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。 <(rf+Ou>I  

yjUSM}$   Series 11: Blue sensitivity enhanced (forbiomedical applications)
q| p6UL9   Order #	[bd fp a   Type		w)o^? 9T   Active Area		LMchNTL   Dark Current	'./j<2|;U   Rise Time
	!BD+H/A.{   Chip	md_9bq/w   Package	gbOd(ugH   Size	R9X*R3nB   Area	ViqcJD   M=100	$gm`}3C<   410nm 50Ω
			LFHV~>d   mm	Wb:jZ   mm2	;h>s=D,r   nA	5a1)`2V2M   ns
KD9Y   500970	V:*QK,   AD800-11	RX.n7Tb   TO52S1	~GJJ{Bm_   Ø0.8	@N?A0S/   0.5	=}txcA+   1	5#+G7 'k   1
Wu]Dpe   500967	]*a3J45   AD1900-11	Zf~Em'g"3   TO5i	$ BV4i$   Ø1.95	eC:?j`H-   3	:d7Ju.*J   5	%jKbRiz1u   2
f8um.Xnp6   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
AyZL(   Order #	*C*n(the   Type		{e4`D1B   Active Area		$i&u\iL   Dark Current	Y>*{(QD   Rise Time
	sFaboI   Chip	6XPf0Gl   Package	Wh4`Iv\.   Size	W%@L7xh   Area	q~9Y&>D   660nm M=100	/*DC`,q   660nm 50Ω
			Tl9KL%9   mm	.c~`{j}   mm2	~3bn?'`   A/W	1:S75~b-`   GHz
\Ub=Wm\   501828	uY+N163i   AD100-12	A<esMDX   LCC6.1	lIHSy   Ø0.1	Y <;A989D   0.008	,zmGKn#n2   50	I9GRSm;0<   typ.3, min.2
5(kRFb'31F   501829	hawE2k0p(   AD100-12	<t[WHDO`   LCC6.1f	,gHgb   Ø0.1	Q$_S/d%*   0.008	l!z0lh-J   44	^M60#gJ   typ.3, min.2
%,Fx qw   501831	wmu#@Hf/[h   AD100-12	Wt2+D{@8   TO52S1	NYbeIfL   Ø0.1	O+U9 p    0.008	FL-yt   50	@m14x}H   typ.3, min.2
~$7fU   501157	?rqU&my S   AD230-12	48 DC   LCC6.1	:G?6Hl)~)   Ø0.23	dY>oj<9   0.042	_B4H"2}[Y   50	NbyVBl0=   typ.3, min.2
Dk&@AjJga   501156	8jyg1NN D   AD230-12	nY7 ZK   LCC6.1f	Z ujPk-   Ø0.23	'{9nQDgT   0.042	0_7A <    44	}r`m(z$z   typ.3, min.2
^Y"c1f2   501820	Ms8&$   AD230-12	(h;4irfX   LCC6.1f	jcNYW_G   Ø0.23	'Q\I@s }   0.042	rOC2 S(m   44	.H,v7L,~88   typ.3, min.2
VFLxxFJ   501162	83io@*D   AD230-12	uH'n.d"WG   TO52S1	f>d aK9$(   Ø0.23	XI#1)   0.042	FSnF>3kj-   50	vvEr}G   typ.3, min.2
A1`y_ Aj   501155	Hk)IV"[R   AD500-12	|FK##8   LCC6.1	|> mx*G   Ø0.5	Jr/|nhGl5   0.196	Kfho:e,   50	E3X6-J|   typ.3, min.2
z:C VzK,   501154	fh rS7f'Zd   AD500-12	/ekeU+j   LCC6.1f	Un{hI`3]   Ø0.5	4RgEN!d?H   0.196	%W!C   44	4c"x&x|   typ.3, min.2
<[9{Lg*D   501819	\-A=??@H   AD500-12	k)+2+hX&>   LCC6.1f	NE Br)~   Ø0.5	9|19ia@[\   0.196	U&W{;myt   44	SM3Q29XIw   typ.3, min.2
V-Ebi^gz5W   501163	SF?Ublc!   AD500-12	:{za[,   TO52S1	l(;~9u0sa   Ø0.5	g]B! 29M   0.196	/:-8 ,`   50	cB~D3a0Th   typ.3, min.2
[~cb&6|M   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
6$#p}nE   Order #	:Osw4u]JXd   Type		`?Wy;5-   Active Area		bB01aiUw@l   Dark Current	<=fYz^|XT   Rise Time
	DIx!Sw7EC   Chip	l;TWs_N   Package	ILsw'   Size	q/I':a[1   Area	=7&2-'(@   M=100	1=fP68n   M=100 20V 50Ω
			n)]]g3y2   mm	"AH1)skB:   mm2	+6cOL48"   nA	)n8(U%q$   ns
}u"iA^'Ot   501810	yk1.fxik'   AD100-8	(8bo"{zI   LCC6.1	C'4gve 7!   Ø0.1	Y", :u@R   0.008	2D,EWk/4   0.05	Jzqv6A3G   <0.18
RweK<Flo'S   501811	r*e<`Is   AD100-8	@m*^v\q<u   LCC6.1f	Bismd21F6=   Ø0.1	zT;F4_p3G-   0.008	g\%vkK&I   0.05	lPA:aHcj   <0.18
Ns^[Hb[b'   501812	1+P&O4>   AD100-8	P)VysYb?   LCC6.1f	,yZvT7   Ø0.1	u 3&9R)J1   0.008	KHK|Zu#k'   0.05	Mp8BilH-T   <0.18
K x7'm1   500011	tvh)N{j   AD100-8	i+`N0!8lY   TO52S1	}E?{M~"<   Ø0.1	9?4EM^-   0.008	B2}|b^'I   0.05	9rO,h|L   <0.18
(<|NerwD   501171	"qb1jv#to   AD100-8	4dfR}C   TO52S3	*|Cmm>z"7   Ø0.1	d(LX;sq?   0.008	gpo+-NnG   0.05	<,r(^Ntz   <0.18
5iz(R:P<   501078	I/F3%'O   AD230-8	Oy>V/   LCC6.1	XeGtge/}T   Ø0.23	gO{XD.s   0.04	5e> <i   0.3	}3{ x G+,   0.18
)0RznFJ+X   501079	^U[c:Rz   AD230-8	Q/JX8<7K   LCC6.1f	8SJi~gV   Ø0.23	+7HM7cw   0.04	4tv}5llSG   0.3	0vu$dxb[   0.18
3%"r%:fQB/   501805	^xB=d S~   AD230-8	4[\[Ho   LCC6.1f	BKiyog   Ø0.23	OPYl#3I   0.04	=wd=TX/   0.3	Klw\   0.18
]VarO'   500019	w=ZSyT-i   AD230-8	KF'DOXBw>   TO52S1	`pB]_"b   Ø0.23	Rds_Cd C   0.04	#&L[?jEn   0.3	nPAVrDg O   0.18
Pz=x$aY   500022	O@[jNs)].   AD230-8	L?WF[nFR   TO52S3	G-54D_ 4   Ø0.23	9e`.H0   0.04	Oa8lrP`(   0.3	\(S69@f   0.18
3bCb_Y   501496	F4Jc7k2   AD230-8	 2s+ITPr   ODFN2x2	Py&DnG'H   Ø0.23	N+l 0XjZD9   0.04	f&z@J,_=   0.3	Z= 'DV1A$,   0.18
Sr9)i8x{   501077	jbDap i<   AD500-8	{giKC)!   LCC6.1	Y,?!"   Ø0.5	fV 6$YCf   0.2	LjE@[@d   0.5	f{} zqCK   0.35
{iz,iv/U   501076	/b$0).fj@,   AD500-8	~^6[SbVb   LCC6.1f	K`BNSdEN>   Ø0.5	7wO0d/l_   0.2	l'~~hQ{h/   0.5	u$3wdZ2&m   0.35
U c6]]Bbc   501809	?iX1;c9   AD500-8	NXJyRAJ*%   LCC6.1f	"0,d)L0,"   Ø0.5	x_C#ALq9   0.2	u{H'evv0O   0.5	APfDy   0.35
0%K/gd#S<   500030	h{$mL#J   AD500-8	=LFrV9   TO52S1	 e:h(,   Ø0.5	[(hB%x_"   0.2	GaD]qeS-K   0.5	Fj0a+r,h!   0.35
B@:11,.7   500305	t Q0vX@I<v   AD500-8	~miRnW*x   TO52S2	zoj3w|G   Ø0.5	&WqKsH$   0.2	-w0U}Te^   0.5	3?}W0dZ$d   0.35
{3jV ,S   500155	s+=JT+g   AD500-8	ZL0':7   TO52S3	/7bIE!Cn   Ø0.5	[P,/J$v^~   0.2	eH*u,/   0.5	fnZaIV=H   0.35
oX2J2O   500947	}G:5P3f   AD800-8	qkM<t?uS   TO52S1	H-*"%SJ   Ø0.8	yf2I%\p}   0.5	Ar+<n 2;[   2	v}$s,j3NO   0.7
v(HCnC   501117	E^RPK{zO   AD1100-8	liYR8D |   TO52S1	;w^-3 U7:   Ø1.13	Kn#3^>D   1	7c:5Ey   4-6	!PaDq+fB   1
!k=>Wb8n2   500015	33R_JM{   AD1900-8	hhS]wM?B   TO5i	a ]PS`   Ø1.95	+2}aCoL\   3	 N+<`Er   15	 J i>   1.4
?~mw   501194	~)RKpRga\p   AD3000-8	t`"]"Re   TO5i	A.mIq u,:   Ø3	x8]9Xe:_>O   7.07	p'`SYEY@Z   30	rA*"22v=   2
G8JwY\   500160	. PzlhTL7   AD5000-8	^:b%QO   TO8i	8:BPXdiK   Ø5	UUxDW3K   19.63	R!v ?d2   60	ozs xqN   3
;K'1dsA   500002	G1Qc\mp   AD230-8-2.3G	hB Sci|*f   TO5	Q~5!c#r   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
ty8\@l   500003	t^|+|>S   AD500-8-1.3G	94=aVM\>>   TO5	;2m<#~@0   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
,{@,dw`lUz   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
K22'XrN   Order #	LnN6{z{M   Type		]M"l-A   Active Area		oSb,)k@   Dark Current	;rSpM   Rise Time
	NFc@Kz<H   Chip	:v_H;UU   Package	u&iMY3=   Size	/Z:\=0`   Area	{9 >jWNx   M=100	5WR(jl+M   M=100
			!l7eB@O   mm	xh7#\m_U8   mm2	it2@hZc5   nA	rb+&]   ns
q@;z((45   501815	RH,1U3?   AD100-9	"z `&xB   LCC6.1	QR!8n   Ø0.1	U]! D=+   0.008	C~4$A/&(   0.1	Az_s"}G   <0.5
$-dz1}   501816	q4XS E,   AD100-9	u`l1 zMk   LCC6.1f	OzFA>FK0f;   Ø0.1	_)q,:g~fu   0.008	Ns6 Vf5 T.   0.1	c\.8hd=<   <0.5
O -a`A.   501123	8^3Z]=(Q   AD230-9	P:z5/??2S   LCC6.1	\Rc7$bS2H   Ø0.23	b|i94y(   0.04	l$%mZl   0.5	^L&hwXAO:   0.5
[.}-nAN   501817	su~_l[6   AD230-9	Q3SwW   LCC6.1f	U>^u!1X   Ø0.23	Z8\c'xN   0.04	;c5Q"   0.5	[XA f=x   0.5
o0:[,ock   500020	o=`FGowF   AD230-9	,|4%YaN.3   TO52S1	dm60O8   Ø0.23	?)9mHo^   0.04	J4 yT|   0.5	;J3az`   0.5
Ju$vuE O   501265	g;U f?   AD230-9	Lh~Ym<CeN   TO52S1F2	UE4zmIq   Ø0.23	e2~i@vq   0.04	?`Oh]2n)6   0.5	!BHIp7p   0.5
F`9;s@V*   500023	|okS7.|I X   AD230-9	pIh%5ZU   TO52S3	pU`4bT(w%   Ø0.23	CqVh9M.ah   0.04	>r7{e:~q   0.5	YShtoaCx>   0.5
y%CaaK=V3   501122	oI9Jp`   AD500-9	,*fvA?   LCC6.1	.S&S#}$/]   Ø0.5	:('7ly!h   0.2	B9;-Blh   0.8	/8baJ+D"4\   0.55
,4ftQJ   501818	|[x) %5F   AD500-9	QKYGeT7&Y'   LCC6.1f	dB7E&"f   Ø0.5	C%<[mM   0.2	p1p4t40<l   0.8	v~:$]a8   0.55
^+:_S9qst   500031	gP*:>[lR   AD500-9	/ey[cm2#[s   TO52S1	K#g)t/SZ   Ø0.5	\[&~.B   0.2	 |y@TI   0.8	S2)rkX $   0.55
94L P )n   500590	7\aLK#   AD500-9	v2 [ l$   TO52S1F2	$l}MB7   Ø0.5	'\dau>   0.2	X%!#Ic]Q   0.8	Y 418k   0.55
2s,wC!',   500306	3`4g*wO   AD500-9	?\:ysTVu   TO52S2	|MvCEp   Ø0.5	z#b31;A@$   0.2	&#Sg1$/+   0.8	@*W,Jm3Y   0.55
c$ Kn.<a   500156	=8 d`qS"   AD500-9	Ow=`tv$l   TO52S3	Rxld$@~-(]   Ø0.5	F(/^??<5   0.2	@=)_P G   0.8	:NHh`@0F   0.55
1tG,V%iCp   501196	}9e4?7   AD800-9	>4=sEj   TO52S1	C,-q2ry   Ø0.8	|{HtY   0.5	D!TL~3d 1   2	$(_Xt-6   0.9
.EGZv(rz&   501197	PL<q|y   AD1100-9	R%XbO~{u   TO52S1	nK Rx_D$d   Ø1.13	r: n^U#   1	XXacWdh \   4	ciI;U/V   1.3
z (rQ6   501208	:*TfGV   AD1500-9	^r73(8{)   TO5i	ihKnZcI$i   Ø1.5	5#+!|S[PK   1.77	`p9h$d   2	\(jSkrrD   2
R@t?!`f!+   501198	25h.u>6@{   AD3000-9	u!mUUFl   TO5i	RUm1;MWs   Ø3	Z<z(;)?c   7.07	& :x_   30	z^S=ji U++   2
MzsDWx;eJ   500161	Q u2W   AD5000-9	w<N[K>   TO8i	$d?<(n   Ø5	I :%(nKBK   19.63	FVsVY1   60	8vK Z;   3
>f4H<V-   500756	G$ : T!   AD230-9-400M	'>_'gR0O   TO5	HE. `   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.
t.c XrX`k   500490	h djv /   AD500-9-400M	Hb=4k)-/]   TO5	[GZ%K`wx   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.
vL{sk|2&   Multi-Element Array
BdB/`X*   501099	wz31e !/   8AA0.4-9	i[@*b/A   SOJ22GL	0Jz'9   APD Array 8 Elements, QE>80% at760-910nm with NTC
y} AkF2:   501098	]$!-%pNv   16AA0.13-9	] 7_ f'M1F   SOJ22GL	z%(m:/N70   APD Array 16 Elements, QE>80% at760-910nm with NTC
)FGm5-K@   500038	PYPs64kNC]   16AA0.13-9	:84fd\It4   DIL18	DG}t!   APD Array 16 Elements, QE>80% at760-910nm
I0.{OJ-   501097	1om:SHw   16AA0.4-9	F#eZ fj~   SOJ22GL	a,x-akZWf   APD Array 16 Elements, QE>80% at760-910nm
?d0I*bs)7   50130802	lNowH0K!D   25AA0.04-9	%f nL   BGA	IQf:aX   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
Co&#mVY4,   50130802	^C^FxIA&   25AA0.16-9	s6%%/|   BGA	(e6JI]tz{   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
\"{+J   50130702	xX*I.saK   64AA0.04-9	_@;t^j+l   BGA	n.n;'p9t@   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
`WGT`A"   501207	[U.3rcT"N   QA4000-9	wP8Wx~Q=   TO8Si	/]=Ih   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
kL\ FY   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
r) ;U zd   Order #	Y^Y|\0   Type		*cz nokq6   Active Area		DKnjmZ:J|   Dark Current	1p=^I'#   Rise Time
	UUJbF$@;   Chip	S\b[Bq   Package	K?o( zh;   Size	}m0*w3   Area	c1B<9_   M=100	*UhYX)J   M=100 1064nm
			+XCLdf}dC   mm	uP2e/a   mm2	u:JD   nA	I},.U&r   ns
2kb<;Eh`G   500953	}5 ^2g!M   AD500-10	:_V9Jw u   TO5i	d"o5uo   Ø0.5	kk#%x#L[   0.2	A?V}$PTlx   1.5	^=`7]E[p   4
+A%|.;   501233	Q46^i7=   AD800-10	CAg~K[   TO5i	[Z9 lxZ|   Ø0.8	n]:Xmi8p   0.5	UtPFkase   3	Y1fcp_]m   5
U|SF;T .   500883	|2t g3m@   AD1500-10	-E{D'X   TO5i	)N$T&   Ø1.5	E| eEAa   1.77	AB(WK9o   7	c IK   5
j'r"_*%   50123401	E$l4v>iA   AD4000-10	t7GK\B8:   TO8Si	JC6?*R   Ø4	1OI/!!t1$   12.56	h;" 9.   50	-wr#.8rzTT   6
;IyA"C(i   501387	pGZiADT   AD800-10	y buKwZFC   TO8S	4^uQB(}Z   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
-)N,HAM>   Multi-Element Array
0b=1Ce+0q   501174	(|O9L s7N   QA4000-10	Q$,AQyBlqc   TO8Si	yuP1*QJ%   Quadrant Avalanche Photodiode, High QE at850-1070nm

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