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。 28qlp>U  

+o?;7   Series 11: Blue sensitivity enhanced (forbiomedical applications)
u|LDN*#DW   Order #	ohjl*dw   Type		RsYMw3)G   Active Area		 +;-ZU   Dark Current	(hEg &@   Rise Time
	7=/iFv[   Chip	V*DDU]0k   Package	z*B?Hw),   Size	}bSDhMV;   Area	bYO['ORr@   M=100	@C%6Wo4l3   410nm 50Ω
			 nZ)E @   mm	n?;h-KKO:   mm2	Lt ^*L%x   nA	i+F*vTM2,   ns
1'N<ITb   500970	v: veKA   AD800-11	yi:}UlO   TO52S1	=3ovaP   Ø0.8	W1521:   0.5	1nw\?r2   1	NeJ->x,   1
--EDr>'D5P   500967	yj=OR|v   AD1900-11	UVXSW*$   TO5i	Gu@C*.jj!   Ø1.95	#^BttI   3	5KP\#Y   5	!C h1q   2
\B^NdG5Y   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
o".,JnbXl   Order #	KaX*) P   Type		na|sKE;{   Active Area		U>OAtiq JX   Dark Current	cg o   Rise Time
	8+J>jZ   Chip	z(>QGzyc   Package	JEaTDV_   Size	o2'Wu:Y"   Area	t|mK5aR4   660nm M=100	``eam8Az_U   660nm 50Ω
			|}.}q   mm	k~gOL#$   mm2	]-9w'K d   A/W	vK[%cA"   GHz
1=7ASS9   501828	;b:'i&r   AD100-12	D6H?*4f]   LCC6.1	R7U%v"F>`   Ø0.1	O@4J=P=w   0.008	gO)":!_n W   50	e#,(a   typ.3, min.2
k}p8"'O   501829	#]6{>n1*+w   AD100-12	6M.|W;   LCC6.1f	!\[JWN@v   Ø0.1	kiyc^ s   0.008	UfPHV%Wd   44	Fi67"*gE   typ.3, min.2
;g? |y(xv   501831	NPrLM5   AD100-12	'A^q)hpax   TO52S1	3z(4axH'   Ø0.1	HFI0\*xn(   0.008	dJ m9''T')   50	`CH,QT7e   typ.3, min.2
oda ,   501157	aZCq{7Xs   AD230-12	'5 ~cd   LCC6.1	fggs ;Le   Ø0.23	gFKJbjT|   0.042	W>i"p~!   50	-YAtM-VL   typ.3, min.2
 5QLK   501156	4l%1D.3-O   AD230-12	/1v9U|j   LCC6.1f	mHHlm<?]   Ø0.23	q:TNf\/o   0.042	*;]}`r   44	L/r_MtN   typ.3, min.2
fO&`A:JY   501820	DrkTM<   AD230-12	jT=|!,Pn   LCC6.1f	N{S) b   Ø0.23	GPK\nz }   0.042	r+8D|stS   44	F{!pii5O9   typ.3, min.2
8>,w8(Nt   501162	5N;'CAk   AD230-12	w|- 3X   TO52S1	&.\7='$F   Ø0.23	+IWH7qRtp   0.042	%z-*C'j5H   50	)/%5f{+}   typ.3, min.2
NeG`D'   501155	5EcVW|(   AD500-12	j*G: 8Lg   LCC6.1	H{vKk   Ø0.5	$VvgzjrH   0.196	Vv}R S@4U   50	^ls@Gr7`P   typ.3, min.2
`.@sux!lu   501154	X!ruQem /   AD500-12	;_e9v,   LCC6.1f	5M~{MdF|.   Ø0.5	;na%*G`   0.196	3X`9&0:j%   44	KU/r"lMNlU   typ.3, min.2
#BUq;5   501819	0_gN]>,9n   AD500-12	1xW!j!A;   LCC6.1f	M% \T5   Ø0.5	&,k!,<IF   0.196	fx5S2%f^   44	BsIF3sS#9   typ.3, min.2
j#n ]q{s4   501163	bTc>-e,   AD500-12	B2ln8NF#Q   TO52S1	u^tQ2&?O!P   Ø0.5	/{i~-DVME   0.196	Nrr}) g   50	sv%X8   typ.3, min.2
v'@gU gC   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
T+}|$/Tv   Order #	mvEhP{w   Type		K=[7<b,:3   Active Area		2{rWAPHgz   Dark Current	-[7+g   Rise Time
	6(bN*.   Chip	l#KcmOz   Package	5qtk#FB   Size	Xfq`k/ W   Area	lmzHE8MUNu   M=100	gT+g@\u[    M=100 20V 50Ω
			cmG27\cRO   mm	_YF>Y=D-   mm2	?$f.[;mh   nA	?%  24M\   ns
MeEa|.   501810	i<^ X z   AD100-8	u?Ffqt9'   LCC6.1	6VGY4j}:(   Ø0.1	cAW}a   0.008	.5 .(S^u   0.05	`MOw\Z)..   <0.18
aj&L ZDD6   501811	t{]Ew4Y4%O   AD100-8	j 2ag b   LCC6.1f	OX7=g$S 1   Ø0.1	I@cw=_EQL   0.008	el9P@r0   0.05	w.?4}'DK   <0.18
} {1IB   501812	PEf yHf7`   AD100-8	w \b+OW   LCC6.1f	M}\h?s    Ø0.1	O+}py{ st   0.008	|U|>YA1[b   0.05	u9hd%}9Qd?   <0.18
 ,UY1.tR(   500011	{cXr!N^K   AD100-8	( eTrqI`   TO52S1	-#|;qFD]   Ø0.1	lmeTW0U@9(   0.008	}(nT(9|   0.05	..)J6L5l   <0.18
>@2<^&K`   501171	WO qDW~   AD100-8	A(FnU:   TO52S3	T8o](:B~   Ø0.1	.4+Rac   0.008	d?fS#Ryb   0.05	:0J`4   <0.18
'=_(fa,   501078	h9)S&Sk{s   AD230-8	&: Q'X   LCC6.1	M=^d   Ø0.23	3`^@ ymY   0.04	<fUo@]Lv    0.3	q+L'h8   0.18
8o~ NJ 6   501079	[YOH'i&X   AD230-8	O4R\]B#Xu   LCC6.1f	lfgJQzi G   Ø0.23	FzInIif   0.04	TjUwe@&Rw   0.3	h&>3;Lj   0.18
53i]Q;k[   501805	}DhqzKl   AD230-8	Z1HH0{q-A   LCC6.1f	QLd*f[n   Ø0.23	UGcmzwE   0.04	`Lr], >aG   0.3	yvd)pH<a2   0.18
sA2-3V<t8   500019	PgkU~68`   AD230-8	j"qND=15   TO52S1	P[3i!"O>   Ø0.23	 !VGG2N8   0.04	/WN YS   0.3	=-U0r$sK+F   0.18
)~U1sW&t   500022	y!FO   AD230-8	i7Qb~RW   TO52S3	6<lo0PQ"Z   Ø0.23	%qc_kQ5%   0.04	Kip&YB%rk   0.3	f'*-<sSr   0.18
OC=&!<   501496	RAW;ze*"   AD230-8	oIhKMQ;jh   ODFN2x2	ofy"SM   Ø0.23	cN,*QN   0.04	YG\# N+D   0.3	:q9!   0.18
,L<JG   501077	NqD]p{>Y   AD500-8	<M:BN6-yG   LCC6.1	JK/{IkF   Ø0.5	%Ig$:I(o   0.2	FGV L[\   0.5	SQN?[v   0.35
"Rj PTRe:   501076	~q`!928Gu   AD500-8	D3o,2E(o   LCC6.1f	&4?&tGi   Ø0.5	~gI%lORqN   0.2	TQ"XjbhU;X   0.5	Q"&Mr+   0.35
3TwjC:Yhv2   501809	5Tl5T&   AD500-8	KFrsXf   LCC6.1f	)-2Nc7   Ø0.5	ZM<6yj"f   0.2	Hx.|5n,5   0.5	!l[;,l   0.35
8C3k: D[   500030	JxVGzb `8   AD500-8	SzW;Yb"#^k   TO52S1	|*bUcS<S   Ø0.5	$TUYxf0q   0.2	x3O%W?5   0.5	 [Sm<X   0.35
Tz,-~mc   500305	U)(R 4Y6 v   AD500-8	>_}isCd,   TO52S2	U^PXpNQ'   Ø0.5	Pe%[d[k   0.2	~5HkDtI)   0.5	JQQyl:=   0.35
6"-$WUlg   500155	2 }xePX9?   AD500-8	^Om}9rXw1   TO52S3	_}R$h=YD   Ø0.5	N3G9 o`k   0.2	_U~R   0.5	H{}&|;0   0.35
A?YYR%o%'   500947	Clf$EX;~   AD800-8	3fOOT7!FL   TO52S1	5:@b NNX'j   Ø0.8	:C5w5 Vnj   0.5	*V&M5   2	HoQb.Z   0.7
0+\725DJ   501117	B!'K20"gF   AD1100-8	do" m=y   TO52S1	lelmX   Ø1.13	kQ+y9@=/g   1	dk&F?B{6T   4-6	.tRm1&Qi   1
X'OpR   500015	6))":<J   AD1900-8	kK5&?)3Y:   TO5i	{K|?i9K   Ø1.95	@GQe-04W`   3	x1:mT[[$   15	2s}S9   1.4
+^7cS6"L   501194	Dl>tF?=   AD3000-8	'o&d!   TO5i	\;7U:Y$v   Ø3	*f+s   7.07	^wy   30	yi8vD~aA[   2
g9C;JmU   500160	<)d%c%f'`   AD5000-8	9B~&d(Bm   TO8i	2$JZ(qnN   Ø5	67EGkW?hbt   19.63	[Qs`@u<%   60	{C w.?JU   3
S257+ K9   500002	~gX1n9_n   AD230-8-2.3G	O/eZ1YAC   TO5	CVO_F=;   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
8L[+$g`   500003	&S="] *Z   AD500-8-1.3G	Yo%U{/e   TO5	rl.K{Uad   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
fTEZ@#p   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
L v+{@)   Order #	]*NYuEgc   Type		-aT-<+?s   Active Area		DVd8Ix<   Dark Current	n1\$|[^6   Rise Time
	kw59`z Es   Chip	}hy4EJ   Package	|-JG _i   Size	knO X5UnS   Area	ue8 @=}   M=100	-gGw_w?)(   M=100
			J *LPv9)   mm	pCkMm)2g!   mm2	KaEaJ   nA	<HnJD/g   ns
;8[VCU:   501815	+VVn@=&?   AD100-9	Q7y'0s   LCC6.1	D@p{EH   Ø0.1	k*_Gg   0.008	`N[@lV\xp!   0.1	Op0*tj2i),   <0.5
OK4r)   501816	/@ emE0   AD100-9	W9l](Ow   LCC6.1f	v[|-`e*   Ø0.1	}S iR;2W   0.008	Zf>:h    0.1	]6(%tU   <0.5
f:3cV(mC   501123	]$#bNt/p   AD230-9	wHbmK   LCC6.1	g]j&F65D   Ø0.23	NtGJpT4YX   0.04	[!U%''   0.5	W7C1\'T   0.5
p7AsNqEp   501817	nHF66,7t   AD230-9	C'@I!m._i   LCC6.1f	0J?443AY   Ø0.23	`[$>S   0.04	<IIz-6*V   0.5	U _pPI$ =   0.5
Z>UM gu3c   500020	q-CgXwU   AD230-9	Tf=1p1!3   TO52S1	~NE`Ad.G   Ø0.23	PkFG0   0.04	AxEdQRGk   0.5	&@xm< A\S   0.5
#[i3cn   501265	&W3srJo   AD230-9	!]?kvf-3e   TO52S1F2	R{[v#sF >#   Ø0.23	#e=E   0.04	;^JM X4 [   0.5	S*n5d>;   0.5
_x|R`1`   500023	DI(XB6   AD230-9	Vk`Uz1*   TO52S3	uo?R;fX26   Ø0.23	Qn$YI9t   0.04	zA?AX1%Wa   0.5	Zk~Pq% u   0.5
V(;T{HW&   501122	Uo9@Y{<B   AD500-9	h:7\S\|8   LCC6.1	Mk9J~'C_   Ø0.5	_9"ZMUZ{   0.2	vH}Vi eU   0.8	R'1j   0.55
4h?@ D_{k   501818	uEh PO   AD500-9	'I}wN5`   LCC6.1f	6J- /%   Ø0.5	\PZ;y=]p}   0.2	K}N~KDW R|   0.8	5w~ 0Q   0.55
\'zloBU   500031	^N^s|c'   AD500-9	fHwS12SB   TO52S1	@:Ft+*2   Ø0.5	g`Q!5WK*   0.2	yzl}!& E   0.8	b%x=7SMXO   0.55
H>D?   500590	Pxkh;:agD   AD500-9	InRRcn(   TO52S1F2	"5ISKuL   Ø0.5	Id8MXdV   0.2	,ExY.'%1   0.8	+2p}KpOsL   0.55
iZ/iMDfC   500306	[ 5!{>L`   AD500-9	a6A~,68/V   TO52S2	:}q)]W   Ø0.5	J0f!+]~G3   0.2	f`rI]v|@   0.8	LEN=pqGJ.   0.55
'ahZ*@kr   500156	?MfwRWY   AD500-9	> Xij+tt{   TO52S3	uT=5zu   Ø0.5	X>pCkGE   0.2	#}Xsi&:XU   0.8	ang~_Ec.   0.55
{~#PM>f   501196	a-nn[j   AD800-9	+~:OUR*>   TO52S1	LOG>x!   Ø0.8	B+jh|@-   0.5	B>S>t5$   2	']sjW'~   0.9
b?!S$Sxz   501197	xh#pw2v7V   AD1100-9	1A* "v   TO52S1	"& `>+Yw   Ø1.13	7 _"G@h   1	$*:$-   4	I\M }Dxpp   1.3
Chad}zU`   501208	dK8dC1@,X;   AD1500-9	0DnOO0Nc   TO5i	~>_UTI   Ø1.5	O~?d;.b   1.77	'-XO;{,-R   2	5yj#9H   2
c/j+aj0.v   501198	.kkhW8:   AD3000-9	 !I&,!$   TO5i	9&6P,ts%Q   Ø3	mQSn*;9\T3   7.07	QUZ+#*:s   30	AOwmPHEL   2
O'@[f{   500161	XWNo)#_3   AD5000-9	JvP>[vb   TO8i	Xx2t0AIB   Ø5	 n0EW U,1   19.63	Bva2f:)K|   60	ox\D04:M   3
Jp^#G2   500756	T-+ uQ3   AD230-9-400M	darbL_1   TO5	5:5d=7WX   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.
3Of!Ykf=   500490	^K4?uABc   AD500-9-400M	9d( M%F   TO5	xsy45az<ip   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.
m],.w M8   Multi-Element Array
b5KK0Jjk   501099	f87XE";:A   8AA0.4-9	h M>.xr   SOJ22GL	lOe|]pQ.,   APD Array 8 Elements, QE>80% at760-910nm with NTC
DWCf+4   501098	^j10 f$B   16AA0.13-9	ZSD7%gE<D   SOJ22GL	AGO"),   APD Array 16 Elements, QE>80% at760-910nm with NTC
-okq=9   500038	l]Ym)QP   16AA0.13-9	_2}~Vqb+   DIL18	|;d#k+/;   APD Array 16 Elements, QE>80% at760-910nm
B(} 'yY@%u   501097	X8R:9q_   16AA0.4-9	%XZhSmlf   SOJ22GL	m~P30)   APD Array 16 Elements, QE>80% at760-910nm
.j>MsQP#\C   50130802	|B'4wF>   25AA0.04-9	<%rm?;PBl   BGA	P&@,Z#\   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
.Y8P6_   50130802	hsYE&Np_Q   25AA0.16-9	_Y}cK|3   BGA	TiG?r$6v%   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
M`@ASL:u   50130702	0@y`iZ] 1S   64AA0.04-9	~_F;>N~   BGA	NpKyrXDJv   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
8|L@-F   501207	 ylS 6D   QA4000-9	Q"c/]Sk)   TO8Si	UWK|_RT6SA   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
2+C:Em0yI   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
fOdqr   Order #	dxH\H?NO   Type		 s_+.xIZ   Active Area		h;y}g/HZ   Dark Current	C~"UOFX   Rise Time
	rl$"~/ oz   Chip	&5z9C=]e   Package	I3'UrKKO   Size	jt9- v-   Area	1wdc4>   M=100	T\=#y   M=100 1064nm
			"O|.e`C%^   mm	FZZO-,xa   mm2	9vwm RVN   nA	EA9.?F   ns
h+&iWb3;   500953	HVhd#Q;   AD500-10	)UTjP/\gN   TO5i	Qb55q`'z   Ø0.5	f1elzANy   0.2	3hje   1.5	/lPnf7   4
{.[EXMX   501233	JRZp'Ln   AD800-10	j{2 0   TO5i	mW+5I-~   Ø0.8	C+jXH)|iq   0.5	HY?#r]Ryt   3	KsK]y,^Z   5
nm]lPKU+Y   500883	@'GPZpbvZ   AD1500-10	:F#^Q%-IS   TO5i	*tk=DsRW   Ø1.5	hx8pg,X   1.77	E?bv<L,"   7	C&%NO;Ole   5
|cp_V   50123401	-1NR]#P'   AD4000-10	[wiB1{/Ls.   TO8Si	"!7Hu7   Ø4	Ea'jAIFPpO   12.56	1@|%{c&+9   50	72J=_d>+   6
b`j9}tZ   501387	r$'.$k\   AD800-10	pR=R{=}wV   TO8S	>,'guaa   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
)'e1@CR   Multi-Element Array
hA1B C3   501174	{Oq8A.daJ   QA4000-10	-"a(<JC^NI   TO8Si	+]NpcE'   Quadrant Avalanche Photodiode, High QE at850-1070nm

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