Cw3s

Short description:

Aluminium electrolytic capacitor

Frangeretur, in type

Ultra-parva mole, princeps reliability, ultra-humilis temperatus CVN ° C, MMM horis, idoneam ad Industrial agit, servo Rads Directives

Mitte inscriptio nobis

Product Detail

Index products numerum

Product Tags

Main Technical parametri

Technica modularis

♦ CV ℃ MMM horis

♦ High Reliability, Super humilis temperatus

♦ parva magnitudine

♦ Rohs obsequium

Specificatio

PRAECIPUUS	Characteres
Temperatus range (℃)	-40 ℃ + CV ℃
Voltage range (v)	350 ~ 500V.DC
Capacitance range (UF)	XLVII ~1000uf (XX ℃ 120Hz)
Capacitance tolerantia	± XX%
Leakage Current (MA)	<0.94MA vel III CV, V minuta test ad XX ℃
Maximum DF (XX℃)	0.15 (XX ℃, 120hz)
Temperature characteres (120hz)	C (-25 ℃) / C (+ XX ℃) ≥0.8; C (-40 ℃) / C (+ XX ℃) ≥0.65
Insulating resistentia	Valorem metiri applicando DC 500V Nulla resistentia tegra inter omnes terminals et disrumpam anulus cum insulating sleeve = 100mω.
Insulating voltage	Applicare n 2000v inter omnes terminals et disrumpam anulus cum insulating sleeve ad I minute et non deprauationem videtur.
Patientia	Applicare rated Rapple Current in Capacitor cum voltage non plus quam rated voltage sub CV ℃ environment et applicare rated voltage pro 3000hours, tunc recuperandam ad XX ℃ environment et test results ut satisfacere ad subit.
	Capacitance Mutare Rate (δc)	≤initial valorem 土 XX%
	DF (TGδ)	≤200% of initial specificationem pretii
	Leakage Current (LC)	≤initial specie valorem
Shelflife	Capacitorcord tenentur in CV ℃ environment pro M horas, tunc probata in XX ℃ amet et test exigere debere satisfaciunt ut infra.
	Capacitance Mutare Rate (δc)	≤initial valorem 土 XV%
	DF (TGδ)	≤150% of initial specie pretii
	Leakage Current (LC)	≤initial specie valorem
	(Voltage Pretreatment debet fieri ante test: Applicare rated voltage in utroque terminos Capacitor per a resister de 1000Ω pro I hrs, deinde emundare electricity per 1Ω / Temperature FBD 24hrs post totalis, tunc incipit test.)

Product Dimensional Drawing

Φd	Φ22	Φ25	Φ30	Φ35	Φ40
B	11,6	11,8	11,8	11,8	12,25
C	8,4	10	10	10	10

Ripple Current Frequency correptio coefficientem

Frequency corripiat coefficiens rated laclia current

Frequency (HZ)	50Hz	120Hz	500Hz	Ikhz	> 10khz
Coefficient	0,8	1	1.2	1,25	1.4

Temperature corripiat coefficiens rated laclia current

Temperature amet (℃)	XL ℃	LX ℃	LXXXV ℃	CV ℃
Correptio factor	2.7	2.2	1.7	1

Liquor magna-scale negotium department erat statutum in MMIX, et penitus involved in investigationis et progressionem et fabricantium cornu-genus et fulmine-genus aluminium electrolytic capacitor. Liquid magna-scale aluminium electrolytic capacitors habere commoda ultra-altum voltage (16v ~ 630v), Ultra-humilis temperatus, princeps stabilitatem, humilis leakage current, magna rapple current resistentia, et longa vita. In products sunt late in photovoltaic inverters, prćcipiens acervos, vehiculum-mounted OBC, velit industria repono potentia copia, et industriae frequency conversionem et alia applicationem agris. Damus plena ludere ad commoda "New Product Development, summus praecisione vestibulum, et professional bigas integrationem applicationem-latus promotionem", ut non durum est in occursum est, et committitur ad satisfacere, cum technica et operam, ut providere technica et artificium et in premat, providere customers et artificium et in premunt, providere teloniatores in occursum et operis et peculiari, providebit de technica et artificia, et peculiari, providebit de technica et artificia et in premat et technica et speciale, providere customers et artificium et speciale, providere teloniatores in technica et operis, ut providebit de technica et artificia et in premunt Customers et Technical Services et Product Customers et Technical Services et Production Customers cum technica et speciali productum est, cum technica et speciali producto Customization et occursum mos necessitates.

CirciterAluminium electrolytic capacitorVos postulo scio

Aluminium electrolytic capacitors sunt communia genus of capacitori usus est in electronic cogitationes. Disce basics of quomodo operantur et applications in hoc duce. Tu curiosus de Aluminium electrolytic capacitor? Hoc articulum tegit fundamentum harum aluminium capacitor, comprehendo eorum constructione et usus. Si vestri 'novus ad aluminium electrolytic capacitors, hoc duce est magnum locum ut satus. Invenire basics horum aluminium capacitors et quomodo illi munus in electronic circuits. Si vos es interested in electronics capacitor component, ut audivit de Aluminium Capacitor. Haec capacitor components sunt late in electronic cogitationes et ludere an maximus munus in circuitu consilium. Sed quidnam sunt et quomodo operantur? In hoc duce, ut youll 'explorarent basics of aluminium electrolytic capacitors, comprehendo eorum constructione et applications. Utrum tu a inceptor aut peritus electronics FANUSSUS, hoc articulus est magnus resource ad intellegendum haec maximus components.

1. quid est aluminium electrolytic capacitor? An aluminium electrolytic capacitor est genus capacitor quod utitur an electrolytici ad consequi altiorem capacitance quam alia genera capacitors. Non est ex duobus aluminium pullulas separari a chartam inebriabitur in electrolytici.

2.How non opus? Cum autem voltage applicantur ad electronic capacitor, electrolytici conducts electricity et concedit in Capacitor electronic ad copia industria. Aluminium pullos agere sicut electrodes et charta inebriet in electrolytici acts ut Dielectric.

3.What sunt commoda usura an aluminium electrolytic capacitors? Aluminium electrolytic capacitors habere altum capacitance, quod modo possunt reponunt multum industria in parva spatium. Sunt etiam relative insumptuosus et tractare altum voltages.

4.What sunt incommoda per aluminium electrolytic capacitor? Unum incommodum usura estAluminium electrolytic capacitorsest quod habent limitata lifespan. Et electrolytici potest excoquatur ex tempore, quod potest causare capacitor components deficere. Etiam sensitivo temperatus potest laedi si patere alta temperaturis.

5.What sunt quidam communis applications Aluminium electrolytic capacitors? Aluminium electrolytic capacitor non communiter in potentia commeatus, audio apparatu et alia electronic cogitationes, quae requirere princeps capacitance. Sunt etiam in automotive applications, ut in ignitio ratio.

6.How tu elige ius aluminium electrolytic capacitor pro application? Cum eligens aluminium electrolytic capacitors, vos postulo ut considerans capacitance, voltage rating et temperatus rating. Vos quoque postulo ut considerandum magnitudinem et figura de capacitor, tum adscendens optiones.

7.How vos curo ad aluminium electrolytic capacitor? Curare ad anAluminium electrolytic capacitorsVos vitare exponendo ad altum temperaturis et excelsum voltages. Vos should etiam vitare subiicit illud mechanica accentus vel tremor. Si capacititor adhibetur raro, vos debet periodice applicare ad voltage ad eam ut ad electrolytici ex siccatio sunt.

Commoda et incommodaAluminium electrolytic capacitors

Aluminium electrolytic capacitor habere commoda et incommoda. Positivum latus habent summus capacitance-to-volumen Ratio, ut utile in applications ubi spatium limitatur. Et aluminium electrolytic capacitor etiam habent relative humilis pretium comparari ad alia genera capacitors. Tamen, non habent limitata lifespan et potest esse sensitivo ad temperatus et intentione fluctuations. Praeterea, aluminium electrolytic capacitors ut experiri leakage vel defectum, si non recte. In positivum, aluminium electrolytic capacitors habent princeps capacitance-to-volumine Ratio, faciens ea utile in applications ubi spatium limitatur. Tamen, non habent limitata lifespan et potest esse sensitivo ad temperatus et intentione fluctuations. Praeterea, aluminium electrolytic capacitor potest esse prona ad lacus et habere altiorem equivalent seriem resistentia comparari aliis genera electronic capacitors.

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Products Number	Operating temperatus (℃)	Voltage (V.DC)	Capacitance (UF)	Diameter (mm)	Longitudo (mm)	Leakage Current (UA)	Rated Ripple Current [MA / RMS]	ESR / Impedance [ωmage]	Vita (HRS)	Certification
Cw3s2v560mnzs011s2	-40 ~ CV	CCCL	56	22	20	CDXX	381,8	2.657	MMM MMM	-
Cw3s2v680mnzs011s2	-40 ~ CV	CCCL	68	22	20	CDLXIII	CDLIII	2,188	MMM MMM	-
Cw3s2v820mnzs01s2	-40 ~ CV	CCCL	82	22	20	DVIII	498.6	1.815	MMM MMM	-
Cw3s2v101mnzs02s2	-40 ~ CV	CCCL	C	22	25	DLXI	545,9	1.488	MMM MMM	-
Cw3s2v101mnys011s2	-40 ~ CV	CCCL	C	25	20	DLXI	602.7	1.488	MMM MMM	-
Cw3s2v121mnzs02s2	-40 ~ CV	CCCL	CXX	22	25	DCXV	636,9	1.24	MMM MMM	-
Cw3s2v121mnnys011s2	-40 ~ CV	CCCL	CXX	25	20	DCXV	634,4	1.24	MMM MMM	-
Cw3s2v151mnzs03s2	-40 ~ CV	CCCL	CL	22	30	DCLXXXVII	748,1	0.992	MMM MMM	-
Cw3s2v151mnys02s2	-40 ~ CV	CCCL	CL	25	25	DCLXXXVII	697.6	0.992	MMM MMM	-
Cw3s2v151mnnxs011s2	-40 ~ CV	CCCL	CL	30	20	DCLXXXVII	776,3	0.992	MMM MMM	-
Cw3s2v181mnzs03s2	-40 ~ CV	CCCL	CLXXX	22	30	DCCLIII	854,9	0.827	MMM MMM	-
Cw3s2v181mnys02s2	-40 ~ CV	CCCL	CLXXX	25	25	DCCLIII	810.2	0.827	MMM MMM	-
Cw3s2v181mnxs011s2	-40 ~ CV	CCCL	CLXXX	30	20	DCCLIII	837,1	0.827	MMM MMM	-
Cw3s2v221mnzs04s2	-40 ~ CV	CCCL	CCXX	22	35	DCCCXXXIII	980.4	0.676	MMM MMM	-
Cw3s2v221mnnys03s2	-40 ~ CV	CCCL	CCXX	25	30	DCCCXXXIII	940,9	0.676	MMM MMM	-
Cw3s2v221mnnxs011s2	-40 ~ CV	CCCL	CCXX	30	20	DCCCXXXIII	911,5	0.676	MMM MMM	-
Cw3s2v271mnzs05s2	-40 ~ CV	CCCL	CCLXX	22	40	CMXXII	1121.6	0.551	MMM MMM	-
Cw3s2v271mnnys03s2	-40 ~ CV	CCCL	CCLXX	25	30	CMXXII	1087.4	0.551	MMM MMM	-
Cw3s2v271mnnxs02s2	-40 ~ CV	CCCL	CCLXX	30	25	CMXXII	1068.7	0.551	MMM MMM	-
Cw3s2v271mnas011s2	-40 ~ CV	CCCL	CCLXX	35	20	CMXXII	1091.1	0.551	MMM MMM	-
Cw3s2v331mnzs06s2	-40 ~ CV	CCCL	CCCXXX	22	45	MXX	1251,8	0.451	MMM MMM	-
Cw3s2v331mnys04s2	-40 ~ CV	CCCL	CCCXXX	25	35	MXX	1251,8	0.451	MMM MMM	-
Cw3s2v331mnnxs02s2	-40 ~ CV	CCCL	CCCXXX	30	25	MXX	1244,2	0.451	MMM MMM	-
Cw3s2v331mnas011s2	-40 ~ CV	CCCL	CCCXXX	35	20	MXX	1278,7	0.451	MMM MMM	-
Cw3s2v391mnys05s2	-40 ~ CV	CCCL	CCCXC	25	40	MCVIII	1410.5	0.382	MMM MMM	-
Cw3s2v391mnnxs03s2	-40 ~ CV	CCCL	CCCXC	30	30	MCVIII	1338.4	0.382	MMM MMM	-
Cw3s2v391mnas02s2	-40 ~ CV	CCCL	CCCXC	35	25	MCVIII	1375,5	0.382	MMM MMM	-
Cw3s2v471mnys06s2	-40 ~ CV	CCCL	CDLXX	25	45	MCCXVII	MDCLXIII	0.317	MMM MMM	-
Cw3s2v471mnnxs04s2	-40 ~ CV	CCCL	CDLXX	30	35	MCCXVII	1616,1	0.317	MMM MMM	-
Cw3s2v471mnas03s2	-40 ~ CV	CCCL	CDLXX	35	30	MCCXVII	1588.1	0.317	MMM MMM	-
Cw3s2v561mnnxs05s2	-40 ~ CV	CCCL	DLX	30	40	MCCCXXVIII	1827,5	0.266	MMM MMM	-
Cw3s2v561mnas03s2	-40 ~ CV	CCCL	DLX	35	30	MCCCXXVIII	1817,5	0.266	MMM MMM	-
Cw3s2v681mnnxs06s2	-40 ~ CV	CCCL	DCLXXX	30	45	MCDLXIV	2153.1	0.219	MMM MMM	-
Cw3s2v681mnas04s2	-40 ~ CV	CCCL	DCLXXX	35	35	MCDLXIV	2075.3	0.219	MMM MMM	-
Cw3s2v821mnas05s2	-40 ~ CV	CCCL	DCCCXX	35	40	MDCVII	2322.6	0.181	MMM MMM	-
Cw3s2v102mnas06s2	-40 ~ CV	CCCL	M	35	45	MDCCLXXV	2548,2	0,149	MMM MMM	-
Cw3s2g470mnzs01s2	-40 ~ CV	CD	47	22	20	CDXI	CCCXXII	3.454	MMM MMM	-
Cw3s2g560mnzs01s2	-40 ~ CV	CD	56	22	20	CDXLIX	350,1	2.899	MMM MMM	-
Cw3s2g680mnzs011s2	-40 ~ CV	CD	68	22	20	CDXCV	420.4	2.387	MMM MMM	-
Cw3s2g820mnzs011s2	-40 ~ CV	CD	82	22	20	DXLIII	458.2	1.98	MMM MMM	-
Cw3s2g101nnzs02s2	-40 ~ CV	CD	C	22	25	DC	541,9	1.623	MMM MMM	-
Cw3s2g101nnys011s2	-40 ~ CV	CD	C	25	20	DC	DXL	1.623	MMM MMM	-
Cw3s2g121mnzs02s2	-40 ~ CV	CD	CXX	22	25	DCLVII	587.2	1.353	MMM MMM	-
Cw3s2g121mnys02s2	-40 ~ CV	CD	CXX	25	25	DCLVII	585.2	1.353	MMM MMM	-
Cw3s2g151mnzs03s2	-40 ~ CV	CD	CL	22	30	DCCXXXV	691,4	1.082	MMM MMM	-
Cw3s2g151mnys02s2	-40 ~ CV	CD	CL	25	25	DCCXXXV	694,9	1.082	MMM MMM	-
Cw3s2g151mnnxs011s2	-40 ~ CV	CD	CL	30	20	DCCXXXV	718.3	1.082	MMM MMM	-
Cw3s2g181mnzs03s2	-40 ~ CV	CD	CLXXX	22	30	DCCCV	791,9	0.902	MMM MMM	-
Cw3s2g181mnys02s2	-40 ~ CV	CD	CLXXX	25	25	DCCCV	DCCLI	0.902	MMM MMM	-
Cw3s2g181mnxs01s2	-40 ~ CV	CD	CLXXX	30	20	DCCCV	776,3	0.902	MMM MMM	-
Cw3s2g221mnzs04s2	-40 ~ CV	CD	CCXX	22	35	DCCCXC	910,1	0.738	MMM MMM	-
Cw3s2g221mnys03s2	-40 ~ CV	CD	CCXX	25	30	DCCCXC	925.4	0.738	MMM MMM	-
Cw3s2g221mnnxs02s2	-40 ~ CV	CD	CCXX	30	25	DCCCXC	909.9	0.738	MMM MMM	-
Cw3s2g221mnas011s2	-40 ~ CV	CD	CCXX	35	20	DCCCXC	929,3	0.738	MMM MMM	-
Cw3s2g271mnzs06s2	-40 ~ CV	CD	CCLXX	22	45	CMLXXXVI	1068.8	0.601	MMM MMM	-
Cw3s2g271mnys04s2	-40 ~ CV	CD	CCLXX	25	35	CMLXXXVI	998.3	0.601	MMM MMM	-
Cw3s2g271mnnxs02s2	-40 ~ CV	CD	CCLXX	30	25	CMLXXXVI	1019.7	0.601	MMM MMM	-
Cw3s2g331mnzs07s2	-40 ~ CV	CD	CCCXXX	22	50	MXC	1222,3	0.492	MMM MMM	-
Cw3s2g331mnnys05s2	-40 ~ CV	CD	CCCXXX	25	40	MXC	1222,3	0.492	MMM MMM	-
Cw3s2g331mnnxs03s2	-40 ~ CV	CD	CCCXXX	30	30	MXC	1160.2	0.492	MMM MMM	-
Cw3s2g331mnas02s2	-40 ~ CV	CD	CCCXXX	35	25	MXC	1192,9	0.492	MMM MMM	-
Cw3s2g391mnzs08s2	-40 ~ CV	CD	CCCXC	22	55	MCLXXXV	1373.8	0.416	MMM MMM	-
Cw3s2g391mnys06s2	-40 ~ CV	CD	CCCXC	25	45	MCLXXXV	1373.8	0.416	MMM MMM	-
Cw3s2g391mnxs04s2	-40 ~ CV	CD	CCCXC	30	35	MCLXXXV	1321.2	0.416	MMM MMM	-
Cw3s2g391mnas03s2	-40 ~ CV	CD	CCCXC	35	30	MCLXXXV	1365,4	0.416	MMM MMM	-
Cw3s2g471mnnys07s2	-40 ~ CV	CD	CDLXX	25	50	MCCCI	1515,6	0.345	MMM MMM	-
Cw3s2g471mnnxs05s2	-40 ~ CV	CD	CDLXX	30	40	MCCCI	1572,8	0.345	MMM MMM	-
Cw3s2g471mnas03s2	-40 ~ CV	CD	CDLXX	35	30	MCCCI	1572,8	0.345	MMM MMM	-
Cw3s2g561mnnxs06s2	-40 ~ CV	CD	DLX	30	45	MCDXX	1705.9	0,29	MMM MMM	-
Cw3s2g561mnas04s2	-40 ~ CV	CD	DLX	35	35	MCDXX	1781.4	0,29	MMM MMM	-
Cw3s2g681mnas05s2	-40 ~ CV	CD	DCLXXX	35	40	MDLXV	2028.7	0.239	MMM MMM	-
Cw3s2g821mnas06s2	-40 ~ CV	CD	DCCCXX	35	45	MDCCXVIII	2269,4	0.198	MMM MMM	-
Cw3s2g102mnas08s2	-40 ~ CV	CD	M	35	55	MDCCCXCVII	2671.1	0.162	MMM MMM	-
Cw3s2w560mnzs011s2	-40 ~ CV	CDL	56	22	20	CDLXXVI	CCCLVIII	3,14	MMM MMM	-
Cw3s2w680mnzs011s2	-40 ~ CV	CDL	68	22	20	DXXV	424,2	2.586	MMM MMM	-
Cw3s2w820mnzs02s2	-40 ~ CV	CDL	82	22	25	DLXXVI	CDXXIX	2.145	MMM MMM	-
Cw3s2w820mnys011s2	-40 ~ CV	CDL	82	25	20	DLXXVI	422,9	2.145	MMM MMM	-
Cw3s2w101mnzs02s2	-40 ~ CV	CDL	C	22	25	DCXXXVI	542,4	1.759	MMM MMM	-
Cw3s2w101mnnys011s2	-40 ~ CV	CDL	C	25	20	DCXXXVI	506.2	1.759	MMM MMM	-
Cw3s2w121mnzs03s2	-40 ~ CV	CDL	CXX	22	30	DCXCVII	623.8	1.466	MMM MMM	-
Cw3s2w121mnys02s2	-40 ~ CV	CDL	CXX	25	25	DCXCVII	549,4	1.466	MMM MMM	-
Cw3s2w121mnnxs011s2	-40 ~ CV	CDL	CXX	30	20	DCXCVII	611,8	1.466	MMM MMM	-
Cw3s2w151mnzs03s2	-40 ~ CV	CDL	CL	22	30	DCCLXXIX	725.7	1.172	MMM MMM	-
Cw3s2w151mnys02s2	-40 ~ CV	CDL	CL	25	25	DCCLXXIX	653.4	1.172	MMM MMM	-
Cw3s2w151mnxs01s2	-40 ~ CV	CDL	CL	30	20	DCCLXXIX	675,7	1.172	MMM MMM	-
Cw3s2w181mnzs04s2	-40 ~ CV	CDL	CLXXX	22	35	DCCCLIV	745,5	0.977	MMM MMM	-
Cw3s2w181mnys03s2	-40 ~ CV	CDL	CLXXX	25	30	DCCCLIV	754,4	0.977	MMM MMM	-
Cw3s2w181mnxs02s2	-40 ~ CV	CDL	CLXXX	30	25	DCCCLIV	785,6	0.977	MMM MMM	-
Cw3s2w221mnnys03s2	-40 ~ CV	CDL	CCXX	25	30	CMXLIV	877.9	0.799	MMM MMM	-
Cw3s2w221mnnxs02s2	-40 ~ CV	CDL	CCXX	30	25	CMXLIV	863.5	0.799	MMM MMM	-
Cw3s2w221mnas011s2	-40 ~ CV	CDL	CCXX	35	20	CMXLIV	882.2	0.799	MMM MMM	-
Cw3s2w271mnzs06s2	-40 ~ CV	CDL	CCLXX	22	45	MXLVI	1014.9	0.651	MMM MMM	-
Cw3s2w271mnnys04s2	-40 ~ CV	CDL	CCLXX	25	35	MXLVI	1014.9	0.651	MMM MMM	-
Cw3s2w271mnnxs03s2	-40 ~ CV	CDL	CCLXX	30	30	MXLVI	1009.5	0.651	MMM MMM	-
Cw3s2w271mnas02s2	-40 ~ CV	CDL	CCLXX	35	25	MXLVI	1038.2	0.651	MMM MMM	-
Cw3s2w331mnys06s2	-40 ~ CV	CDL	CCCXXX	25	45	MCLVI	1173.2	0.533	MMM MMM	-
Cw3s2w331mnnxs04s2	-40 ~ CV	CDL	CCCXXX	30	35	MCLVI	1173.2	0.533	MMM MMM	-
Cw3s2w331mnas03s2	-40 ~ CV	CDL	CCCXXX	35	30	MCLVI	1212,7	0.533	MMM MMM	-
Cw3s2w391mnnys07s2	-40 ~ CV	CDL	CCCXC	25	50	MCCLVII	1333.3	0.451	MMM MMM	-
Cw3s2w391mnnxs05s2	-40 ~ CV	CDL	CCCXC	30	40	MCCLVII	1333.3	0.451	MMM MMM	-
Cw3s2w391mnas03s2	-40 ~ CV	CDL	CCCXC	35	30	MCCLVII	1310,9	0.451	MMM MMM	-
Cw3s2w471mnys09s2	-40 ~ CV	CDL	CDLXX	25	60	MCCCLXXX	1523.2	0.374	MMM MMM	-
Cw3s2w471mnnxs06s2	-40 ~ CV	CDL	CDLXX	30	45	MCCCLXXX	1523.2	0.374	MMM MMM	-
Cw3s2w471mnas04s2	-40 ~ CV	CDL	CDLXX	35	35	MCCCLXXX	1510,7	0.374	MMM MMM	-
Cw3s2w561mnxs07s2	-40 ~ CV	CDL	DLX	30	50	MDVI	1786,6	0.314	MMM MMM	-
Cw3s2w561mnas05s2	-40 ~ CV	CDL	DLX	35	40	MDVI	MDCCXXII	0.314	MMM MMM	-
Cw3s2w681mnas06s2	-40 ~ CV	CDL	DCLXXX	35	45	MDCLX	2044,4	0,259	MMM MMM	-
Cw3s2w821mnas07s2	-40 ~ CV	CDL	DCCCXX	35	50	MDCCCXXII	MMCCLXXXIII	0.214	MMM MMM	-
Cw3s2w102mnas09s2	-40 ~ CV	CDL	M	35	60	MMXIII	MMDXCIV	0.176	MMM MMM	-
Cw3s2h470mnzs011s2	-40 ~ CV	D	47	22	20	CDLX	284,3	4.03	MMM MMM	-
Cw3s2h560mnzs02s2	-40 ~ CV	D	56	22	25	DII	CCCXXXIV	3.382	MMM MMM	-
Cw3s2h680mnzs02s2	-40 ~ CV	D	68	22	25	DLIII	367,1	2.785	MMM MMM	-
Cw3s2h680mnys011s2	-40 ~ CV	D	68	25	20	DLIII	366,3	2.785	MMM MMM	-
Cw3s2h820mnzs02s2	-40 ~ CV	D	82	22	25	DCVIII	428,5	2.31	MMM MMM	-
Cw3s2h820mnnys011s2	-40 ~ CV	D	82	25	20	DCVIII	431,1	2.31	MMM MMM	-
Cw3s2h101mnzs03s2	-40 ~ CV	D	C	22	30	DCLXXI	525.8	1.894	MMM MMM	-
Cw3s2h101mnys02s2	-40 ~ CV	D	C	25	25	DCLXXI	505.4	1.894	MMM MMM	-
Cw3s2h101mnnxs011s2	-40 ~ CV	D	C	30	20	DCLXXI	490.2	1.894	MMM MMM	-
Cw3s2h121mnzs04s2	-40 ~ CV	D	CXX	22	35	DCCXXXV	599,5	1.578	MMM MMM	-
Cw3s2h121mnys03s2	-40 ~ CV	D	CXX	25	30	DCCXXXV	DLXXXII	1.578	MMM MMM	-
Cw3s2h121mnnxs011s2	-40 ~ CV	D	CXX	30	20	DCCXXXV	572,7	1.578	MMM MMM	-
Cw3s2h151mnzs05s2	-40 ~ CV	D	CL	22	40	DCCCXXII	DCLXIV	1.263	MMM MMM	-
Cw3s2h151mnys03s2	-40 ~ CV	D	CL	25	30	DCCCXXII	644,6	1.263	MMM MMM	-
Cw3s2h151mnxs02s2	-40 ~ CV	D	CL	30	25	DCCCXXII	634,4	1.263	MMM MMM	-
Cw3s2h151mnas01s2	-40 ~ CV	D	CL	35	20	DCCCXXII	648,5	1.263	MMM MMM	-
Cw3s2h181mnzs06s2	-40 ~ CV	D	CLXXX	22	45	CM	782.9	1.052	MMM MMM	-
Cw3s2h181mnys04s2	-40 ~ CV	D	CLXXX	25	35	CM	771.6	1.052	MMM MMM	-
Cw3s2h181mnnxs03s2	-40 ~ CV	D	CLXXX	30	30	CM	DCCXXXIII	1.052	MMM MMM	-
Cw3s2h181mnas02s2	-40 ~ CV	D	CLXXX	35	25	CM	754,3	1.052	MMM MMM	-
Cw3s2h221mnzs07s2	-40 ~ CV	D	CCXX	22	50	CMXCV	889,8	0.861	MMM MMM	-
Cw3s2h21mnnys05s2	-40 ~ CV	D	CCXX	25	40	CMXCV	882.1	0.861	MMM MMM	-
Cw3s2h21mnnxs03s2	-40 ~ CV	D	CCXX	30	30	CMXCV	849,1	0.861	MMM MMM	-
Cw3s2h221mnas02s2	-40 ~ CV	D	CCXX	35	25	CMXCV	771.3	0.861	MMM MMM	-
Cw3s2h271mnys07s2	-40 ~ CV	D	CCLXX	25	50	MCII	1007,4	0.701	MMM MMM	-
Cw3s2h271mnnxs04s2	-40 ~ CV	D	CCLXX	30	35	MCII	980,2	0.701	MMM MMM	-
Cw3s2h271mnas03s2	-40 ~ CV	D	CCLXX	35	30	MCII	964,4	0.701	MMM MMM	-
Cw3s2h331mnys08s2	-40 ~ CV	D	CCCXXX	25	55	MCCXIX	MCLXXXVII	0.574	MMM MMM	-
Cw3s2h331mnnxs05s2	-40 ~ CV	D	CCCXXX	30	40	MCCXIX	1126,7	0.574	MMM MMM	-
Cw3s2h331mnas04s2	-40 ~ CV	D	CCCXXX	35	35	MCCXIX	1118,1	0.574	MMM MMM	-
Cw3s2h391mnxs06s2	-40 ~ CV	D	CCCXC	30	45	MCCCXXV	1321.4	0.486	MMM MMM	-
Cw3s2h391mnas05s2	-40 ~ CV	D	CCCXC	35	40	MCCCXXV	1270,9	0.486	MMM MMM	-
Cw3s2h471mnnxs07s2	-40 ~ CV	D	CDLXX	30	50	MCDLIV	1493,7	0.403	MMM MMM	-
Cw3s2h471mnas06s2	-40 ~ CV	D	CDLXX	35	45	MCDLIV	1449.3	0.403	MMM MMM	-
Cw3s2h561mnnxs09s2	-40 ~ CV	D	DLX	30	60	MDLXXXVIII	1724,8	0.338	MMM MMM	-
Cw3s2h561mnas07s2	-40 ~ CV	D	DLX	35	50	MDLXXXVIII	1700.6	0.338	MMM MMM	-
Cw3s2h681mnas08s2	-40 ~ CV	D	DCLXXX	35	55	MDCCXLIX	2051,3	0.279	MMM MMM	-
Cw3s2h821mnas10s2	-40 ~ CV	D	DCCCXX	35	65	MCMXXI	2426,2	0.231	MMM MMM	-
Cw3s2h102mnag02s2	-40 ~ CV	D	M	35	75	MMCXXI	2767.5	0.189	MMM MMM	-