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。 s9Hxiw@D  

:[0 R F^2}   Series 11: Blue sensitivity enhanced (forbiomedical applications)
Giyh( DL   Order #	\^)i!@v   Type		*b{IWOSe^   Active Area		>Hf{Mx{<   Dark Current	sfF~ k-   Rise Time
	Ht[$s40P   Chip	)vW'g3u_   Package	U1 _"D+XB   Size	V}y]<   Area	juF9:Eah   M=100	|A&;m}(Mt   410nm 50Ω
			:nx+(xgw   mm	wf8{v   mm2	h/EIFve   nA	u8-6s+ O   ns
(*S<2HN5   500970	u)@:V)z   AD800-11	,rMf;/[   TO52S1	A@V$~&JCL5   Ø0.8	}UPC~kC+Z   0.5	KqI:g*H'x7   1	:-?ZU4)   1
?+zFa2J   500967	C19N0=   AD1900-11	En\@d@j<u   TO5i	Wga2).j6   Ø1.95	)7 57   3	#b^6>   5	T5:Q_o]   2
8pnD6Lp>   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
DzVCEhf   Order #	x Lan1V   Type		wAHuPQ&_Q   Active Area		o`YBz~2   Dark Current	!v8 R(   Rise Time
	?I+{S   Chip	vl:~&I&y;R   Package	m.lR]!Y=w   Size	VhO+nvd*W   Area	gTj,I=3$?e   660nm M=100	a 2P)@R   660nm 50Ω
			UFj H8jSBx   mm	C^ZoYf8+"m   mm2	_=HaE&   A/W	)U~|QdZ   GHz
i^DMnvV.   501828	}u8(7   AD100-12	,5W7a   LCC6.1	6{6hz8   Ø0.1	#B\s'j[A"   0.008	C3'xU`=7   50	L\#YFf   typ.3, min.2
q/@2=$]hH3   501829	|enLv12Gm   AD100-12	Jl_W6gY"Z   LCC6.1f	bMKX9`*o   Ø0.1	f2e;N[D   0.008	d5^^h<'   44	:i&]J$^;   typ.3, min.2
^6 wWv&G[8   501831	|y^=(|eM   AD100-12	iqlb,8   TO52S1	+zh\W9   Ø0.1	)Fx]LeI;   0.008	@ki|#ro   50	35l%iaj]G5   typ.3, min.2
Krae^z9R   501157	-= 5~h   AD230-12	3CD#OCz7&   LCC6.1	'8]p]#l   Ø0.23	CHGa_   0.042	z)M#9oAM   50	t`B@01;8A   typ.3, min.2
*v%y;^{k[/   501156	~61b^L}$   AD230-12	X, G<D}   LCC6.1f	$ 64up!   Ø0.23	y'm!h?8   0.042	,ayEZ#4.m   44	6J>AU   typ.3, min.2
Z[Tou   501820	iyn9[>j e   AD230-12	U)G.Bst   LCC6.1f	y"yo\IDW   Ø0.23	wp@_4Iq1$   0.042	opH!sa@U   44	@eJ8wf]   typ.3, min.2
{dZ]+2Z~+   501162	U;W9`JT<.f   AD230-12	pq`uB   TO52S1	wH?)ZL   Ø0.23	t#"0^$l=   0.042	0h A:=r   50	WO.u{vW]'   typ.3, min.2
l7g'z'G   501155	%M`48TW)   AD500-12	Nf([JP% 4   LCC6.1	v \i"-KH   Ø0.5	JaUzu3*=   0.196	+%YBa'Lk   50	n5=U.r   typ.3, min.2
V22z-$cb   501154	US$$ADq   AD500-12	y@!M<#SEzG   LCC6.1f	jRjeL'"G   Ø0.5	e@vtJaSu   0.196	(ODwdN7;   44	s)- ;74(   typ.3, min.2
<7]HM5h   501819	I(^0/]'   AD500-12	opa}z-7>^   LCC6.1f	K.xABKPVc   Ø0.5	>$'z4TC\T   0.196	fk,Vry   44	e ymv/   typ.3, min.2
Kn:Ml4[;   501163	3q73L<f   AD500-12	J'Pyn   TO52S1	l L;5*@   Ø0.5	8GP17j   0.196	k4iiL<|   50	9" q-Bb   typ.3, min.2
dCi:@+z8   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
6C&&="uww   Order #	CFh9@ Nx   Type		_;03R{e*   Active Area		GCJ[xn(_   Dark Current	B,\VLX   Rise Time
	x.-d)]a!   Chip	Wa|V~PL+T   Package	aG]>{(~cL   Size	/-p!|T}w   Area	FL{?W(M   M=100	+7b8ye   M=100 20V 50Ω
			(|BY<Ac3   mm	Jx5`0?   mm2	jn5xYKv   nA	nx'c=gp   ns
d[_26.   501810	zzZEX   AD100-8	gQr+~O   LCC6.1	tle`O)&uo   Ø0.1	^;_~mq.   0.008	."+lij=56   0.05	6|NH*#s   <0.18
!vnC-&G   501811	wS}c\!@<,   AD100-8	R `tJ7MB   LCC6.1f	2'@m'4-N   Ø0.1	~Y x_ 3   0.008	fF)Q;~_VA   0.05	N_T5sZ\   <0.18
S-Y{Vi"2   501812	T2Yf7Szp   AD100-8	U:TkO=/ >:   LCC6.1f	-iiX!@   Ø0.1	Q!P%duO   0.008	n>}Y@{<]/   0.05	S=k!8]/d|   <0.18
+fk*c[FG   500011	4<-Kd~uL   AD100-8	A5Hx$.Z   TO52S1	C*2%Ix18+N   Ø0.1	M)ET1ZM   0.008	M>i(p%   0.05	:C_/K(Rkl   <0.18
zufphS|   501171	VwI   AD100-8	\( s `=(t   TO52S3	)P(S:x'b0   Ø0.1	Y_Gd_+oJ   0.008	9;L4\   0.05	mEJ7e#   <0.18
XKTDBaON   501078	qO"QSSbZqQ   AD230-8	z}Cjk6z@   LCC6.1	s^zlBvr|.   Ø0.23	Gt&yz"?D   0.04	%!\=$s}g   0.3	*W8n8qG%T   0.18
+S{m!j%B   501079	L"'=[O~   AD230-8	BHY-fb@R]H   LCC6.1f	<~dfp   Ø0.23	+DRt2a#   0.04	lf`ULY4{   0.3	B[ZQn]y   0.18
G%sO{k7   501805	KF'fg R   AD230-8	qefp3&ls   LCC6.1f	Z@euO~e~   Ø0.23	{Z/iYHv~#c   0.04	'f{13-#X@   0.3	IIAp-Y~B   0.18
t#.}0Te7   500019	}p?,J8=-   AD230-8	M1eh4IVE?   TO52S1	) 'xyK   Ø0.23	?>+ uO0*S   0.04	ug]2wftlQ   0.3	-dovk?'Gj   0.18
LhAN( [   500022	FC+-|1?C   AD230-8	fcdXj_u   TO52S3	D N!V".m`J   Ø0.23	qVh?%c1.Y   0.04	,C6(   0.3	i]<@   0.18
|WaWmp(pQ   501496	>aJmRA-C}   AD230-8	O h e^{:   ODFN2x2	`mcb0   Ø0.23	jlb8<xIC]   0.04	X}'rPz\Lu   0.3	#om Gj&   0.18
eM!Oc$C8[   501077	R>"pJbS;L   AD500-8	.*N,x(V   LCC6.1	9 5!xJdq   Ø0.5	#q:j~4)h   0.2	P6%qNR/ x   0.5	#^RIp>NN9   0.35
1CJ1-]S(3   501076	O_ r-(wE4   AD500-8	dUB;ZB7   LCC6.1f	YN)qMI_`A   Ø0.5	oTvg%bX   0.2	/mJb$5=1   0.5	\#bi wX   0.35
c*#$sZ@YA   501809	i+S%e,U*   AD500-8	6DHZ,gW q   LCC6.1f	J,v024TM   Ø0.5	v3[ZPc;;   0.2	4%}iKoT    0.5	?4%#myO3a   0.35
5n>zJ ~   500030	R1hmJ   AD500-8	;ZJ. 7t'   TO52S1	IV&5a]j   Ø0.5	Zah<e6L   0.2	%d:cC:`   0.5	}qGd*k0F0   0.35
s-6$C   500305	yuq o ^i   AD500-8	[2Y@O7;nI   TO52S2	<>5n;-   Ø0.5	y+^KVEw   0.2	VSO(DCr"L   0.5	Rex86!TO   0.35
UH&1QV   500155	F'wG%   AD500-8	LTx,oa:ma   TO52S3	~W"@[*6w   Ø0.5	Z!q$d/1   0.2	j<WsFVS   0.5	u=PLjrB~}   0.35
Q-iBK*-w   500947	c;KMox/   AD800-8	Wt5 pK[JV   TO52S1	gr!!pp;   Ø0.8	9h+TO_T@F   0.5	?W dY{;&   2	M!hD`5.3   0.7
~mHrgxQ-   501117	;fQIaE&H   AD1100-8	|d\1xTBLp   TO52S1	Nj?Q{ztS   Ø1.13	wKcuIc$   1	lRS'M,/   4-6	lt'N{LFvc   1
m+dQBsz\   500015	//3fgoly   AD1900-8	@G>eCj   TO5i	5%K|dYv^^   Ø1.95	d=\TC'd"{   3	Z6So5r%wZ   15	CZ^ ,bad   1.4
 `uDOIl   501194	B$OV^iwxK   AD3000-8	<v\$r2C*   TO5i	0}` -<(   Ø3	/Aw@26   7.07	H7drDw   30	<Pf4[q&wM   2
# dUi['   500160	r|z B?9Q   AD5000-8	0e:j=kd)NH   TO8i	?hrz@k|   Ø5	K4RQ{fWpm   19.63	19[.&-u"   60	Ag{)?5/d_   3
H:Q4!<   500002	re4z>O*   AD230-8-2.3G	:"nh76xg<   TO5	44k8IYC*o   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
lN"@5(5%   500003	2H] 7=j   AD500-8-1.3G	39pA:3iTd   TO5	EIpz-"S   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
1(i%nX<U   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
H4wDF:n0H   Order #	;eW)&qzK   Type		t,A=B(W   Active Area		4B[uF/[   Dark Current	gL@]p   Rise Time
	k5}Qx'/l   Chip	y\9#"=+   Package	d&ff1(j(   Size	pI_:3D xe   Area	pOB<Bx5t   M=100	$EdL^Q2KAy   M=100
			Y!ypG-   mm	SY}"4=M?l   mm2	s gZlk9x!Q   nA	! P$[$W   ns
X #$l7I9H   501815	VHLNJnA   AD100-9	n-GoG(s..b   LCC6.1	I2)2'j,B   Ø0.1	oe=1[9T"   0.008	puh-\Q/P   0.1	:S-{a   <0.5
On[yL$?   501816	V1Gnr~GM   AD100-9	va"bw!zXo*   LCC6.1f	SUvrOl    Ø0.1	D mky!Cp   0.008	g^jTdrW/s   0.1	CFoR!r:X   <0.5
G2sj<F=AV   501123	`Hu2a]e9   AD230-9	nYBa+>3BDf   LCC6.1	niyxZ<Z   Ø0.23	uA t{WDHm   0.04	m G+=0Rn^   0.5	: Hu{MN\   0.5
#D ]CuSi   501817	)tS;g n   AD230-9	Ef@Et(f_mQ   LCC6.1f	>4+KEK   Ø0.23	o?IrDQ2gmh   0.04	)4,U   0.5	I_R6 M1   0.5
5e?<x>e   500020	##alzC   AD230-9	Cm"S=gV   TO52S1	Qf'g2 \   Ø0.23	`z7,HJ.0c   0.04	i;juwc^n}   0.5	Pl2eDv-y   0.5
#veV {,g   501265	{r5OtYmpR   AD230-9	Tv 5J   TO52S1F2	q_9 tbZ;   Ø0.23	nC!L<OMr   0.04	h 'Hnq m   0.5	+NiCt S   0.5
m4'jTC$   500023	jmP;(j.|   AD230-9	8f65;lyN   TO52S3	YPCitGBl   Ø0.23	UG}2q:ST   0.04	0y+i?y 9   0.5	1Lp; LY"_   0.5
f=S2O_Ee   501122	&rl; +QS   AD500-9	Zp9kxm'   LCC6.1	Bx5kqHp^1   Ø0.5	Ap4.c8f?Q-   0.2	f"zmNG'   0.8	k*Aee7   0.55
K%Bz6 ~   501818	i` ay9J8N   AD500-9	Y4_xV&   LCC6.1f	<z>oY2%   Ø0.5	'G>9iw   0.2	KCH`=lX   0.8	pUW7 p   0.55
3=*ur( Qy   500031	Z/|=@gpw   AD500-9	Tf?`_jL   TO52S1	-8<vWe   Ø0.5	{esb"beGLa   0.2	m -hZ5 i   0.8	)+w1nw|m   0.55
}Gy M<!:   500590	8B5WbS fL^   AD500-9	k,f/9e+#   TO52S1F2	vbZ!NO!H   Ø0.5	Xkg   0.2	Wcm8,?*   0.8	]]3rSXs2}J   0.55
(Nv-wU   500306	*;~u 5y2b   AD500-9	Fop +xR,Z   TO52S2	5O Y5b8   Ø0.5	U4yl{?   0.2	/SQ/$`1{   0.8	n\f]?B(   0.55
%~PT7"4   500156	.aVtd [   AD500-9	vUOl@UQ5   TO52S3	XrWWV2[   Ø0.5	+lhCF*@*N   0.2	=Vazxt@[   0.8	+%u3% }   0.55
c"pOi&   501196	aql8Or1[   AD800-9	bS954d/   TO52S1	dM P'Vnfj   Ø0.8	4RYH^9;>K   0.5	`(=Kp=b   2	 KLE)+|   0.9
>xq.bG   501197	$bFK2yx?=   AD1100-9	Xtz:^tg   TO52S1	4v3gpLH   Ø1.13	s(J>yd=   1	i. (Af$   4	,]W|"NUI   1.3
evYn}   501208	i1-%#YYF(   AD1500-9	Y$]zba   TO5i	NY.* S6   Ø1.5	H:~u(N   1.77	8&| o   2	&>E gKL   2
4KnBb_w   501198	Y?3tf0t/   AD3000-9	N'R^gL   TO5i	WvSm!W   Ø3	$~W5! m   7.07	GZNN2 '   30	>eQ.y- 4   2
|iUC\F=-   500161	<r $h =hM   AD5000-9	v^8sL` F   TO8i	V K 7   Ø5	@z{SDM   19.63	>7%T%2N   60	Ve&_NVPrd   3
?4Rd4sIM$u   500756	m m`#v g,   AD230-9-400M	!*NDsC9   TO5	Zis,%XY   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.
emK*g<]   500490	ipbhjK$   AD500-9-400M	t^FE]$,   TO5	MJ1qU}+]   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.
Ez5 t) l-   Multi-Element Array
;p`to"6IFD   501099	'ET];iZ2   8AA0.4-9	kwc Cf2   SOJ22GL	Opcszq5n   APD Array 8 Elements, QE>80% at760-910nm with NTC
_lwKa,}   501098	bS r"k   16AA0.13-9	=2Yt[8';   SOJ22GL	1ruI++P   APD Array 16 Elements, QE>80% at760-910nm with NTC
h%ys::\zF   500038	YRX^fZ-b   16AA0.13-9	?{J1Uw<   DIL18	!V3+(o1   APD Array 16 Elements, QE>80% at760-910nm
wGKxT ap   501097	>Wt@O\k   16AA0.4-9	Z ja3HGL   SOJ22GL	vf{$2rC   APD Array 16 Elements, QE>80% at760-910nm
t:fz%IOe   50130802	Cd 2<r6i   25AA0.04-9	w.(WG+   BGA	uH%b rbrU   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
LkS tU)   50130802	v7wyQx+Q   25AA0.16-9	Sl,DZ!   BGA	@Xl(A]w%!   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
K6p\ >J   50130702	yVmp,""a   64AA0.04-9	w a(Y[]V   BGA	W6NhJ#M7   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
KYm8|]'g   501207	>,]a>V   QA4000-9	uhfK\.3   TO8Si	u0&R*YV   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
9u{[e"   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
|kPgXq6   Order #	1Ys=KA-!_x   Type		`mz}D76~#   Active Area		ue@/o,C>   Dark Current	JP<j4/   Rise Time
	]?@ [Ny=0   Chip	xz!0 BG   Package	pxTtV g.   Size	SQ4^sk_!   Area	63=&??4   M=100	C`i#7zsH   M=100 1064nm
			`J,>#Y6(J   mm	+d\o|}c   mm2	`~)?OTzU#   nA	q=5aHH% |   ns
<|_>r`@%l   500953	aj;x:UqpJ   AD500-10	?YL JXq   TO5i	>=;-:   Ø0.5	q*&H   0.2	L.'61ZU   1.5	/'jX_ V_$|   4
$\J5l$tU   501233	k37?NoT   AD800-10	_D{A`z   TO5i	dfdK%/' $(   Ø0.8	cmXbkM   0.5	_dd! nU\A|   3	#Pg`0xiV   5
3k/E$wOj   500883	INbV6jZL   AD1500-10	gdf0   TO5i	yor'"6)i   Ø1.5	MQwxQ{   1.77	zb9G&'7   7	6}E>B{Y   5
.yy*[56X   50123401	/io06)-/n   AD4000-10	T 4.wz 58   TO8Si	#9|&;C5',!   Ø4	c<|y/n   12.56	,gQl_Amvz   50	rt*x[5<   6
0(-4"u>?   501387	.?6p~   AD800-10	[oU\l+t   TO8S	&B(z**+9   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
NRtH?&7   Multi-Element Array
I+kAy;2   501174	Mn ,hmIz   QA4000-10	3XQa%|N(   TO8Si	V>QyiB   Quadrant Avalanche Photodiode, High QE at850-1070nm

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