H   Ø0.5	E]6;nY?   0.2	2^Q)~sSf9   0.5	sR+=<u1   0.35
b)3dZ*cOJ   501809	)g9Zw_3   AD500-8	29 Yg>R!/   LCC6.1f	a%7%NN*i   Ø0.5	536H*HdN   0.2	(.m0hN!~u   0.5	*s S7^OZ*   0.35
^4_.5~(   500030	ygWo9?   AD500-8	K82pWpR   TO52S1	NK$k9,   Ø0.5	2u*o/L+   0.2	*(PGLYK   0.5	nRPy)L{   0.35
@i$9c)D   500305	loLQ@?E   AD500-8	MU<Y, 4/k   TO52S2	@'/ \O-   Ø0.5	]xCJ3.9   0.2	Siq2Glg_   0.5	k/u6Cw0/   0.35
KArR.o }   500155	4T{+R{_Y1   AD500-8	[C,<Q   TO52S3	i"r&CS)sT   Ø0.5	_ohZTT%l   0.2	$[by)   0.5	xw&[ 9}Y   0.35
.Xc, Gq{   500947	Wr a W   AD800-8	cWA9n}Z   TO52S1	T\{ on[O   Ø0.8	VL?ubt<   0.5	J3Qv|w[3Y   2	Y o/U/dB   0.7
" 2Dz5L1v   501117	q?nXhUD   AD1100-8	kn ^RS1m   TO52S1	C5CUMYU   Ø1.13	E5~HH($b   1	!\'7j-6   4-6	GLp2 ?fon   1
zcF~6-aQ   500015	X};m\Bz   AD1900-8	=;W"Pi;*   TO5i	nL%;^`*8   Ø1.95	mSp-   3	Hz cy'   15	1XSA3;ZEc   1.4
$3[IlQ?   501194	y<W?hE[   AD3000-8	GpMKOjVm|   TO5i	5Q#;4   Ø3	=Mzg={)v   7.07	@zL)R b%P$   30	+dX1`%RR[   2
ZR.1SA0x?O   500160	Sf);j0G,D   AD5000-8	m2E$[g   TO8i	|NJe4lw+?   Ø5	SpPG   19.63	orVsMT[A   60	*Z>Yv37P   3
]( V+ qj   500002	M#LQz~E   AD230-8-2.3G	e^&QT    TO5	es]\xw   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
hb9e6Cc   500003	+c.A|!-   AD500-8-1.3G	XKp.]c wP   TO5	%C\Q{_AS   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
xphw0Es   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
r(h&=&T6   Order #	MlgE-Lm   Type		S~d_SU~>`   Active Area		BF@(`D&>   Dark Current	2.ud P   Rise Time
	(Z"QHfO'   Chip	(f#QETiV   Package	"D}PbT[V   Size	fu?5gzT+b   Area	/e1m1B   M=100	C7[ge&   M=100
			%Fig`qX   mm	*vc=>AEc   mm2	F`SOF O   nA	79U Th@r}   ns
jIv%?8+%   501815	3v)v92;   AD100-9	u 'DM?mV:-   LCC6.1	>8_#L2@   Ø0.1	py`RH)   0.008	`*cT79   0.1	Bj09?#~[   <0.5
e Z5UR014   501816	!<H[h4g   AD100-9	Mez;DKJ`   LCC6.1f	Vo}3E]   Ø0.1	lE:X~RO"~   0.008	nv1'iSEeOl   0.1	&f'\9lO   <0.5
g <^Y^~+E   501123	[ /hS5TG|7   AD230-9	u +q}9   LCC6.1	NsJt=~   Ø0.23	n)uvN   0.04	pW7vY)hj   0.5	z"*X/T   0.5
XIh2Y\33ys   501817	OLUQjvnU   AD230-9	WLW'.   LCC6.1f	/AV [g^x 2   Ø0.23	=Xh^@OR   0.04	_/bFt6   0.5	wNL!T6"G   0.5
ljVtFm<   500020	}1]/dCv   AD230-9	!|_b }/   TO52S1	vK6YU9W~J   Ø0.23	>C y   0.04	r`XIn#o   0.5	|7]7~ 6l   0.5
WXu:mv,'e   501265	tW53&q\=   AD230-9	J_YbeZ]   TO52S1F2	1MHP#X;|   Ø0.23	\}xK$$f2,   0.04	fiz2544   0.5	w]GoeIg({   0.5
)tR5JK} AV   500023	1}#v<b$   AD230-9	Be}e%Rk   TO52S3	/:v+:-lU   Ø0.23	GY<E rS)2   0.04	~ ui/Qf2|   0.5	i$;GEM}tv   0.5
rHPda?&H   501122	W)JUMW2|   AD500-9	pw{3I 2Ix   LCC6.1	T:o!H Xdj^   Ø0.5	<q hNX$t   0.2	H .)}|   0.8	]#R'hL%f   0.55
qJ|ByZ .N+   501818	'<~rV   AD500-9	/_y%b.f^   LCC6.1f	&[,g`S0   Ø0.5	IF~i*   0.2	L;/#D>U(   0.8	6cz%>@   0.55
;KJJK#j   500031	Onb*nm   AD500-9	* I%r    TO52S1	_d6mf 4M]5   Ø0.5	loN!&YceW   0.2	='u'/g$'&   0.8	9+@"DuYc6   0.55
c_clpMx=   500590	Qw XM<qG*   AD500-9	xb\(>7M6Y   TO52S1F2	o_&.R   Ø0.5	7iu?Q   0.2	zrk/}b0j   0.8	hh}%Z=   0.55
hj64E S#x   500306	VaC#9Tp2X   AD500-9	ZiM#g1;   TO52S2	uA=6 HpDB   Ø0.5	nV38Mj2U   0.2	Pd!;z=I   0.8	UXD? gK1   0.55
Nge_ Ks   500156	'D%No !+Py   AD500-9	jENarB^As   TO52S3	;y<)RM   Ø0.5	^% BD   0.2	i,rP/A^q   0.8	ONJW*!(   0.55
*LcLYxWo   501196	EceZ1b   AD800-9	8=gr F   TO52S1	r4t|T^{sl   Ø0.8	P]!$MOt   0.5	I=D{(%+^d   2	wOE_2k   0.9
KIn^,d0H   501197	5FqUFzVqsl   AD1100-9	"F>-W\%   TO52S1	<y'B !d#   Ø1.13	g3n^ <[E   1	+ EG.p   4	d hiLv_/   1.3
0uzis09   501208	~6U@*Svk   AD1500-9	Wd$N[|   TO5i	"Nd$sZk=   Ø1.5	OzBo*X/p   1.77	a1ZGMQq!   2	QI~s~j   2
WzgzI/   501198	As@~%0 S   AD3000-9	9;dP7o   TO5i	C fQj7{   Ø3	#[sC H   7.07	:d/Z&LXD   30	8>j+xbw   2
SZg+5MD;X   500161	z QoMHFL3   AD5000-9	7qon:]b4   TO8i	./kmI#gaV   Ø5	M7yJ2u<Ty   19.63	@^Mn PM   60	W#e:rz8=   3
6`NsX   500756	T7m rOp   AD230-9-400M	OW)8Z60   TO5	+>z/54R   AD230-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
9L%&4V}BIS   500490	r!Eo8C   AD500-9-400M	@U;-5KYYi   TO5	F"hi2@/TI   AD500-9-400M-TO5 is a high frequency optical data receivercomprising an Avalanche Silicon Photodiode and a transimpedance amplifier ina hermetically sealed TO-5 package.
St|sUtj<r   Multi-Element Array
{0QD-b o   501099	<WaiJy?   8AA0.4-9	mwbkXy;8   SOJ22GL	g%j z,|   APD Array 8 Elements, QE>80% at760-910nm with NTC
po=*%Zs*T   501098	wVE"nN#   16AA0.13-9	^!{oyw    SOJ22GL	N$Gx$u3Cd   APD Array 16 Elements, QE>80% at760-910nm with NTC
G2a fHL<   500038	"4g1I<   16AA0.13-9	RfN5X}&A   DIL18	Y+/ofk"   APD Array 16 Elements, QE>80% at760-910nm
\Zoo9Wy   501097	q,u>`]}   16AA0.4-9	-rH4/Iby   SOJ22GL	_I{&5V~z   APD Array 16 Elements, QE>80% at760-910nm
l[ @\!;|   50130802	DLS-WL   25AA0.04-9	7azxqa5:   BGA	D:n0dfPU   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
wk9tJ#}   50130802	\vQ_:-A   25AA0.16-9	(Egykh>   BGA	H:[z#f|t   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
bL0+v@(r   50130702	Q7=J[,V:2   64AA0.04-9	i;|%hDNWA   BGA	v{% /aw   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
"a,Tc2xk   501207	2vWkAC;    QA4000-9	KOF!a   TO8Si	+bRL.xY   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
+\:I3nKs%   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
/E]4N=T   Order #	tD4IwX   Type		cK-!Evv   Active Area		saRB~[6I   Dark Current	ppV \FQ{K   Rise Time
	HNh=ig u   Chip	-\NB*|9m|   Package	dk(-yv'   Size	D^&!   Area	.}Z mqz[   M=100	H}U &=w'   M=100 1064nm
			A<TJ3Jp]   mm	e#zGLxa   mm2	AOWI`   nA	<K97eAcW   ns
wfZ'T#1   500953	X&p-Ge1>z   AD500-10	RMi 2Ip   TO5i	hM8G"b   Ø0.5	TTOd0a   0.2	U| N`X54   1.5	[j!0R'T   4
kb%W3c9HO   501233	5;|9bWH   AD800-10	V_ ]4UE   TO5i	[9LYR3 p   Ø0.8	Gf%o|kX]   0.5	sztnRX_   3	N%?o-IY   5
KB J|P^W5j   500883	S3J6P2P   AD1500-10	Eui;2P~   TO5i	_nRshTt`V&   Ø1.5	\`XJz{Lm]   1.77	/60[T@Mz   7	 #Se   5
lo(Ht=d   50123401	=Q|}7g8o   AD4000-10	_ssHRbE   TO8Si	<wSmfg,yF   Ø4	QyN~Crwo   12.56	ow$#kQ&R O   50	8:A<PV!+   6
vj_oMmjKw   501387	c:$:j,i}   AD800-10	6F( yH4   TO8S	&U,f~KJ   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
&FZe LIt   Multi-Element Array
YT3 QwN9   501174	O%)9tFT   QA4000-10	Y7jD:P   TO8Si	GqAedz;.   Quadrant Avalanche Photodiode, High QE at850-1070nm

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