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。 q:8\e  

Eu4 &-i   Series 11: Blue sensitivity enhanced (forbiomedical applications)
5*1#jiq   Order #	7>&1nBh. f   Type		tR;{.   Active Area		S(tEwXy   Dark Current	QTE:K?   Rise Time
	Y/D-V   Chip	aaT5u14%   Package	}^9paU   Size	>f%,`r   Area	9rS,?    M=100	nALnB1   410nm 50Ω
			=y<0UU   mm	Q1]Wo9j   mm2	Y;g% e3nu   nA	#Qsk}Gv   ns
BV1u,<T"   500970	@ t|3gF$X   AD800-11	K" ^cq~    TO52S1	A_i zSzC1   Ø0.8	XmlIj8%9[&   0.5	@(){/ cF   1	tUv3jq)n%   1
4|=vxJ   500967	`@MPkCy1   AD1900-11	"/!'9na{QL   TO5i	s-%J5_d f   Ø1.95	PT05DH   3	ZMJ3NN]F   5	o X@nP?\   2
<5k&)EoT   Series 12: Red sensitivity enhanced(cut-off frequency up to 3 GHz)
UO1$UF! QC   Order #	I{EIHD<   Type		OW#_ty_ul   Active Area		-O%[!&`   Dark Current	1J&#&\,f&   Rise Time
	i pwW%"6   Chip	w?S8@|MK   Package	VfRs[3 Q   Size	sS|<&3   Area	u uSHCp   660nm M=100	&#-[Y:?lA   660nm 50Ω
			@.1Qs`pt   mm	|,{+;:   mm2	[aHlu[,   A/W	Yw1Y-M   GHz
F^]aC98]1   501828	"*t6t4/Q   AD100-12	Q K j1yG0i   LCC6.1	$ hoYkA   Ø0.1	2^J/6R$   0.008	{zu/tCq?   50	K#@ K"N=   typ.3, min.2
jzQ I>u   501829	c8q G\\t[   AD100-12	]| z")gOE   LCC6.1f	~T7\8 K+ $   Ø0.1	a}w&dE$!-   0.008	F=:c5z   44	pLPd[a   typ.3, min.2
kR_E6Fl   501831	1 0V+OIC   AD100-12	N" ;^S   TO52S1	:/~_sJt C   Ø0.1	gkLr]zv   0.008	h~:H?pj3g   50	=uS8>.Qj   typ.3, min.2
`u$24h'!   501157	il7!}   AD230-12	j~.u>4   LCC6.1	/CbkqNV   Ø0.23	.C6gl]6y@   0.042	<9T [yg   50	9'l.TcVm`,   typ.3, min.2
. rRc   501156	u>1v~3,r#   AD230-12	aK-N}T   LCC6.1f	WVj&0   Ø0.23	)2/b$i,JKk   0.042	,~iFEaV+   44	{<"[D([   typ.3, min.2
:%pw`b, =V   501820	IK85D>00T   AD230-12	" 1AjCHZ   LCC6.1f	ddl3fl#f   Ø0.23	\#HL`R"   0.042	N:5b1TdI,   44	f7K8m|   typ.3, min.2
jjNxatAN   501162	(]oFB$   AD230-12	MuN[U17FB   TO52S1	g\E ._ab<   Ø0.23	oK%K+h   0.042	8}]l9"q(   50	A=y24m   typ.3, min.2
Idt@Hk5<&   501155	+W!'B r   AD500-12	zR_9D}   LCC6.1	qEPf-O:lm   Ø0.5	oVAOGHE   0.196	&0?DL   50	Z(#XFXd   typ.3, min.2
zaQ$ Ht   501154	Uzy;#q   AD500-12	^a: Saq-}   LCC6.1f	@fUX )zm>   Ø0.5	&?&'"c{;m   0.196	Be'?#Qe    44	`1}HWLBX.   typ.3, min.2
iLc)"L-i   501819	a>#d=.   AD500-12	-<u- +CbuT   LCC6.1f	"0p +SZ~D   Ø0.5	Q5T(;u6   0.196	H!Fr("6}   44	EY=\C$3J:   typ.3, min.2
17?NR\Q   501163	RI7qsm6RN   AD500-12	nI((ki}v   TO52S1	9J't[( u|u   Ø0.5	ZP]2/;h   0.196	WoC\a^V   50	^' edE5   typ.3, min.2
$fq-wl-=   Series 8: Optimized for high cut-offfrequencies-850 nm (optimized for high speeds)
E,"b*l.   Order #	/S-/SF:>g   Type		T +|J 19   Active Area		!8H!Fj`|j   Dark Current	3 LZL!^ 5N   Rise Time
	)of5229   Chip	8+@1wk s   Package	rF <iWM=   Size	HXlr   Area	9P,A t8V(   M=100	98"z0nI%   M=100 20V 50Ω
			"RR./e)h   mm	VyBJIzs0   mm2	g~i''lng   nA	(9'G   ns
a!S R"3 k   501810	+3~Gc<OO   AD100-8	< |]i   LCC6.1	h;:Se   Ø0.1	S]#=ES'^/   0.008	`SSP53R(0   0.05	dd @COP?   <0.18
z[$9B#P   501811	8xeun~e"vS   AD100-8	^HOwN<}`#   LCC6.1f	.lNnY8<   Ø0.1	c DEe?WS   0.008	Y;%R/OyWY   0.05	||"":K   <0.18
l72ie   501812	 5Fl   AD100-8	/(WX!EEsB   LCC6.1f	s\3Z?zm8   Ø0.1	T{v<   0.008	D{Jc+Q$   0.05	o#KPrW`XJ/   <0.18
Kr+Bty   500011	Xbsj:Ko]]U   AD100-8	\e5,`   TO52S1	gw}7%U`T9   Ø0.1	=c5 /cpZ^   0.008	l,FG:"`Z@   0.05	9b=^" K   <0.18
u0 'pR# m|   501171	7p"~:1hU   AD100-8	!A ydhe   TO52S3	 +lf@O&w   Ø0.1	NiJ?no   0.008	6r-<XNv)0   0.05	MlcoOi!   <0.18
a_#eGe>   501078	jW+VU F-t   AD230-8	v' 2OHb#   LCC6.1	CH R?i1e   Ø0.23	Z({`9+/>u   0.04	#VMBn}   0.3	kdueQ(\   0.18
;wYwiSVd   501079	5GWM )vrZg   AD230-8	F" #3s=   LCC6.1f	OHa{!SaL   Ø0.23	JD\-X(O   0.04	*MyS7<   0.3	&V,-W0T_   0.18
dQ2i{A"BKz   501805	iTBhLg,   AD230-8	4@V<Suw   LCC6.1f	YaE['a   Ø0.23	<xh'@592   0.04	+ 1%^c(3   0.3	HDXjH|of   0.18
V~^6 TS(   500019	#}]il0d   AD230-8	J;]@?(   TO52S1	Qre&N_   Ø0.23	sB1tce   0.04	 sCf(h   0.3	AZ Lt'9UD   0.18
gt~2Br4   500022	^}pREe c=   AD230-8	+`vZg^_c`   TO52S3	e^fKatI1   Ø0.23	ST[1'T+L   0.04	$4~}_phi   0.3	M&\?)yG   0.18
x[uX D   501496	8LM1oal}   AD230-8	!iz vY   ODFN2x2	n[w,x;   Ø0.23	CzsY=DBH=   0.04	oP`M\KXau   0.3	N %/DN   0.18
_w,0wn9N$   501077	qA\kx#v]P   AD500-8	 eJ\j{-   LCC6.1	xwp?2,<   Ø0.5	xr-`i   0.2	&-)Y[#\J   0.5	f?I *`~k   0.35
O)Dw<j)   501076	R3!vS+5rR   AD500-8	Ewsg&CCN   LCC6.1f	B91PlM.   Ø0.5	`Q^Sm`R   0.2	z7pXpy \   0.5	+&8Ud8Q   0.35
RvZ-w$E&?   501809	Ck a]F2,   AD500-8	cQ ;Ry!$   LCC6.1f	xi^e =:;`   Ø0.5	4'[ V'c\   0.2	+\$|L+@Z   0.5	l%5%oN`4   0.35
]@}BdMlHp   500030	v23Uh2[@Yy   AD500-8	/%w[q:..h   TO52S1	R'HA>?D   Ø0.5	0BD((oNg   0.2	;<R_j%*   0.5	O}!@28|3"   0.35
To? bp4   500305	j;'Wf[V   AD500-8	5&K n #   TO52S2	 :Rx"WY   Ø0.5	O +}EE^*a   0.2	Y rnqi-P   0.5	fR;_6?p*B   0.35
YEoT_>A$dB   500155	;!sGfrs0$   AD500-8	~,-O   TO52S3	C2i..iD   Ø0.5	{S(T1ua   0.2	<s3(    0.5	DA@hf   0.35
lc#zS_   500947	!_!b\   AD800-8	eakIK+-21y   TO52S1	wcT6d?*5   Ø0.8	<t@*[Aw   0.5	N0hU~|/   2	MCG~{#`   0.7
c)fp;^   501117	Khd,|pM   AD1100-8	=6YO!B>7   TO52S1	n9-[z2n   Ø1.13	N\&;R$[9:   1	6\@, Lb   4-6	r0bPaAKw   1
@ xr    500015	PaJwM%s)L   AD1900-8	- Sgp,"a   TO5i	X+@,vCC   Ø1.95	1R9/AP   3	E=trJge   15	]zY'w,?D\F   1.4
K 5[ 3WHQ   501194	RtL'fd   AD3000-8	S` KCVQ>V   TO5i	9%6`ZS~3   Ø3	.CpO+z   7.07	hh}EDnx   30	zxdO3I   2
x0GZ2*vfsb   500160	J)NpG9iN   AD5000-8	s' 4p+eJ   TO8i	3Gv i!h7   Ø5	6P|neb}   19.63	jXZNr   60	$@wkQ%   3
[L^#<@S   500002	SbivW5|61   AD230-8-2.3G	k#[s)Ja?s   TO5	JY16|ia   AD230-8-2.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
w[-Bsf   500003	KW<CU'   AD500-8-1.3G	(J*0/7 eX   TO5	XU7bWafy   AD500-8-1.3GTO5 is a high frequency optical data receiver comprising an Avalanche SiliconPhotodiode and a transimpedance amplifier in a hermetically sealed TO5package.
yqwr0yDAl   Series 9: NIR sensitivity enhanced-900nm(specifically for LIDAR and laser rangefinders)
JM%#L*;   Order #	&@-glF5   Type		'h6RZKG T   Active Area		_3S{n=9   Dark Current	1 Y&d%AA   Rise Time
	hg @Jpg   Chip	jU$PO\UTk   Package	P+UK@~D+G   Size	Tp13V.|   Area	sTz*tSwQv   M=100	u'p J9>sC   M=100
			1-#tx*>AY   mm	HV(Kz   mm2	#v-!GK_<   nA	,z3b2$ &A   ns
_#:1Axx1   501815	9iE66N>z   AD100-9	_JH6bvbQ   LCC6.1	YBP{4Rl   Ø0.1	DVl:s   0.008	|*$_eb   0.1	7@?b_   <0.5
8Yh2K}   501816	T2{+fRvN   AD100-9	0"N %Vm   LCC6.1f	L;[*F-+jD   Ø0.1	S SXSgp   0.008	ks}o9[D3   0.1	(L1`]cp   <0.5
;l'I.j   501123	)-@EUN0E>5   AD230-9	)[1m$>   LCC6.1	7-DC"`Y8e   Ø0.23	?*4zNhL   0.04	QS}=oOR@k   0.5	$m>e!P>%u   0.5
jo^*R'}   501817	heWb(E&   AD230-9	]Gr'Bt/   LCC6.1f	MYDSkW   Ø0.23	Tx5L    0.04	VA0TY/{ ]   0.5	DKZ69^   0.5
]^y}}y   500020	=%L^!//c   AD230-9	nCrNZ&P   TO52S1	( nh!tC   Ø0.23	<T wq{kt   0.04	zP9!fA   0.5	P(`IY+   0.5
;%1^k/b6t   501265	e([&Nr8h   AD230-9	'Khq!pC    TO52S1F2	D1f=f88/}   Ø0.23	II91Ia   0.04	<7GK *I   0.5	$spf=t"nh   0.5
Cv|:.y   500023	(;"ICk&   AD230-9	K +~   TO52S3	%_ ~[+~#   Ø0.23	>HFJm&lQ   0.04	EVf'1^f   0.5	Ol? 2Qy.2)   0.5
j- A|\:   501122	h@J`:KO   AD500-9	G<-.{Gx)   LCC6.1	P}5aN_v\   Ø0.5	78%2#;;G   0.2	u7mj   0.8	 lcr=^   0.55
g@QpqrT   501818	=4zsAa   AD500-9	MiC &a v   LCC6.1f	6"DvdJ0MB   Ø0.5	d|TIrlA   0.2	& zG=   0.8	E|>I/!{u7`   0.55
|3i~?] A   500031	nXN0~,+   AD500-9	Cdv TC`~,   TO52S1	-b{*8(d<I   Ø0.5	iJYr?3nw;   0.2	' 9,}N:p   0.8	\||PW58j   0.55
,Xn%-OT   500590	j<!$ug9VA   AD500-9	=y':VIVJC   TO52S1F2	MwuH.# Ez   Ø0.5	ESs)|t h   0.2	{e~d^^N5   0.8	Dx Yu    0.55
;'h7 j*6   500306	<W?,n%   AD500-9	\z_@.Jw{   TO52S2	'.iUv#j4Sh   Ø0.5	gs!{'=4wT   0.2	R+m{nO~r   0.8	}$7Hf+G   0.55
]8mBFr5E9   500156	&L/C:<.   AD500-9	%p MW5]H   TO52S3	6wF?FtT   Ø0.5	?XHJCp;f   0.2	+@!9&5SA   0.8	SQeQ"k|P%   0.55
i->sw#   501196	J@Li*Ypo   AD800-9	g~cWBr%>   TO52S1	ht1 jrCe   Ø0.8	9@h>_1RJz   0.5	8^^al!0K~   2	!PO(Bfd   0.9
)Q X9T   501197	Ad"::&&Wk   AD1100-9	`Q{kiy   TO52S1	BjB2YO& /   Ø1.13	e Svu:euv   1	tp1{)|pwY6   4	|sI^_RdBv   1.3
bDr'W   501208	Oe5aNo   AD1500-9	:dK%=j*ZK   TO5i	0S'EnmG   Ø1.5	i}q6^;uTF   1.77	@50Js3R1q   2	=^{^KHzIl3   2
F~{4)`   501198	]AN) M>   AD3000-9	m,*f6g   TO5i	SkK=VeD>8   Ø3	6!bf,T ]   7.07	Vbwbc5m}   30	HHX9QebiST   2
5B(|!Xq;I   500161	"e_ED*   AD5000-9	ftK.jj1:   TO8i	!D   Ø5	:?60pu=   19.63	>s1HQSe66   60	wngxVhu8Ld   3
{2V=BDS|?K   500756	T*$uc,   AD230-9-400M	p<jHUG4?'   TO5	!{SEm"J^   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.
0a(*/u   500490	vK6bpzI 3   AD500-9-400M	.d.7D ]Yn   TO5	(+4=A k   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.
6R?J.&|   Multi-Element Array
 +wQGC   501099	u52@{@Ad   8AA0.4-9	iA%3cpIc(Z   SOJ22GL	^6Xio6W   APD Array 8 Elements, QE>80% at760-910nm with NTC
Ron^PvvY&   501098	3lKIEPf6r   16AA0.13-9	[V1gj9t=,   SOJ22GL	wl!'Bck=   APD Array 16 Elements, QE>80% at760-910nm with NTC
}3+q}_3   500038	!FO92 P16   16AA0.13-9	;E*ozKpm   DIL18	Qi[T!1   APD Array 16 Elements, QE>80% at760-910nm
\ 0:ITz   501097	S?D2`b   16AA0.4-9	.}Xkr+ +]   SOJ22GL	V,2O`D%   APD Array 16 Elements, QE>80% at760-910nm
A@`C<O ^   50130802	#?aR,@n   25AA0.04-9	Q>X ;7nt0   BGA	 _msDf2e9   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
(spX3n%p   50130802	5|AZ/!rb   25AA0.16-9	'o5[:=K   BGA	gg6&Fzp   APD Array 25 (5×5) elements, QE>80% at760-910nm with PTC
jkfI,T   50130702	gAR];(*   64AA0.04-9	FxD "z3D   BGA	Th"7p:SE?   APD Array 64 (8×8) elements, QE>80% at760-910nm with PTC
mv+.5X   501207	L!{^^7   QA4000-9	5ptbz<Xv   TO8Si	uV;Z   Quadrant Avalanche Photodiode, QE>80%at 760-910nm
!rrjA$P<v   Series 10: NIR sensitivity enhanced -1064nm (specifically for laser rangefinders, targeting systems or anyapplications using YAG lasers or similar NIR radiation sources)
|QHWX^pO   Order #	+LrW#K;   Type		t7lRMCN   Active Area		sz}Nal$AC   Dark Current	/ZD/!YD&R   Rise Time
	+!w?g/dV   Chip	uE/qraA   Package	rNI3_|a   Size	H#6J7\xcS   Area	jQf1h|e   M=100	,m0=z H4+:   M=100 1064nm
			S$V'_   mm	heRQ|n.Dz)   mm2	R$PiF1ffj   nA	|/rBR!kPq   ns
I|BLAm6j   500953	=. OWsFv   AD500-10	c L84}1QD   TO5i	SR8[ 7MU   Ø0.5	qf ]ax!bK   0.2	/@on=~   1.5	mQ1QJ_;   4
#U!J2240   501233	C10A$=!   AD800-10	k9Yr&8B   TO5i	LG51e7_gFi   Ø0.8	qE(`@G   0.5	JlGyGr^MD   3	;9b?[G   5
x ~KS;hA   500883	{>5c,L$   AD1500-10	]_#[oS   TO5i	mb?yG:L=0b   Ø1.5	EMJ}tvL0Tp   1.77	>N44&W   7	%#|S   5
ox)/*c<   50123401	WqwD"WX+w   AD4000-10	hydn" 9;   TO8Si	?ILNp`k   Ø4	F5)Ta?3|"<   12.56	e3',? 5j   50	s2&UeYbIs   6
GAPZt4Z2   501387	}8 ,b;Q   AD800-10	l1!i3m'x   TO8S	}p."7(   High speed, high gain, low noise, lowpower consumption hybrid (AD800-10+TIA)
\b~zyt6-   Multi-Element Array
&XN*T.Y`   501174	 #]n[   QA4000-10	m|e!1_:H   TO8Si	[gD02a:u   Quadrant Avalanche Photodiode, High QE at850-1070nm

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