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。 @?w8XHEa|  

#h 4`f   Series 11: Blue sensitivity enhanced (forbiomedical applications)
f8DF>]WW   Order #	p$5+^x'(   Type		=HF||p@   Active Area		CS:mO|   Dark Current	Use`E   Rise Time
	D&xbtJd   Chip	LZCz iW   Package	u,d@oF(=   Size	qGE?[\t[6   Area	}- Jw"|^W   M=100	t^=6czk   410nm 50Ω
			bIP'(B#1K   mm	?T\m V}   mm2	K,>D%mJ   nA	rSYzrVc   ns
u= |hRTD=   500970	4DL;/Z:   AD800-11	S=^a''bg   TO52S1	rsp?N{e   Ø0.8	1,p[4k~Ww   0.5	0@9.h{s@   1	axl!zu*   1
H-Uy~Ry*T   500967	%C]K`=vI-   AD1900-11	#!?5^O   TO5i	EH'?wh|Yp   Ø1.95	X^PR];V:$   3	oJF@O:A   5	w,\#)<boyb   2
yTDlDOmV!   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
}ST9&wi~   Order #	JNzNK.E!m-   Type		rurC! -   Active Area		C(:tFuacpw   Dark Current	Vo%MG.IPB   Rise Time
	)+[{MR'   Chip	Y 9eGDpW   Package	^/Id!Y7   Size	N/A.1W   Area	qY24Y   660nm M=100	-Bqn^ E   660nm 50Ω
			cS98%@DR   mm	6#+&_#9   mm2	Rx$5#K!%M   A/W	7Q<xC   GHz
E%M~:JuKd?   501828	~M 6^%   AD100-12	&Bbs\ ;   LCC6.1	-WIT0F4o;   Ø0.1	^ ~HV`s   0.008	DRLX0Ml]\   50	/@5X 0m   typ.3, min.2
zof>S>5>R7   501829	6]dK,   AD100-12	A*BIudli   LCC6.1f	A L#"j62   Ø0.1	u4L&8@   0.008	#msXAy$N3r   44	FO{K=9O   typ.3, min.2
tI&Z!fj   501831	~_P,z?   AD100-12	qlJP2Ig~   TO52S1	+I0?D   Ø0.1	mnM#NT5]   0.008	}d2]QD#O   50	3u7^*$S   typ.3, min.2
CUB= T]   501157	@x">e][B   AD230-12	k,S'i#4q4   LCC6.1	H4 }^6><V   Ø0.23	V.kUFTCvf   0.042	SrfDl*   50	$-m`LF@   typ.3, min.2
"Y9 *rL   501156	F4i c^F{K   AD230-12	]<mXf~zg   LCC6.1f	(eI'%1kS<   Ø0.23	lH/d#MT   0.042	AD4KoT&   44	jE.U~D)2YF   typ.3, min.2
\$ L2xd   501820	z#*w Na&@[   AD230-12	[k(oQykq   LCC6.1f	p%_#"dkC7   Ø0.23	'v&k5`Qq   0.042	az~4sx$+}   44	,Y EB?HA   typ.3, min.2
Wa%Zt*7   501162	}3cOZd_,t   AD230-12	Q_'3}:4   TO52S1	 L2[|g~   Ø0.23	0jO]+BI1   0.042	Mt)`hR+2   50	xt@zP)6G   typ.3, min.2
4A:@+n%3m   501155	MNNPBE   AD500-12	FA?xp1E   LCC6.1	b(dIl)Y4 :   Ø0.5	}!b9L]   0.196	_B)LRD+Hj   50	s8.OL_e   typ.3, min.2
LUv>0G#L[   501154	QIVpO /@   AD500-12	Esw#D90q   LCC6.1f	#r; 'AG   Ø0.5	Fxy-_%a   0.196	k2l(!0o|;   44	=NwmhV   typ.3, min.2
vRYQ4B4o   501819	4 lH$BIAW   AD500-12	K:fK!/   LCC6.1f	>I AwNr   Ø0.5	$QmP' <   0.196	:^FOh*H   44	ipnvw4+   typ.3, min.2
-Y %#z'^-   501163	u^SXg dj   AD500-12	K~OfC   TO52S1	,Khhu%$   Ø0.5	$A)i}M;uK   0.196	|U% S<X   50	nY"9"R\.=   typ.3, min.2
{.OBcx   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
utKtxLX"   Order #	7. 9n   Type		:-7`Lfi@%   Active Area		iPX6r4-   Dark Current	l~Je]Qt   Rise Time
	RekTWIspT/   Chip	QN:gSS{30   Package	S#dkJu]]#   Size	g nJe!E   Area	A"FlH: Pn   M=100	T;X8T   M=100 20V 50Ω
			h"cLZM:6   mm	"*|plB   mm2	R:kNAtK   nA	/~V.qisZ   ns
pUki!TA   501810	O79;tA<k   AD100-8	 (-DA%   LCC6.1	t=J\zyX!   Ø0.1	fg"@qE-;   0.008	}2-<}m9}   0.05	m{Jo'*%8f   <0.18
dHc38zp   501811	I^sWf3'db   AD100-8	|\"vHt?@G   LCC6.1f	3Vjuk7   Ø0.1	$8h ^R#   0.008	+,<\LIP    0.05	V`?2g_4N   <0.18
q3Re F_   501812	4 F~e3   AD100-8	Ac!,#Fq   LCC6.1f	jC>l<d_   Ø0.1	`X]TIMc:Ad   0.008	3UgusH3   0.05	Z<6xQTx   <0.18
pZp|F   500011	LyO,]   AD100-8	:#v8K;C   TO52S1	cGiS[-g   Ø0.1	FLdO   0.008	",&#9   0.05	"H\'4'hg   <0.18
w V&{w7   501171	9.ZhkvR4A   AD100-8	wP3_RA]z   TO52S3	=\.Oc+p4   Ø0.1	Cr|v3Y#h'   0.008	xevG)m   0.05	z:<mgp&/<   <0.18
{?m;D Yv   501078	Dv?'(.z   AD230-8	Z#YkAQHv5   LCC6.1	?F'gh4   Ø0.23	N+)4]ir>   0.04	flp<QT   0.3	&\8.y2=9p   0.18
9{@#tx   501079	""l_&3oz   AD230-8	bA\TuB   LCC6.1f	q# wg2   Ø0.23	;Vc@]6Ck   0.04	5g  , u\`   0.3	6He 7A@Eh   0.18
2xRb$QF   501805	$+P9@Q$   AD230-8	+F q`I2l|   LCC6.1f	<Ur(< WTV   Ø0.23	qCK)FOU   0.04	"8|y   0.3	'SF+P)Kmz   0.18
(.\GI D+i   500019	B;tU+36nM   AD230-8	Vr/UbgucJ   TO52S1	3nv7Uz   Ø0.23	p%e!&:!   0.04	b2c% 0C   0.3	:/fG %e   0.18
8;9GM^L   500022	7onMKMktM%   AD230-8	rm2"pfs   TO52S3	O @fX +W?U   Ø0.23	m)9N9Ii#)   0.04	~d6_   0.3	RL/~E xYC   0.18
Q(h,P+   501496	EJ Y[M   AD230-8	M>J8J*   ODFN2x2	Im%|9g;P   Ø0.23	[^t"Hf   0.04	ie+&@u   0.3	jfF,:(P%W   0.18
Nw $io8:d   501077	c.jq? Q k   AD500-8	c/ %5IhX?   LCC6.1	ElAJR4'{*i   Ø0.5	6'ye-}vD-   0.2	^zkTV_,cRp   0.5	fEc}c.!5   0.35
vfzGRr   501076	u.iFlU   AD500-8	#EtS9D'd+   LCC6.1f	vFY/o,b \   Ø0.5	j~c7nWfX   0.2	P$_Y:XI !   0.5	8,2l >S   0.35
\lHi=}0   501809	^T"9ZBkb   AD500-8	V[,/Hw~d%   LCC6.1f	T:x5 ,vpM   Ø0.5	J]ivIQ   0.2	]3hz{zqV^   0.5	[YP8z~   0.35
,R0@`t1 p   500030	?@Z~i]gE[V   AD500-8	@va{&i`%A7   TO52S1	A=|LMJMWR   Ø0.5	q:#,b0|bv   0.2	pr>Qu:   0.5	=wK3\rG   0.35
R?+Eo(0q,   500305	E*IkI))X0   AD500-8	O;  EI&   TO52S2	tp$NT.z   Ø0.5	TveCy&   0.2	N'Va&"&73>   0.5	=%Gecj   0.35
C.@R#a'   500155	N J:]jd   AD500-8	$f>Mz|j   TO52S3	3O%[k<S\VO   Ø0.5	CU6rw+Vax   0.2	t)g1ICt   0.5	=sedkrM   0.35
KXcG;b[7n   500947	oLk>|J   AD800-8	e%x$Cb:znn   TO52S1	V'pNo&O=   Ø0.8	Jjik~[<q:   0.5	ih2H~c>O   2	U/,`xA;v>   0.7
al=Dy60|z   501117	k]Y+C@g   AD1100-8	S4s\tA<   TO52S1	ru3nnF_I   Ø1.13	K>Fo+f    1	|U1X~\""   4-6	;E:ra_l   1
)!3XM   500015	/4RKA!W   AD1900-8	fS-#dJC";`   TO5i	eznw05U   Ø1.95	3nd02:GF   3	Um;ReJ8z   15	r$;DA<<|<c   1.4
sBS\S   501194	ckP&N:tC   AD3000-8	g 63:WX-\   TO5i	p}uL%:Vr   Ø3	tbAN{pX   7.07	u%5B_<90V   30	v;el= D   2
W6&".2   500160	Sl^HMO   AD5000-8	cG?RisSZ   TO8i	s?=f,I   Ø5	KmZUDU%R   19.63	[[JwHM8H&   60	8 _U*_I7(   3
9XF+? x   500002	(o{QSk\   AD230-8-2.3G	Vj0`*nC)/   TO5	+F&w~UT   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
:Ff1Js(Z   500003	it X<!   AD500-8-1.3G	o?$D09j;;   TO5	Y!i4P#4+q   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
?.|qRzWL   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
p4<&NMG   Order #	g[-'0d\1   Type		+q) ^pCC   Active Area		RJnRbaC   Dark Current	@`$8rck`   Rise Time
	qB3 SQ:y   Chip	?&)<h_R4p   Package	0u QqPF t   Size	L2P~moVIi   Area	Sq-mH=rs]   M=100	%l,p />r   M=100
			0mH>fs 4   mm	rxIfatp^   mm2	n8A *Y3~R   nA	nW{). P   ns
#]:yCiA   501815	uV52ko,   AD100-9	:v Pzw!   LCC6.1	~(-B%Az   Ø0.1	w80g)4V+   0.008	|6"zIHvtc   0.1	4tCyd5u a8   <0.5
o{ \cCZ"   501816	;,JCA# N   AD100-9	477jS6^e&   LCC6.1f	o9<jj>R;   Ø0.1	N02N w(pi   0.008	dW,$yH_   0.1	[US.n+G6   <0.5
;?yd;GOt)   501123	My:wA;#   AD230-9	fE|([` !   LCC6.1	G7M:LcX   Ø0.23	mj%Iow.   0.04	.^l;3*X@   0.5	' S)}mG_   0.5
Q^DKKp   501817	K {!eHTU   AD230-9	(VWTYG7   LCC6.1f	z4&|~-m,   Ø0.23	tlCgW)<?   0.04	(4>k+ H   0.5	9%$4Ux*q   0.5
%=]~5a9   500020	1$q S bQ   AD230-9	d s4ERe /   TO52S1	71@V|$Dy   Ø0.23	Hp8) -eT   0.04	.?<,J   0.5	RnIL>Akp   0.5
v5;c}n   501265	,-vbR&   AD230-9	_Sosw|A   TO52S1F2	b9%hzD,MR   Ø0.23	4@4$kro   0.04	Qg%B<3 <   0.5	bEMD2ABm   0.5
=Mc*~[D/   500023	bfQ+}|;   AD230-9	`(q+@#)   TO52S3	=xw) [   Ø0.23	TC<_I0jCh   0.04	{}s7q|$   0.5	K!).QB'   0.5
A]WU*GL2H   501122	2pQ zT   AD500-9	*=$Jv1"Q +   LCC6.1	7Fh%jRHZ`   Ø0.5	TXv3@/>ZlG   0.2	O< v0{z09*   0.8	lOCMKaCD   0.55
jri=UGf   501818	fx_7X15   AD500-9	qdx(wGG   LCC6.1f	_Qt   Ø0.5	[W,Ej   0.2	:3gtc/pt>   0.8	-S"YEH9   0.55
;*BG{rkr   500031	f1rP+l-C<   AD500-9	}G]6Rip3   TO52S1	U6t>UE6k   Ø0.5	Ovxs+mQ   0.2	i/6(~v   0.8	9f\Lon4lX   0.55
`+CRUdr   500590	@>}!g9c   AD500-9	Rp^kD ,*   TO52S1F2	8doKB<#_+=   Ø0.5	%?Yf!)owh   0.2	IE+{W~y\   0.8	D|9xD   0.55
e4fh<0gX   500306	8d?r )/~   AD500-9	6ey{+8   TO52S2	*39Y1+=)$$   Ø0.5	>gRb.-{ux   0.2	M4w,J2_8MK   0.8	0Dv r:]R   0.55
$M5iU@A   500156	+DmfqKKbd   AD500-9	2F%2K?$`Ej   TO52S3	JfGU3d*c   Ø0.5	mEeD[dMN   0.2	o,>9|EMQZ   0.8	++w7jVi9   0.55
&b'IYoe   501196	>r1cW7   AD800-9	9AF%Y:y   TO52S1	8s16yuM   Ø0.8	T1%_sq   0.5	F$.h+v    2	f^Sl(^f   0.9
{k*rD!tT   501197	1Bp?HyCR   AD1100-9	fUx;_GX?   TO52S1	.;}vp*   Ø1.13	"A\h+q-   1	fm]mqO   4	vX1 8 ]   1.3
+-~8t^   501208	 PgIH(   AD1500-9	yw Q[>itMa   TO5i	o|(Ivt7jk   Ø1.5	Y\75cfD   1.77	yAD-sy +/   2	V1di#i:   2
dyWj+N5(   501198	O:%s;p 5   AD3000-9	4FQB%3>*   TO5i	qQjd@J}^   Ø3	B0E`C   7.07	$-Iui0h   30	L7\V^f%yCm   2
3Gi^TXE]   500161	X'FDQoH   AD5000-9	8k +^jj   TO8i	!aQb Kp   Ø5	Z<D8{&AjS   19.63	&~=FXe0S   60	R*0]*\C z   3
~'1gX`o:   500756	@*e5(@R   AD230-9-400M	 HOt,G _{   TO5	4j|IG/m   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.
?}g^/g !   500490	J4?i\wD:   AD500-9-400M	6mV-+CnYC   TO5	:'`y}'   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.
?_ 476A   Multi-Element Array
@cB7tY*Ski   501099	n f.H0i;   8AA0.4-9	hk+8s\%-   SOJ22GL	H#Hhi<2   APD Array 8 Elements, QE>80% at760-910nm with NTC
wxJu=#!M   501098	j%+>y;).   16AA0.13-9	,>!%KYD/f   SOJ22GL	y>^FKN/   APD Array 16 Elements, QE>80% at760-910nm with NTC
-\<\OV:c*   500038	m^%@bu,   16AA0.13-9	; DXsPpZC   DIL18	,I6li7V   APD Array 16 Elements, QE>80% at760-910nm
y0f:N U   501097	R_^0Un([   16AA0.4-9	3D;?X@   SOJ22GL	1-V"uLy@gC   APD Array 16 Elements, QE>80% at760-910nm
zfrNM9C   50130802	%@9c'6   25AA0.04-9	n&l(aRoyx   BGA	(^oN, 7   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
12VIP-ABK   50130802	RDfvD|}VN   25AA0.16-9	D%}rQ,*   BGA	:6MV@{;PJ   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
qxB|*P`   50130702	U ,NGV0   64AA0.04-9	a[Nm< qV05   BGA	+=:_a$98   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
\sz*M B   501207	]"/SU6#4:   QA4000-9	cO$xT;kK   TO8Si	dbJ3E)rF   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
_h+7KK   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
/!?b&N/d)   Order #	EXMW,   Type		kXV ;J$1   Active Area		~R&rQJJeJ   Dark Current	7Kf   Rise Time
	C7O 8B;   Chip	Lk)I;;   Package	yg.o?eML   Size	+e^CL#Gs   Area	z3Yi$*q <   M=100	qV9}N-sS   M=100 1064nm
			DIABR%0   mm	15@2h   mm2	cLEd-{x   nA	B}S+/V` Y5   ns
#SKC>MGz   500953	?q7MbQw   AD500-10	xax[#Vl4   TO5i	SwsJ<Dq^z   Ø0.5	~s-bA#0S   0.2	^&D5J\][   1.5	ftvu69f   4
eL>wKu:r   501233	e^em^1H( %   AD800-10	8 :WN@   TO5i	Ni8%K6]z   Ø0.8	>?1GJ5]\s   0.5	[;yKbw!C   3	] 0&X[?   5
t{>#)5Pqv   500883	oP`:NCj\9   AD1500-10	Q7<Y5+   TO5i	'<3h8\"   Ø1.5	X1d{7H8A2   1.77	RP$h;0EQG   7	#8sy QWlG   5
Mk~U/oq   50123401	"b402"&   AD4000-10	\s%g'g;   TO8Si	'Kk/ J+6U   Ø4	GMg!2CIU   12.56	k,$/l1D   50	T_!F I29   6
L@ z[b^   501387	]?)uYot   AD800-10	i9Beap/t$   TO8S	e,{k!BXU#'   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
2Y%7.YX"   Multi-Element Array
c0Bqm   501174	|||m5(`S   QA4000-10	t #Kucde   TO8Si	=xDxX#3   Quadrant Avalanche Photodiode, High QE at850-1070nm

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