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Short description:

Aluminium electrolytic capacitor

Frangeretur, in type

Alta Rippele, longa vita, summus temperatus resistentia CVN ° C(VI) horis, idoneam frequency conversionem, servo, potestate copia Rohs directiva


Product Detail

Index products Numbers

Product Tags

Main Technical parametri

Technica modularis

♦ CV ℃ (VI) Horae

♦ Large Ripple Current, Long Vita

♦ caliditas

♦ Rohs obsequium

Specificatio

PRAECIPUUS

Characteres

Temperatus range (℃)

-25 ℃ + CV ℃

Voltage range (v)

CD ~450v.dc

Capacitance range (UF)

XLVII ~56000uf (XX ℃ 120Hz)

Capacitance tolerantia

± XX%

Leakage Current (MA)

≤1.5ma aut 0.01 CV, V minuta test ad XX ℃

Maximum DF (XX℃, 120hz)

Rating voltage (V)

10

16

25

35

50

63

80

C

CLX ~ CD

CDL ~ D

TGδ

0,55

0,5

0.45

0,4

0,35

0,3

0,25

0,2

0.15

0,2

Temperature characteres (l 20hz)

C (-25 ℃) / C (+ XX ℃) ≥0.6

Insulating resistentia

Valorem metiri applicando DC 500V Nulla resistentia teger inter omnes terminals et disrumpam anulus cum insulating sleeve = C mΩ.

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 6000Hours, tunc recuperandam ad XX ℃ environment et test results ut impleatur ad XX ℃ et in test results ut satisfacit ut infra.

　

Capacitance Mutare Rate (δc)

　

DF (TGδ)

<CC% of initial specie pretii

Leakage Current (LC)

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)

　

DF (TGδ)

<CL% of initial specie pretii

Leakage Current (LC)

(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

cn6

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

Ripple Current disciplinam factor

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 per aluminium electrolytic capacitors est 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 aluminium electrolytic capacitors, vitare exponendo ad altum temperaturis et alta 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)
    Sw61N123MnXs06s2 -25 ~ CV 35 (XII) 30 45 MCMXLIV MMMCCCLXXX 0.044 (VI)
    Sw61N123Mnas04s2 -25 ~ CV 35 (XII) 35 35 MCMXLIV MMMCCC 0.044 (VI)
    Sw61N153Mnas05s2 -25 ~ CV 35 (XV) 35 40 MMCLXXIV MMMCMLXXX 0.035 (VI)
    Sw61N183Mnas06s2 -25 ~ CV 35 (XVIII) 35 45 MMCCCLXXXI (IV) CD 0.03 (VI)
    Sw62q152Mnzs02s2 -25 ~ CV 50 MD 22 25 DCCCXXII MCCX 0,31 (VI)
    Sw62q2222mnzs03s2 -25 ~ CV 50 MMCC 22 30 CMXCV MDXX 0.211 (VI)
    Sw62q222222mnys02s2 -25 ~ CV 50 MMCC 25 25 CMXCV MCDLX 0.211 (VI)
    Sw62Q2722Mnzs04S2 -25 ~ CV 50 MMDCC 22 35 MCII MDCCLXX 0.172 (VI)
    Sw62Q2722MMNYS03S2 -25 ~ CV 50 MMDCC 25 30 MCII MDCCLX 0.172 (VI)
    Sw62q332mnzs05s2 -25 ~ CV 50 MMMCCC 22 40 MCCXIX MMXX 0.141 (VI)
    Sw62q332mnnxs02s2 -25 ~ CV 50 MMMCCC 30 25 MCCXIX MCMXX 0.141 (VI)
    Sw62Q392Mnzs06s2 -25 ~ CV 50 MMMCM 22 45 MCCCXXV MMCCLXX 0.119 (VI)
    Sw62q392mnnys04s2 -25 ~ CV 50 MMMCM 25 35 MCCCXXV MMCC 0.119 (VI)
    Sw62q392mnnxs03s2 -25 ~ CV 50 MMMCM 30 30 MCCCXXV MMCXC 0.119 (VI)
    Sw62q4722Mnys05S2 -25 ~ CV 50 (IV) DCC 25 40 MCDLIV MMCDXXX 0.099 (VI)
    Sw62q562Mnys06s2 -25 ~ CV 50 (V) DC 25 45 MDLXXXVIII MMDCCXX 0.083 (VI)
    Sw62q562MnXs04s2 -25 ~ CV 50 (V) DC 30 35 MDLXXXVIII MMDLXXX 0.083 (VI)
    Sw62q562Mnas03S2 -25 ~ CV 50 (V) DC 35 30 MDLXXXVIII MMCCCL 0.083 (VI)
    Sw62q682mnnxs05s2 -25 ~ CV 50 (VI) DCCC 30 40 MDCCXLIX MMMX 0.068 (VI)
    Sw62Q682Mnas04S2 -25 ~ CV 50 (VI) DCCC 35 35 MDCCXLIX MMCMX 0.068 (VI)
    Sw62q8222mnnxs07s2 -25 ~ CV 50 (VIII) CC 30 50 MCMXXI MMMDCXXX 0.057 (VI)
    Sw62q8222mnas05s2 -25 ~ CV 50 (VIII) CC 35 40 MCMXXI MMMCCCLX 0.057 (VI)
    Sw62q103mnas06s2 -25 ~ CV 50 (X) 35 45 MMCXXI MMMDCCXC 0.046 (VI)
    Sw62Q123Mnas07s2 -25 ~ CV 50 (XII) 35 50 MMCCCXXIV (IV) LX 0.039 (VI)
    Sw61R102Mnzs02s2 -25 ~ CV 63 M 22 25 DCCLIII MC 0.279 (VI)
    Sw61R152Mnzs03s2 -25 ~ CV 63 MD 22 30 CMXXII MCDX 0.265 (VI)
    Sw61R152MnY02S2 -25 ~ CV 63 MD 25 25 CMXXII MCCCLXXX 0.265 (VI)
    Sw61R182Mnzs04s2 -25 ~ CV 63 MDCCC 22 35 MX MDCXX 0.221 (VI)
    Sw61R182Mnys03S2 -25 ~ CV 63 MDCCC 25 30 MX MDCXXX 0.221 (VI)
    Sw61R2222Mnzs05s2 -25 ~ CV 63 MMCC 22 40 MCXVII MDCCCL 0.181 (VI)
    Sw61R2222MnXs02s2 -25 ~ CV 63 MMCC 30 25 MCXVII MDCCC 0.181 (VI)
    Sw61R2722Mnzs06s2 -25 ~ CV 63 MMDCC 22 45 MCCXXXVII MMC 0,147 (VI)
    Sw61R2722MnY04S2 -25 ~ CV 63 MMDCC 25 35 MCCXXXVII MMXXX 0,147 (VI)
    Sw61r2722mnnxs03s2 -25 ~ CV 63 MMDCC 30 30 MCCXXXVII MMX 0,147 (VI)
    Sw61R3322Mnys05s2 -25 ~ CV 63 MMMCCC 25 40 MCCCLXVIII MMCCCXXX 0.121 (VI)
    Sw61R392MNYS06S2 -25 ~ CV 63 MMMCM 25 45 MCDLXXXVII MMDLXXX 0.102 (VI)
    Sw61R392MnXS04S2 -25 ~ CV 63 MMMCM 30 35 MCDLXXXVII MMCDLX 0.102 (VI)
    Sw61R392Mnas03S2 -25 ~ CV 63 MMMCM 35 30 MCDLXXXVII MMCCCX 0.102 (VI)
    Sw61r4722mnnxs05s2 -25 ~ CV 63 (IV) DCC 30 40 MDCXXXIII MMDCCCXX 0.085 (VI)
    Sw61R4722Mnas04s2 -25 ~ CV 63 (IV) DCC 35 35 MDCXXXIII MMDCCLXX 0.085 (VI)
    Sw61R562MnXS06S2 -25 ~ CV 63 (V) DC 30 45 MDCCLXXXII MMMCCXX 0.071 (VI)
    Sw61R562Mnas05s2 -25 ~ CV 63 (V) DC 35 40 MDCCLXXXII MMMCC 0.071 (VI)
    Sw61R682Mnas06s2 -25 ~ CV 63 (VI) DCCC 35 45 MCMLXIV MMMDCX 0.059 (VI)
    Sw61R8222Mnas07s2 -25 ~ CV 63 (VIII) CC 35 50 MMCLVI MMMCMXL 0.049 (VI)
    Sw61b82222mnzs02s2 -25 ~ CV 80 (VIII) CC 22 25 MMCDXXX MXC 0.405 (VI)
    Sw61b102Mnzs03s2 -25 ~ CV 80 M 22 30 DCCCXLIX MCCXC 0.332 (VI)
    Sw61b122mnzs04s2 -25 ~ CV 80 MCC 22 35 CMXXX MCDLXXX 0.277 (VI)
    Sw61b122mnys02s2 -25 ~ CV 80 MCC 25 25 CMXXX MCCCLXXX 0.277 (VI)
    Sw61b152Mnzs05s2 -25 ~ CV 80 MD 22 40 MXXXIX MDCC 0.221 (VI)
    Sw61b152Mnys03S2 -25 ~ CV 80 MD 25 30 MXXXIX MDCCXL 0.221 (VI)
    Sw61b152mnxs02s2 -25 ~ CV 80 MD 30 25 MXXXIX MDCCL 0.221 (VI)
    Sw61b182Mnzs06s2 -25 ~ CV 80 MDCCC 22 45 MCXXXVIII MCMX 0.184 (VI)
    Sw61b182Mnys04S2 -25 ~ CV 80 MDCCC 25 35 MCXXXVIII MDCCCLX 0.184 (VI)
    Sw61b2222222mnys06s2 -25 ~ CV 80 MMCC 25 45 MCCLIX MMCCXX 0.151 (VI)
    Sw61b2222mnnxs03s2 -25 ~ CV 80 MMCC 30 30 MCCLIX MMXX 0.151 (VI)
    Sw61b2722mnnxs04s2 -25 ~ CV 80 MMDCC 30 35 MCCCXCIV MMD 0.123 (VI)
    Sw61b272mnas03s2 -25 ~ CV 80 MMDCC 35 30 MCCCXCIV MMCDL 0.123 (VI)
    Sw61b332mnnxs05s2 -25 ~ CV 80 MMMCCC 30 40 MDXLI MMDCXC 0.101 (VI)
    Sw61b332mnas04s2 -25 ~ CV 80 MMMCCC 35 35 MDXLI MMDC 0.101 (VI)
    Sw61b392mnxs06s2 -25 ~ CV 80 MMMCM 30 45 MDCLXXVI MMCMXL 0.085 (VI)
    Sw61b392mnas05s2 -25 ~ CV 80 MMMCM 35 40 MDCLXXVI MMM MMM 0.085 (VI)
    Sw61b4722mnas06s2 -25 ~ CV 80 (IV) DCC 35 45 MDCCCXL MMMCDXL 0.071 (VI)
    Sw61B562Mnas07s2 -25 ~ CV 80 (V) DC 35 50 MMVIII MMMDCCXX 0.059 (VI)
    Sw62r561Mnzs02s2 -25 ~ CV C DLX 22 25 DCCX MX 0.474 (VI)
    Sw62r681Mnzs03s2 -25 ~ CV C DCLXXX 22 30 DCCLXXXII MCXC 0,39 (VI)
    Sw62r821mnzs04s2 -25 ~ CV C DCCCXX 22 35 DCCCLIX MCCCXXX 0.324 (VI)
    Sw62r821mnys02s2 -25 ~ CV C DCCCXX 25 25 DCCCLIX MCCLX 0.324 (VI)
    Sw62r102mnzs05s2 -25 ~ CV C M 22 40 CMXLIX MDLX 0.265 (VI)
    Sw62R102Mnys03S2 -25 ~ CV C M 25 30 CMXLIX MDXX 0.265 (VI)
    Sw62g680mnzs03s2 -25 ~ CV CD 68 22 30 CDXCV CCCLXXX 3.903 (VI)
    Sw62r102mnxs02s2 -25 ~ CV C M 30 25 CMXLIX MCDLXX 0.265 (VI)
    Sw62g820Mnys02s2 -25 ~ CV CD 82 25 25 DXLIII CDX 3.237 (VI)
    Sw62r122mnzs06s2 -25 ~ CV C MCC 22 45 MXXXIX MDCCLX 0.221 (VI)
    Sw62g101nnzs04s2 -25 ~ CV CD C 22 35 DC CDLX 2.654 (VI)
    Sw62r122mmnys04s2 -25 ~ CV C MCC 25 35 MXXXIX MDCCLX 0.221 (VI)
    Sw62g101nys03s2 -25 ~ CV CD C 25 30 DC CDLXXX 2.654 (VI)
    Sw62r1222mnxs03s2 -25 ~ CV C MCC 30 30 MXXXIX MDCCLX 0.221 (VI)
    Sw62g1011mnnxs02s2 -25 ~ CV CD C 30 25 DC CDLXXX 2.654 (VI)
    Sw62r152Mnzs07s2 -25 ~ CV C MD 22 50 MCLXII MM 0.177 (VI)
    Sw62g121Mnzs05s2 -25 ~ CV CD CXX 22 40 DCLVII DXXX 2.212 (VI)
    Sw62R152MnY05S2 -25 ~ CV C MD 25 40 MCLXII MMXXX 0.177 (VI)
    Sw62g121Mnnys04S2 -25 ~ CV CD CXX 25 35 DCLVII DL 2.212 (VI)
    Sw62R182Mnys06s2 -25 ~ CV C MDCCC 25 45 MCCLXXIII MMCCXC 0,147 (VI)
    Sw62g121mnnxs03s2 -25 ~ CV CD CXX 30 30 DCLVII DLX 2.212 (VI)
    Sw62r182mnnxs04s2 -25 ~ CV C MDCCC 30 35 MCCLXXIII MMCXC 0,147 (VI)
    Sw62g151Mnzs07s2 -25 ~ CV CD CL 22 50 DCCXXXV DCXXX 1.769 (VI)
    Sw62R182Mnas03S2 -25 ~ CV C MDCCC 35 30 MCCLXXIII MMCL 0,147 (VI)
    Sw62G151MnY05S2 -25 ~ CV CD CL 25 40 DCCXXXV DCL 1.769 (VI)
    Sw62r2222mnnxs05s2 -25 ~ CV C MMCC 30 40 MCDVII MMDXX 0.121 (VI)
    Sw62g181Mnys06s2 -25 ~ CV CD CLXXX 25 45 DCCCV DCCXX 1.474 (VI)
    Sw62r2222mnas04s2 -25 ~ CV C MMCC 35 35 MCDVII MMCDLXXX 0.121 (VI)
    Sw62g181MnXs04s2 -25 ~ CV CD CLXXX 30 35 DCCCV DCCXL 1.474 (VI)
    Sw62r2722mnnxs06s2 -25 ~ CV C MMDCC 30 45 MDLIX MMDCCCLX 0.098 (VI)
    Sw62g221mnzs07s2 -25 ~ CV CD CCXX 22 50 DCCCXC DCCXC 1.206 (VI)
    Sw62r2722mnas05s2 -25 ~ CV C MMDCC 35 40 MDLIX MMDCCCLXX 0.098 (VI)
    Sw62g221mnnys05s2 -25 ~ CV CD CCXX 25 40 DCCCXC DCCCL 1.206 (VI)
    Sw62r332mnas06s2 -25 ~ CV C MMMCCC 35 45 MDCCXXIII MMMCCL 0,08 (VI)
    Sw62g221mnnxs04s2 -25 ~ CV CD CCXX 30 35 DCCCXC DCCCXC 1.206 (VI)
    Sw62r392mnas07s2 -25 ~ CV C MMMCM 35 50 MDCCCLXXIV MMMDLX 0.068 (VI)
    Sw62g271Mnzs08s2 -25 ~ CV CD CCLXX 22 55 CMLXXXVI CML 0.983 (VI)
    Sw62c221mnzs02s2 -25 ~ CV CLX CCXX 22 25 DLXIII DCXXX 0.905 (VI)
    Sw62g271Mnnys06s2 -25 ~ CV CD CCLXX 25 45 CMLXXXVI CMLXXX 0.983 (VI)
    Sw62c271Mnzs03s2 -25 ~ CV CLX CCLXX 22 30 DCXXIV DCCLX 0.737 (VI)
    Sw62g271Mnnxs05s2 -25 ~ CV CD CCLXX 30 40 CMLXXXVI CMLX 0.983 (VI)
    Sw62c331mnzs04s2 -25 ~ CV CLX CCCXXX 22 35 DCLXXXIX CM 0.603 (VI)
    Sw62g331Mnzs10S2 -25 ~ CV CD CCCXXX 22 65 MXC MCXX 0,804 (VI)
    Sw62c331mnys02s2 -25 ~ CV CLX CCCXXX 25 25 DCLXXXIX DCCCXL 0.603 (VI)
    Sw62g331MnY08S2 -25 ~ CV CD CCCXXX 25 55 MXC MCXX 0,804 (VI)
    Sw62c391mnys03s2 -25 ~ CV CLX CCCXC 25 30 DCCXLIX CMLXX 0,51 (VI)
    Sw62g331mnnxs05s2 -25 ~ CV CD CCCXXX 30 40 MXC MC 0,804 (VI)
    Sw62c391mnnxs02s2 -25 ~ CV CLX CCCXC 30 25 DCCXLIX M 0,51 (VI)
    Sw62g391Mnnys09s2 -25 ~ CV CD CCCXC 25 60 MCLXXXV MCCL 0.681 (VI)
    Sw62c471Mnzs05s2 -25 ~ CV CLX CDLXX 22 40 DCCCXXIII MCX 0.424 (VI)
    Sw62g391mnnxs06s2 -25 ~ CV CD CCCXC 30 45 MCLXXXV MCCLXX 0.681 (VI)
    Sw62c471mnys04s2 -25 ~ CV CLX CDLXX 25 35 DCCCXXIII MCXL 0.424 (VI)
    Sw62g391Mnas05s2 -25 ~ CV CD CCCXC 35 40 MCLXXXV MCCLXXX 0.681 (VI)
    Sw62c471mnnxs03s2 -25 ~ CV CLX CDLXX 30 30 DCCCXXIII MCLXX 0.424 (VI)
    Sw62g471MnnyG01S2 -25 ~ CV CD CDLXX 25 70 MCCCI MCCCX 0.565 (VI)
    Sw62c561Mnzs06s2 -25 ~ CV CLX DLX 22 45 DCCCXCVIII MCCLX 0.355 (VI)
    Sw62g471mnnxs08s2 -25 ~ CV CD CDLXX 30 55 MCCCI MCCCXXX 0.565 (VI)
    Sw62c681mnzs07s2 -25 ~ CV CLX DCLXXX 22 50 CMXC MCDXL 0.293 (VI)
    Sw62g471Mnas06s2 -25 ~ CV CD CDLXX 35 45 MCCCI MCCCXXX 0.565 (VI)
    Sw62c681mnnys05s2 -25 ~ CV CLX DCLXXX 25 40 CMXC MCDXXX 0.293 (VI)
    Sw62g561MnXS09S2 -25 ~ CV CD DLX 30 60 MCDXX MDL 0.474 (VI)
    Sw62c681mnxs04s2 -25 ~ CV CLX DCLXXX 30 35 CMXC MD 0.293 (VI)
    Sw62g561Mnas07s2 -25 ~ CV CD DLX 35 50 MCDXX MDLXX 0.474 (VI)
    Sw62c821mnys06s2 -25 ~ CV CLX DCCCXX 25 45 MLXXXVII MDCXXX 0.243 (VI)
    Sw62g561Mnbbs05s2 -25 ~ CV CD DLX 40 40 MCDXX MDLXXX 0.474 (VI)
    Sw62c821mnnxs05s2 -25 ~ CV CLX DCCCXX 30 40 MLXXXVII MDCLX 0.243 (VI)
    Sw62g681MnXG01S2 -25 ~ CV CD DCLXXX 30 70 MDLXV MCMX 0.391 (VI)
    Sw62c821mnas03s2 -25 ~ CV CLX DCCCXX 35 30 MLXXXVII MDCXXX 0.243 (VI)
    Sw62g681Mnas08s2 -25 ~ CV CD DCLXXX 35 55 MDLXV MCMX 0.391 (VI)
    Sw62c102mnnxs06s2 -25 ~ CV CLX M 30 45 MCC MDCCCXC 0.199 (VI)
    Sw62g681Mnnbs06s2 -25 ~ CV CD DCLXXX 40 45 MDLXV MCMXX 0.391 (VI)
    Sw62c102mnas04s2 -25 ~ CV CLX M 35 35 MCC MDCCCXC 0.199 (VI)
    Sw62g821Mnas09s2 -25 ~ CV CD DCCCXX 35 60 MDCCXVIII MMCCC 0.324 (VI)
    Sw62c122mnnxs07s2 -25 ~ CV CLX MCC 30 50 MCCCXV MMCLX 0.166 (VI)
    Sw62g821Mnnbs07s2 -25 ~ CV CD DCCCXX 40 50 MDCCXVIII MMCCCX 0.324 (VI)
    Sw62c122mnas05s2 -25 ~ CV CLX MCC 35 40 MCCCXV MMCCXXX 0.166 (VI)
    Sw62G821Mnws06s2 -25 ~ CV CD DCCCXX 45 45 MDCCXVIII MMCCCX 0.324 (VI)
    Sw62c152mnas06s2 -25 ~ CV CLX MD 35 45 MCDLXX MMDCCCX 0,133 (VI)
    Sw62g102mnag01s2 -25 ~ CV CD M 35 70 MDCCCXCVII MMDCCCX 0.266 (VI)
    Sw62c182mnas07s2 -25 ~ CV CLX MDCCC 35 50 MDCX MMCMLXX 0.1111 (VI)
    Sw62g102Mnnbs08s2 -25 ~ CV CD M 40 55 MDCCCXCVII MMDCCCXX 0.266 (VI)
    Sw61a221mnzs02s2 -25 ~ CV CLXXX CCXX 22 25 DXCVII DCXXX 0.905 (VI)
    Sw62g102Mnnws07s2 -25 ~ CV CD M 45 50 MDCCCXCVII MMDCCCXX 0.266 (VI)
    Sw61a271Mnzs03s2 -25 ~ CV CLXXX CCLXX 22 30 DCLXI DCCLX 0.737 (VI)
    Sw62w680mnzs03s2 -25 ~ CV CDL 68 22 30 DXXV CCCLXXX 3.903 (VI)
    Sw61a271Mnnys02s2 -25 ~ CV CLXXX CCLXX 25 25 DCLXI DCCLX 0.737 (VI)
    Sw62w820mnzs04s2 -25 ~ CV CDL 82 22 35 DLXXVI CDXL 3.237 (VI)
    Sw61a331mnzs04s2 -25 ~ CV CLXXX CCCXXX 22 35 DCCXXXI CM 0.603 (VI)
    Sw62w820mnys03s2 -25 ~ CV CDL 82 25 30 DLXXVI CDL 3.237 (VI)
    Sw61a331Mnnys03S2 -25 ~ CV CLXXX CCCXXX 25 30 DCCXXXI CM 0.603 (VI)
    Sw62w820mnnxs02s2 -25 ~ CV CDL 82 30 25 DLXXVI CDLX 3.237 (VI)
    Sw61a391Mnzs05s2 -25 ~ CV CLXXX CCCXC 22 40 DCCXCV MXXX 0,51 (VI)
    Sw62w101Mnzs05s2 -25 ~ CV CDL C 22 40 DCXXXVI D 2.654 (VI)
    Sw61a391Mnnys04S2 -25 ~ CV CLXXX CCCXC 25 35 DCCXCV MLX 0,51 (VI)
    Sw62w101nys04s2 -25 ~ CV CDL C 25 35 DCXXXVI DXX 2.654 (VI)
    Sw61a391mnnxs02s2 -25 ~ CV CLXXX CCCXC 30 25 DCCXCV MXX 0,51 (VI)
    Sw62w121Mnzs07s2 -25 ~ CV CDL CXX 22 50 DCXCVII DLXXX 2.212 (VI)
    Sw61a471Mnzs06s2 -25 ~ CV CLXXX CDLXX 22 45 DCCCLXXIII MCLXX 0.424 (VI)
    Sw62w121Mnnys05s2 -25 ~ CV CDL CXX 25 40 DCXCVII DLXXX 2.212 (VI)
    Sw61a471mnnxs03s2 -25 ~ CV CLXXX CDLXX 30 30 DCCCLXXIII MCLXX 0.424 (VI)
    Sw62w121mnnxs03s2 -25 ~ CV CDL CXX 30 30 DCXCVII DLXXX 2.212 (VI)
    Sw61a561Mnzs07s2 -25 ~ CV CLXXX DLX 22 50 CMLIII MCCCXX 0.355 (VI)
    Sw62w151Mnnys06s2 -25 ~ CV CDL CL 25 45 DCCLXXIX DCLX 1.769 (VI)
    Sw61a561Mnys05s2 -25 ~ CV CLXXX DLX 25 40 CMLIII MCCCXX 0.355 (VI)
    Sw62w151Mnnxs04s2 -25 ~ CV CDL CL 30 35 DCCLXXIX DCLXXX 1.769 (VI)
    Sw61a561mnnxs04s2 -25 ~ CV CLXXX DLX 30 35 CMLIII MCCCXXX 0.355 (VI)
    Sw62w181Mnnys07s2 -25 ~ CV CDL CLXXX 25 50 DCCCLIV DCCXL 1.474 (VI)
    Sw61a681Mnnys06s2 -25 ~ CV CLXXX DCLXXX 25 45 ML MDX 0.293 (VI)
    Sw62w181Mnnxs05s2 -25 ~ CV CDL CLXXX 30 40 DCCCLIV DCCLXX 1.474 (VI)
    Sw61a681mnas03s2 -25 ~ CV CLXXX DCLXXX 35 30 ML MCDXC 0.293 (VI)
    Sw62w181MnAs0 -25 ~ CV CDL CLXXX 35 30 DCCCLIV DCCLXX 1.474 (VI)
    Sw61a821mnys07s2 -25 ~ CV CLXXX DCCCXX 25 50 MCLIII MDCCX 0.243 (VI)
    Sw62w221mnzs09s2 -25 ~ CV CDL CCXX 22 60 CMXLIV DCCCLXXX 1.206 (VI)
    Sw61a821mnnxs05s2 -25 ~ CV CLXXX DCCCXX 30 40 MCLIII MDCCXL 0.243 (VI)
    Sw62w221mnnys07s2 -25 ~ CV CDL CCXX 25 50 CMXLIV DCCCLXXX 1.206 (VI)
    Sw61a821mnas04s2 -25 ~ CV CLXXX DCCCXX 35 35 MCLIII MDCCL 0.243 (VI)
    Sw62w221mnnxs04s2 -25 ~ CV CDL CCXX 30 35 CMXLIV DCCCLXXX 1.206 (VI)
    Sw61a102mnnxs06s2 -25 ~ CV CLXXX M 30 45 MCCLXXIII MMX 0.199 (VI)
    Sw62w271MnzG01S2 -25 ~ CV CDL CCLXX 22 70 MXLVI CMLXX 0.983 (VI)
    Sw61a102Mnas05s2 -25 ~ CV CLXXX M 35 40 MCCLXXIII MMLXX 0.199 (VI)
    Sw62w271Mnnys08s2 -25 ~ CV CDL CCLXX 25 55 MXLVI CMXC 0.983 (VI)
    Sw61a122mnnxs07s2 -25 ~ CV CLXXX MCC 30 50 MCCCXCIV MMCCL 0.166 (VI)
    Sw62w271Mnnxs06s2 -25 ~ CV CDL CCLXX 30 45 MXLVI MX 0.983 (VI)
    Sw61a122mnas06s2 -25 ~ CV CLXXX MCC 35 45 MCCCXCIV MMCCXXX 0.166 (VI)
    Sw62w331Mnnys09s2 -25 ~ CV CDL CCCXXX 25 60 MCLVI MCXXX 0,804 (VI)
    Sw61a152Mnas07s2 -25 ~ CV CLXXX MD 35 50 MDLIX MMDCCLX 0,133 (VI)
    Sw62w331mnnxs06s2 -25 ~ CV CDL CCCXXX 30 45 MCLVI MCL 0,804 (VI)
    Sw62d181mnzs02s2 -25 ~ CV CC CLXXX 22 25 DLXIX DLXX 1.106 (VI)
    Sw62w331MnAs05s2 -25 ~ CV CDL CCCXXX 35 40 MCLVI MCL 0,804 (VI)
    Sw62d221mnzs03s2 -25 ~ CV CC CCXX 22 30 DCXXIX DCC 0.905 (VI)
    Sw62w391mnnxs08s2 -25 ~ CV CDL CCCXC 30 55 MCCLVII MCCLXX 0.681 (VI)
    Sw62d271mnzs04s2 -25 ~ CV CC CCLXX 22 35 DCXCVII DCCCXXX 0.737 (VI)
    Sw62w391MnAs06s2 -25 ~ CV CDL CCCXC 35 45 MCCLVII MCCLXX 0.681 (VI)
    Sw62d271mnnys02s2 -25 ~ CV CC CCLXX 25 25 DCXCVII DCCLX 0.737 (VI)
    Sw62w391Mnnbs04s2 -25 ~ CV CDL CCCXC 40 35 MCCLVII MCCLXXX 0.681 (VI)
    Sw62d331mnzs05s2 -25 ~ CV CC CCCXXX 22 40 DCCLXXI CMLX 0.603 (VI)
    Sw62w471mnnxs09s2 -25 ~ CV CDL CDLXX 30 60 MCCCLXXX MDXXX 0.565 (VI)
    Sw62d331mnys03s2 -25 ~ CV CC CCCXXX 25 30 DCCLXXI CM 0.603 (VI)
    Sw62w471MnAs07S2 -25 ~ CV CDL CDLXX 35 50 MCCCLXXX MDXL 0.565 (VI)
    Sw62d391mnys04s2 -25 ~ CV CC CCCXC 25 35 DCCCXXXVIII MLX 0,51 (VI)
    Sw62w471Mnnbs05s2 -25 ~ CV CDL CDLXX 40 40 MCCCLXXX MDXL 0.565 (VI)
    Sw62d391mnnxs02s2 -25 ~ CV CC CCCXC 30 25 DCCCXXXVIII MXX 0,51 (VI)
    Sw62w561mnnxs10s2 -25 ~ CV CDL DLX 30 65 MDVI MDCCCXX 0.474 (VI)
    Sw62d471Mnzs06s2 -25 ~ CV CC CDLXX 22 45 CMXX MCLXX 0.424 (VI)
    Sw62w561Mnas08s2 -25 ~ CV CDL DLX 35 55 MDVI MDCCCXXX 0.474 (VI)
    Sw62d471mnnys05s2 -25 ~ CV CC CDLXX 25 40 CMXX MCCXX 0.424 (VI)
    Sw62w561Mnnbs06s2 -25 ~ CV CDL DLX 40 45 MDVI MDCCCXXX 0.474 (VI)
    Sw62d471mnnxs03s2 -25 ~ CV CC CDLXX 30 30 CMXX MCLXX 0.424 (VI)
    Sw62w681mnas09s2 -25 ~ CV CDL DCLXXX 35 60 MDCLX MMCCXX 0.391 (VI)
    Sw62d561Mnys06s2 -25 ~ CV CC DLX 25 45 MIV MCCCXC 0.355 (VI)
    Sw62w681Mnnbs07s2 -25 ~ CV CDL DCLXXX 40 50 MDCLX MMCCXXX 0.391 (VI)
    Sw62d561mnxs04s2 -25 ~ CV CC DLX 30 35 MIV MCCCLXXX 0.355 (VI)
    Sw62w681Mnnws06s2 -25 ~ CV CDL DCLXXX 45 45 MDCLX MMCCXXX 0.391 (VI)
    Sw62d681mnnys07s2 -25 ~ CV CC DCLXXX 25 50 MCVI MDLXXX 0.293 (VI)
    Sw62w821mnag01s2 -25 ~ CV CDL DCCCXX 35 70 MDCCCXXII MMDCLXX 0.324 (VI)
    Sw62d681mnnxs05s2 -25 ~ CV CC DCLXXX 30 40 MCVI MDCX 0.293 (VI)
    Sw62w821Mnnbs09s2 -25 ~ CV CDL DCCCXX 40 60 MDCCCXXII MMDCXC 0.324 (VI)
    Sw62d681mnas03s2 -25 ~ CV CC DCLXXX 35 30 MCVI MCDXC 0.293 (VI)
    Sw62w821Mnnws07s2 -25 ~ CV CDL DCCCXX 45 50 MDCCCXXII MMDCXC 0.324 (VI)
    Sw62d821mnnxs06s2 -25 ~ CV CC DCCCXX 30 45 MCCXV MDCCCL 0.243 (VI)
    Sw62w102mnbs10s2 -25 ~ CV CDL M 40 65 MMXIII MMMCCLXXX 0.266 (VI)
    Sw62d821mnas04s2 -25 ~ CV CC DCCCXX 35 35 MCCXV MDCCL 0.243 (VI)
    Sw62w102Mnnws09s2 -25 ~ CV CDL M 45 60 MMXIII MMMCCLXXX 0.266 (VI)
    Sw62d102mnxs07s2 -25 ~ CV CC M 30 50 MCCCXLII MMCX 0.199 (VI)
    Sw62h470mnzs03s2 -25 ~ CV D 47 22 30 CDLX CDX 5,647 (VI)
    Sw62d102mnas05s2 -25 ~ CV CC M 35 40 MCCCXLII MMLXX 0.199 (VI)
    Sw62h560Mnzs03s2 -25 ~ CV D 56 22 30 DII CDLXX 4.736 (VI)
    Sw62d122mnas06s2 -25 ~ CV CC MCC 35 45 MCDLXX MMCCCLXXX 0.166 (VI)
    Sw62h680mnzs04s2 -25 ~ CV D 68 22 35 DLIII DXL 3.903 (VI)
    Sw62d152mnas07s2 -25 ~ CV CC MD 35 50 MDCXLIII MMDCCLX 0,133 (VI)
    Sw62h680mnys03s2 -25 ~ CV D 68 25 30 DLIII DXL 3.903 (VI)
    Sw62E151Mnzs02s2 -25 ~ CV CCL CL 22 25 DLXXXI DXX 1.327 (VI)
    Sw62h820mnzs05s2 -25 ~ CV D 82 22 40 DCVIII DCXX 3.237 (VI)
    Sw62e181Mnzs03s2 -25 ~ CV CCL CLXXX 22 30 DCXXXVI DCXL 1.106 (VI)
    Sw62h820mnnys04s2 -25 ~ CV D 82 25 35 DCVIII DCXX 3.237 (VI)
    Sw62e181mnys02s2 -25 ~ CV CCL CLXXX 25 25 DCXXXVI DCXX 1.106 (VI)
    Sw62h101mnzs06s2 -25 ~ CV D C 22 45 DCLXXI DCLXX 2.654 (VI)
    Sw62e221mnzs04s2 -25 ~ CV CCL CCXX 22 35 DCCIV DCCLX 0.905 (VI)
    Sw62h101mnnys05s2 -25 ~ CV D C 25 40 DCLXXI DCLXX 2.654 (VI)
    Sw62e221nys03s2 -25 ~ CV CCL CCXX 25 30 DCCIV DCCLX 0.905 (VI)
    Sw62h101mnnxs03s2 -25 ~ CV D C 30 30 DCLXXI DCLXX 2.654 (VI)
    Sw62e271Mnzs05s2 -25 ~ CV CCL CCLXX 22 40 DCCLXXIX DCCCLXXX 0.737 (VI)
    Sw62h121mnzs07s2 -25 ~ CV D CXX 22 50 DCCXXXV DCCLXX 2.212 (VI)
    Sw62e271mnnys04s2 -25 ~ CV CCL CCLXX 25 35 DCCLXXIX CM 0.737 (VI)
    Sw62h121mnys05s2 -25 ~ CV D CXX 25 40 DCCXXXV DCCXL 2.212 (VI)
    Sw62e271mnnxs02s2 -25 ~ CV CCL CCLXX 30 25 DCCLXXIX DCCCL 0.737 (VI)
    Sw62h121mnnxs04s2 -25 ~ CV D CXX 30 35 DCCXXXV DCCLXX 2.212 (VI)
    Sw62e331Mnzs06s2 -25 ~ CV CCL CCCXXX 22 45 DCCCLXII MX 0.603 (VI)
    Sw62h121mnas03s2 -25 ~ CV D CXX 35 30 DCCXXXV DCCC 2.212 (VI)
    Sw62e331mnnxs03s2 -25 ~ CV CCL CCCXXX 30 30 DCCCLXII M 0.603 (VI)
    Sw62h151Mnnys06s2 -25 ~ CV D CL 25 45 DCCCXXII DCCCXX 1.769 (VI)
    Sw62e391mnzs07s2 -25 ~ CV CCL CCCXC 22 50 CMXXXVII MCXXX 0,51 (VI)
    Sw62h151mnnxs05s2 -25 ~ CV D CL 30 40 DCCCXXII DCCCL 1.769 (VI)
    Sw62e391mnys05s2 -25 ~ CV CCL CCCXC 25 40 CMXXXVII MCXXX 0,51 (VI)
    SW62H151MnAs03S2 -25 ~ CV D CL 35 30 DCCCXXII DCLXX 1.769 (VI)
    Sw62e391mnnxs04s2 -25 ~ CV CCL CCCXC 30 35 CMXXXVII MCL 0,51 (VI)
    Sw62h151mnas04s2 -25 ~ CV D CL 35 35 DCCCXXII DCCCL 1.769 (VI)
    Sw62e471Mnnys06s2 -25 ~ CV CCL CDLXX 25 45 MXXVIII MCCXC 0.424 (VI)
    Sw62h181Mnnys07s2 -25 ~ CV D CLXXX 25 50 CM CMLXXX 1.474 (VI)
    Sw62e471mnas03s2 -25 ~ CV CCL CDLXX 35 30 MXXVIII MCCXL 0.424 (VI)
    Sw62h181mnnxs06s2 -25 ~ CV D CLXXX 30 45 CM MX 1.474 (VI)
    Sw62e561Mnnys07S2 -25 ~ CV CCL DLX 25 50 MCXXIII MCDL 0.355 (VI)
    Sw62h221mnnxs07s2 -25 ~ CV D CCXX 30 50 CMXCV MCXX 1.206 (VI)
    Sw62e561mnnxs05s2 -25 ~ CV CCL DLX 30 40 MCXXIII MCDLXXX 0.355 (VI)
    Sw62h221mnas04s2 -25 ~ CV D CCXX 35 35 CMXCV CMXL 1.206 (VI)
    Sw62e561mnas04s2 -25 ~ CV CCL DLX 35 35 MCXXIII MCDXC 0.355 (VI)
    Sw62h221mnas05s2 -25 ~ CV D CCXX 35 40 CMXCV MCXX 1.206 (VI)
    Sw62e681mnnxs06s2 -25 ~ CV CCL DCLXXX 30 45 MCCXXXVII MDCCX 0.293 (VI)
    Sw62h271Mnnxs07s2 -25 ~ CV D CCLXX 30 50 MCII MCCL 0.983 (VI)
    Sw62e681mnas05s2 -25 ~ CV CCL DCLXXX 35 40 MCCXXXVII MDCCXL 0.293 (VI)
    Sw62h271MnAs05s2 -25 ~ CV D CCLXX 35 40 MCII MCCL 0.983 (VI)
    Sw62e821mnnxs07s2 -25 ~ CV CCL DCCCXX 30 50 MCCCLVIII MCMXL 0.243 (VI)
    Sw62h331mnas06s2 -25 ~ CV D CCCXXX 35 45 MCCXIX MCCCLX 0,804 (VI)
    Sw62e102Mnas06s2 -25 ~ CV CCL M 35 45 MD MMCC 0.199 (VI)
    Sw62h391mnas07s2 -25 ~ CV D CCCXC 35 50 MCCCXXV MDXL 0.681 (VI)
    Sw62x680mnzs02s2 -25 ~ CV CCCXV 68 22 25 CDXXXIX CCCXX 3.903 (VI)
    Sw62h471mnas09s2 -25 ~ CV D CDLXX 35 60 MCDLIV MDCXC 0.565 (VI)
    Sw62x820mnzs03s2 -25 ~ CV CCCXV 82 22 30 CDLXXXII CCCLXXX 3.237 (VI)
    Sw6108222mnzs02s2 -25 ~ CV 10 (VIII) CC 22 25 DCCCLIX MCCCLX 0.089 (VI)
    Sw62x101mnnys02s2 -25 ~ CV CCCXV C 25 25 DXXXIII CDX 2.654 (VI)
    Sw6103Mnzs03s2 -25 ~ CV 10 (X) 22 30 CMXLIX MDCL 0.073 (VI)
    Sw62x121Mnzs04s2 -25 ~ CV CCCXV CXX 22 35 DLXXXIII CDLXXX 2.212 (VI)
    Sw610123Mnzs04S2 -25 ~ CV 10 (XII) 22 35 MXXXIX MDCCCL 0.061 (VI)
    Sw62x121Mnnys03S2 -25 ~ CV CCCXV CXX 25 30 DLXXXIII CDXC 2.212 (VI)
    Sw610123Mnys02s2 -25 ~ CV 10 (XII) 25 25 MXXXIX MDCCCXX 0.061 (VI)
    Sw62x151Mnzs05s2 -25 ~ CV CCCXV CL 22 40 DCLII DLX 1.769 (VI)
    Sw610153Mnzs05s2 -25 ~ CV 10 (XV) 22 40 MCLXII MMCXX 0.049 (VI)
    Sw62x151mnxs02s2 -25 ~ CV CCCXV CL 30 25 DCLII DX 1.769 (VI)
    Sw610153Mnys03S2 -25 ~ CV 10 (XV) 25 30 MCLXII MMCX 0.049 (VI)
    Sw62x181Mnzs06s2 -25 ~ CV CCCXV CLXXX 22 45 DCCXIV DCXXX 1.474 (VI)
    Sw610153MnnXs02s2 -25 ~ CV 10 (XV) 30 25 MCLXII MMCXL 0.049 (VI)
    Sw62x181mnys04s2 -25 ~ CV CCCXV CLXXX 25 35 DCCXIV DCXX 1.474 (VI)
    Sw610183Mnzs06s2 -25 ~ CV 10 (XVIII) 22 45 MCCLXXIII MMCD 0.041 (VI)
    Sw62x181MnXs03s2 -25 ~ CV CCCXV CLXXX 30 30 DCCXIV DCXXX 1.474 (VI)
    Sw610183Mnys04S2 -25 ~ CV 10 (XVIII) 25 35 MCCLXXIII MMCCCXX 0.041 (VI)
    Sw62x221mnzs07s2 -25 ~ CV CCCXV CCXX 22 50 DCCXC DCCXX 1.206 (VI)
    Sw610223Mnys05S2 -25 ~ CV 10 (XXII) 25 40 MCDVII MMDXC 0.033 (VI)
    Sw62x221mnys05s2 -25 ~ CV CCCXV CCXX 25 40 DCCXC DCCX 1.206 (VI)
    Sw610223MnnXs03S2 -25 ~ CV 10 (XXII) 30 30 MCDVII MMDCCXXX 0.033 (VI)
    Sw62x221mnnxs04s2 -25 ~ CV CCCXV CCXX 30 35 DCCXC DCCXL 1.206 (VI)
    Sw610273MnY06S2 -25 ~ CV 10 (XXVII) 25 45 MDLIX MMMX 0.027 (VI)
    Sw62x271Mnnys06s2 -25 ~ CV CCCXV CCLXX 25 45 DCCCLXXV DCCCX 0.983 (VI)
    Sw610273MnnXs04s2 -25 ~ CV 10 (XXVII) 30 35 MDLIX MMMCXXX 0.027 (VI)
    Sw62x271mnnxs05s2 -25 ~ CV CCCXV CCLXX 30 40 DCCCLXXV DCCCL 0.983 (VI)
    Sw610273MnAs03S2 -25 ~ CV 10 (XXVII) 35 30 MDLIX MMML 0.027 (VI)
    Sw62x271mnas03s2 -25 ~ CV CCCXV CCLXX 35 30 DCCCLXXV DCCCXX 0.983 (VI)
    Sw610333MnY07S2 -25 ~ CV 10 (XXXIII) 25 50 MDCCXXIII MMMCDXXX 0.022 (VI)
    Sw62x331mnnys07s2 -25 ~ CV CCCXV CCCXXX 25 50 CMLXVII CMXX 0,804 (VI)
    Sw610333MnXS05S2 -25 ~ CV 10 (XXXIII) 30 40 MDCCXXIII MMMDXXX 0.022 (VI)
    Sw62x331mnas04s2 -25 ~ CV CCCXV CCCXXX 35 35 CMLXVII CM 0,804 (VI)
    Sw610333Mnas04s2 -25 ~ CV 10 (XXXIII) 35 35 MDCCXXIII MMMCDXC 0.022 (VI)
    Sw62x391mnnxs06s2 -25 ~ CV CCCXV CCCXC 30 45 MLII MXL 0.681 (VI)
    Sw610393Mnnxs06s2 -25 ~ CV 10 (XXIX) 30 45 MDCCCLXXIV MMMDCCLXXX 0.019 (VI)
    Sw62x391Mnas05s2 -25 ~ CV CCCXV CCCXC 35 40 MLII ML 0.681 (VI)
    Sw610393Mnas05s2 -25 ~ CV 10 (XXIX) 35 40 MDCCCLXXIV MMMCMLX 0.019 (VI)
    Sw62x471mnnxs07s2 -25 ~ CV CCCXV CDLXX 30 50 MCLIV MCL 0.565 (VI)
    Sw610473MnXS07S2 -25 ~ CV 10 (XLVII) 30 50 MMLVII (IV) DLXXX 0,016 (VI)
    Sw62x471MnAs06s2 -25 ~ CV CCCXV CDLXX 35 45 MCLIV MCLXXX 0.565 (VI)
    Sw610473MnAs06s2 -25 ~ CV 10 (XLVII) 35 45 MMLVII (IV) DC 0,016 (VI)
    Sw62x561Mnas07s2 -25 ~ CV CCCXV DLX 35 50 MCCLX MCCCXL 0.474 (VI)
    Sw610563Mnas07s2 -25 ~ CV 10 (LVI) 35 50 MMCCXLV (V) LX 0.013 (VI)
    Sw62v680mnzs02s2 -25 ~ CV CCCL 68 22 25 CDLXIII CCCXL 3.903 (VI)
    Sw62f562Mnzs02s2 -25 ~ CV 16 (V) DC 22 25 DCCCXCVIII MCDXL 0.119 (VI)
    Sw62v820Mnzs03s2 -25 ~ CV CCCL 82 22 30 DVIII CD 3.237 (VI)
    Sw62f682mnzs03s2 -25 ~ CV 16 (VI) DCCC 22 30 CMXC MDCLX 0.098 (VI)
    Sw62v101mnnys02s2 -25 ~ CV CCCL C 25 25 DLXI CDLXX 2.654 (VI)
    Sw62f82222mnys02s2 -25 ~ CV 16 (VIII) CC 25 25 MLXXXVII MDCLXX 0.081 (VI)
    Sw62v121Mnzs04s2 -25 ~ CV CCCL CXX 22 35 DCXV DXX 2.212 (VI)
    Sw62f103mnzs04s2 -25 ~ CV 16 (X) 22 35 MCC MMLXXX 0.066 (VI)
    Sw62v121Mnys03S2 -25 ~ CV CCCL CXX 25 30 DCXV DXXX 2.212 (VI)
    Sw62f103MnY03S2 -25 ~ CV 16 (X) 25 30 MCC MMLXX 0.066 (VI)
    Sw62v121mnnxs02s2 -25 ~ CV CCCL CXX 30 25 DCXV DXXX 2.212 (VI)
    Sw62f123Mnzs05s2 -25 ~ CV 16 (XII) 22 40 MCCCXV MMCCCLX 0.055 (VI)
    Sw62v151Mnzs05s2 -25 ~ CV CCCL CL 22 40 DCLXXXVII DXC 1.769 (VI)
    Sw62f123mnys04s2 -25 ~ CV 16 (XII) 25 35 MCCCXV MMCCCLXX 0.055 (VI)
    Sw62v151Mnnys04S2 -25 ~ CV CCCL CL 25 35 DCLXXXVII DC 1.769 (VI)
    Sw62f123MnXs02s2 -25 ~ CV 16 (XII) 30 25 MCCCXV MMCCCXXX 0.055 (VI)
    Sw62v181Mnzs06s2 -25 ~ CV CCCL CLXXX 22 45 DCCLIII DCLXXX 1.474 (VI)
    Sw62f153Mnzs06s2 -25 ~ CV 16 (XV) 22 45 MCDLXX MMDCXC 0.044 (VI)
    Sw62v181mnys05s2 -25 ~ CV CCCL CLXXX 25 40 DCCLIII DCC 1.474 (VI)
    Sw62f153Mnnys05s2 -25 ~ CV 16 (XV) 25 40 MCDLXX MMDCCXX 0.044 (VI)
    Sw62v181mnnxs03s2 -25 ~ CV CCCL CLXXX 30 30 DCCLIII DCCX 1.474 (VI)
    Sw62f153MnXS03S2 -25 ~ CV 16 (XV) 30 30 MCDLXX MMDXL 0.044 (VI)
    Sw62v221mnzs07s2 -25 ~ CV CCCL CCXX 22 50 DCCCXXXIII DCCLXXX 1.206 (VI)
    Sw62f183Mnys06s2 -25 ~ CV 16 (XVIII) 25 45 MDCX MMMLX 0.037 (VI)
    Sw62v221mnys06s2 -25 ~ CV CCCL CCXX 25 45 DCCCXXXIII DCCCXX 1.206 (VI)
    Sw62f183mnnxs04s2 -25 ~ CV 16 (XVIII) 30 35 MDCX MMMXX 0.037 (VI)
    Sw62v221mnnxs04s2 -25 ~ CV CCCL CCXX 30 35 DCCCXXXIII DCCCXX 1.206 (VI)
    Sw62f183mnas03s2 -25 ~ CV 16 (XVIII) 35 30 MDCX MMMXC 0.037 (VI)
    Sw62v271Mnnys07s2 -25 ~ CV CCCL CCLXX 25 50 CMXXII CMXL 0.983 (VI)
    Sw62f223mnys07s2 -25 ~ CV 16 (XXII) 25 50 MDCCLXXX MMMCCCXC 0.03 (VI)
    Sw62v271Mnnxs05s2 -25 ~ CV CCCL CCLXX 30 40 CMXXII CMXXX 0.983 (VI)
    Sw62f223mnnxs05s2 -25 ~ CV 16 (XXII) 30 40 MDCCLXXX MMMCDLX 0.03 (VI)
    Sw62v271MnAs03S2 -25 ~ CV CCCL CCLXX 35 30 CMXXII CM 0.983 (VI)
    Sw62f273mnnxs06s2 -25 ~ CV 16 (XXVII) 30 45 MCMLXXII MMMDCCCLXXX 0.025 (VI)
    Sw62v331mnnxs06s2 -25 ~ CV CCCL CCCXXX 30 45 MXX ML 0,804 (VI)
    Sw62f273mnas04s2 -25 ~ CV 16 (XXVII) 35 35 MCMLXXII MMMDCCCL 0.025 (VI)
    Sw62v331mnas04s2 -25 ~ CV CCCL CCCXXX 35 35 MXX MX 0,804 (VI)
    Sw62f333mnnxs07s2 -25 ~ CV 16 (XXXIII) 30 50 MMCLXXX (IV) CCCXXX 0,02 (VI)
    Sw62v391mnnxs07s2 -25 ~ CV CCCL CCCXC 30 50 MCVIII MCLXXX 0.681 (VI)
    Sw62f333mnas05s2 -25 ~ CV 16 (XXXIII) 35 40 MMCLXXX (IV) CCCXXX 0,02 (VI)
    Sw62v391MnAs05s2 -25 ~ CV CCCL CCCXC 35 40 MCVIII MCXXX 0.681 (VI)
    Sw62f393Mnas06s2 -25 ~ CV 16 (XXIX) 35 45 MMCCCLXX (IV) CMLX 0.017 (VI)
    Sw62v471mnas06s2 -25 ~ CV CCCL CDLXX 35 45 MCCXVII MCCLX 0.565 (VI)
    Sw62f473mnas07s2 -25 ~ CV 16 (XLVII) 35 50 MMDCII (V) CDXC 0.014 (VI)
    Sw62v561MnAs07S2 -25 ~ CV CCCL DLX 35 50 MCCCXXVIII MCCCXC 0.474 (VI)
    Sw62n392mnzs02s2 -25 ~ CV 25 MMMCM 22 25 CMXXXVII MCCCX 0.153 (VI)
    Sw62n4722mnzs03s2 -25 ~ CV 25 (IV) DCC 22 30 MXXVIII MDL 0.127 (VI)
    Sw62n562mnzs04s2 -25 ~ CV 25 (V) DC 22 35 MCXXIII MDCCLXX 0.107 (VI)
    Sw62n562mnys02s2 -25 ~ CV 25 (V) DC 25 25 MCXXIII MDCCLX 0.107 (VI)
    Sw62n682mnzs05s2 -25 ~ CV 25 (VI) DCCC 22 40 MCCXXXVII MMXX 0.088 (VI)
    Sw62n682mnys03s2 -25 ~ CV 25 (VI) DCCC 25 30 MCCXXXVII MDCCCLXXX 0.088 (VI)
    Sw62n8222mnzs06s2 -25 ~ CV 25 (VIII) CC 22 45 MCCCLVIII MMCCLXX 0.073 (VI)
    Sw62n82222mnys04s2 -25 ~ CV 25 (VIII) CC 25 35 MCCCLVIII MMCLXXX 0.073 (VI)
    Sw62n8222mnnxs02s2 -25 ~ CV 25 (VIII) CC 30 25 MCCCLVIII MMCXC 0.073 (VI)
    Sw62n103Mnzs07s2 -25 ~ CV 25 (X) 22 50 MD MMDLX 0,06 (VI)
    Sw62n103mnys05s2 -25 ~ CV 25 (X) 25 40 MD MMDXXX 0,06 (VI)
    Sw62n103mnnxs03s2 -25 ~ CV 25 (X) 30 30 MD MMCCCLXXX 0,06 (VI)
    Sw62n123Mnys06s2 -25 ~ CV 25 (XII) 25 45 MDCXLIII MMDCCXC 0,05 (VI)
    Sw62n123mnnxs04s2 -25 ~ CV 25 (XII) 30 35 MDCXLIII MMDCC 0,05 (VI)
    Sw62n123mnas03s2 -25 ~ CV 25 (XII) 35 30 MDCXLIII MMDCCLX 0,05 (VI)
    Sw62n153mnxs05s2 -25 ~ CV 25 (XV) 30 40 MDCCCXXXVII MMMCXXX 0.04 (VI)
    Sw62n183mnxs06s2 -25 ~ CV 25 (XVIII) 30 45 MMXIII MMMDCCXX 0.033 (VI)
    Sw62n183mnas04s2 -25 ~ CV 25 (XVIII) 35 35 MMXIII MMMD 0.033 (VI)
    Sw62n223MnXs07s2 -25 ~ CV 25 (XXII) 30 50 MMCCXXV MMMCMXX 0.027 (VI)
    Sw62n223mnas05s2 -25 ~ CV 25 (XXII) 35 40 MMCCXXV MMMCML 0.027 (VI)
    Sw62n273mnas07s2 -25 ~ CV 25 (XXVII) 35 50 MMCDLXV (IV) DCCXX 0.022 (VI)
    Sw61N2722Mnzs02s2 -25 ~ CV 35 MMDCC 22 25 CMXXII MCCXC 0.197 (VI)
    Sw61n332mnzs03s2 -25 ~ CV 35 MMMCCC 22 30 MXX MDXL 0.161 (VI)
    Sw61N392Mnzs04S2 -25 ~ CV 35 MMMCM 22 35 MCVIII MDCCLXX 0.136 (VI)
    Sw61n392mnys02s2 -25 ~ CV 35 MMMCM 25 25 MCVIII MDCCL 0.136 (VI)
    Sw61n4722Mnzs05s2 -25 ~ CV 35 (IV) DCC 22 40 MCCXVII MMX 0.113 (VI)
    Sw61n4722mnys03s2 -25 ~ CV 35 (IV) DCC 25 30 MCCXVII MCMLXX 0.113 (VI)
    Sw61n562Mnzs06s2 -25 ~ CV 35 (V) DC 22 45 MCCCXXVIII MMCCL 0.095 (VI)
    Sw61n562Mnys04S2 -25 ~ CV 35 (V) DC 25 35 MCCCXXVIII MMCLXXX 0.095 (VI)
    Sw61n562MnXs02s2 -25 ~ CV 35 (V) DC 30 25 MCCCXXVIII MMLXXX 0.095 (VI)
    Sw61n682mnzs07s2 -25 ~ CV 35 (VI) DCCC 22 50 MCDLXIV MMCDXC 0.078 (VI)
    Sw61n682mnys05s2 -25 ~ CV 35 (VI) DCCC 25 40 MCDLXIV MMCDL 0.078 (VI)
    Sw61n682mnxs03s2 -25 ~ CV 35 (VI) DCCC 30 30 MCDLXIV MMCCLXXX 0.078 (VI)
    Sw61N82222MMNYS06S2 -25 ~ CV 35 (VIII) CC 25 45 MDCVII MMDCCC 0.065 (VI)
    Sw61n8222mnnxs04s2 -25 ~ CV 35 (VIII) CC 30 35 MDCVII MMDCXC 0.065 (VI)
    Sw61N103MnnXs05s2 -25 ~ CV 35 (X) 30 40 MDCCLXXV MMMXL 0.053 (VI)
    Sw61N103Mnas03S2 -25 ~ CV 35 (X) 35 30 MDCCLXXV MMDCCLXXX 0.053 (VI)

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