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SN6

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  • SN6

Short description:

Aluminium electrolytic capacitor

Frangeretur, in type

Latin Product LXXXV ° C (VI) horis apta frequency conversionem, servo, potestate copia Rohs Directive correspondentia


Product Detail

Index products numerus

Product Tags

Main Technical parametri

Technica modularis

♦ LXXXV ℃ (VI) horis, longa vitae

♦ Rohs obsequium

Specificatio

PRAECIPUUS

Characteres

Temperatus range (℃)

(16v 100V) -40 ℃ ~ + LXXXV ℃; (160v-550V) -25 ℃ + LXXXV ℃

Voltage range (v)

XVI ~ 500V.DC

Capacitance range (UF)

LXXXII ~22000 "(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)

16

25

35

50

LXIII ~ C

CLX ~ D

TGδ

0.6

0,5

0,4

0,3

0,2

0.15

Temperature characteres (120hz)

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 LXXXV ℃ environment et applicare rated voltage ad 3000hours, tunc recuperandam ad XX ℃ environment et test results ut satisfacere ad XX ℃ et in test results ut satisfacere.

Capacitance Mutare Rate (δc)

≤initial valorem 土 XX%

DF (TGδ)

≤200% of initial specificationem pretii

Leakage Current (LC)

≤initial specie valorem

Shelflife

Capacitori tenentur in LXXXV ℃ environment FBR M horas, tunc probata in XX ℃ environment 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

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

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 ℃
Correptio factor 1.7 1.4 1

Snap-in Capacitors: Foedus et Reliable Solutions ad Electrical Systems

Snap-in capacitors sunt necessaria components in modern electrica systems, offering pacto magnitudine, princeps capacitance, et reliability. In hoc articulus, ut youll 'dellvit in features, applications et beneficia ex Snap-in capacitors.

Features

Snap-in capacitors, etiam ut frangeretur-monte capacitors, quae disposito specialioribus terminalibus ut patitur ad velox et secure installation onto circuitu tabulas vel adscendens superficies. Hae capacitors typically habent cylindricum vel rectangula figuras, cum terminales featuring metallum frangitur quod securely in locum in insertionem.

Unus ex key features of frangeretur, in capacitors est princeps capacitance values, vndique ex microfarads ad FaDs. Hoc princeps capacitance facit ea specimen pro applications requiring significant crimen repono, ut potentia copiam unitates, inverters, motor agit, et audio Amplifiers.

Praeterea, frangeretur, in capacitors sunt available in variis intentione ratings ad sectam diversis voltage campester in electrica systems. Sunt disposito ad sustinere altum temperaturis, vibrationes, et electrica passiones, cursus fidelibus perficientur in exposcens environments.

Applications

Snap-in Capacitorors invenire latos applications per varia industries et electrica systems. Sunt communiter in potestate copiam unitates, ubi auxilium ad lenis de voltage fluctuations et amplio stabilitas de output voltages. In inverters et motor agitet, frangeretur, in capacitors adiuvaret in filtering et industria repono, conferunt ad efficientem operationem potentiae conversionem systems.

Praeterea, frangeretur, in capacitoribus sunt assuetudo in audio Amplifiers et electronic ballasts, ubi ludere discrimine roles in signum filtering et potentia elementum correctionem. In pacto magnitudine et excelsum capacitance faciunt ea specimen pro spatio-coactus applications, permittens ad efficient usum PCB (typis circuitu tabula) verus praedium.

Beneficia

Snap in capacitors offer pluribus beneficia quae faciunt eos malle electiones in multis applications. Eorum frangeretur in terminalibus facilitate velox et facilis installation, reducendo conventus et laboris costs. Praeterea, eorum pacto magnitudine et humilis profile activare agentibus PCB layout et spatium-salute consilia.

Ceterum frangeretur in capacitoribus cognoverunt ad altum reliability et longa muneris vita, faciens idoneam usum missionis, discrimine applications. Sunt disposito ad occursum storent qualitas signa et subeundi rigorous probato ut consistent perficientur et diuturnitatem.

Conclusio

In conclusione, frangeretur, in capacitoribus sunt versatile components quod providere pacto, reliable, et efficient solutiones pro amplis electrica systems. Cum eorum princeps capacitance values, voltage ratings et robust constructione, conferunt ad lenis operationem et perficientur potentia copiam unitates, inverters, motor agit, audio amplifiers, et magis.

Utrum in Industrial Automation, Consumer Electronics, Telecommunications, aut Automotive Applications, Snap-in Capacitors Play Vital Roles in ensuring firmum potestate partus, signum filtering, et industria repono. Otium of installation, pacto magnitudine, et alta reliability faciunt ea necessaria components in modern electrica consilia.

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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)
    Sn62n682mnzs03s2 -40 ~ LXXXV 25 (VI) DCCC 22 30 MCCXXXVII MMCCC 0.098 (VI)
    Sn62v681mnas07s2 -25 ~ LXXXV CCCL DCLXXX 35 50 MCDLXIV MMDC 0.293 (VI)
    Sn62n682mnys02s2 -40 ~ LXXXV 25 (VI) DCCC 25 25 MCCXXXVII MMCCC 0.098 (VI)
    Sn62h101nnys03s2 -25 ~ LXXXV D C 25 30 DCLXXI CM 1.99 (VI)
    Sn62n8222mnzs04s2 -40 ~ LXXXV 25 (VIII) CC 22 35 MCCCLVIII MMDC 0.081 (VI)
    Sn62h101mnnxs02s2 -25 ~ LXXXV D C 30 25 DCLXXI DCCCLXXX 1.99 (VI)
    Sn62n103mnzs05s2 -40 ~ LXXXV 25 (X) 22 40 MD MMCM 0.066 (VI)
    Sn62h121mnys04s2 -25 ~ LXXXV D CXX 25 35 DCCXXXV M 1.658 (VI)
    Sn62n103mnys03s2 -40 ~ LXXXV 25 (X) 25 30 MD MMDCCC 0.066 (VI)
    Sn62h121mnxs03s2 -25 ~ LXXXV D CXX 30 30 DCCXXXV M 1.658 (VI)
    Sn62n103mnxs02s2 -40 ~ LXXXV 25 (X) 30 25 MD MMM MMM 0.066 (VI)
    Sn62h121mnas02s2 -25 ~ LXXXV D CXX 35 25 DCCXXXV CML 1.658 (VI)
    Sn62n123mnzs06s2 -40 ~ LXXXV 25 (XII) 22 45 MDCXLIII MMMCCC 0.055 (VI)
    Sn62h151mnys05s2 -25 ~ LXXXV D CL 25 40 DCCCXXII MCC 1.327 (VI)
    Sn62n123mnys04s2 -40 ~ LXXXV 25 (XII) 25 35 MDCXLIII MMMCC 0.055 (VI)
    Sn62h151mnxs04s2 -25 ~ LXXXV D CL 30 35 DCCCXXII MCC 1.327 (VI)
    Sn62n123mnxs03s2 -40 ~ LXXXV 25 (XII) 30 30 MDCXLIII MMMCD 0.055 (VI)
    Sn62h181mnnxs05s2 -25 ~ LXXXV D CLXXX 30 40 CM MCD 1.106 (VI)
    Sn62n153mnys05s2 -40 ~ LXXXV 25 (XV) 25 40 MDCCCXXXVII MMMDCC 0.044 (VI)
    Sn62h181mnas03s2 -25 ~ LXXXV D CLXXX 35 30 CM MCCC 1.106 (VI)
    Sn62n153mnas02s2 -40 ~ LXXXV 25 (XV) 35 25 MDCCCXXXVII MMMCM 0.044 (VI)
    Sn62h221mnnxs06s2 -25 ~ LXXXV D CCXX 30 45 CMXCV MDC 0.905 (VI)
    Sn62n183mnys07s2 -40 ~ LXXXV 25 (XVIII) 25 50 MMXIII (IV) CCC 0.037 (VI)
    Sn62h221mnas04s2 -25 ~ LXXXV D CCXX 35 35 CMXCV MD 0.905 (VI)
    Sn62n183mnxs04s2 -40 ~ LXXXV 25 (XVIII) 30 35 MMXIII (IV) CC 0.037 (VI)
    Sn62h271mnnxs07s2 -25 ~ LXXXV D CCLXX 30 50 MCII MDCCC 0.737 (VI)
    Sn62n183mnas03s2 -40 ~ LXXXV 25 (XVIII) 35 30 MMXIII (IV) CD 0.037 (VI)
    Sn62h271mnas05s2 -25 ~ LXXXV D CCLXX 35 40 MCII MDCC 0.737 (VI)
    Sn62n223mnnxs05s2 -40 ~ LXXXV 25 (XXII) 30 40 MMCCXXV (IV) DCCC 0.03 (VI)
    Sn62h331mnnxs07s2 -25 ~ LXXXV D CCCXXX 30 50 MCCXIX MM 0.603 (VI)
    Sn62n223mnas04s2 -40 ~ LXXXV 25 (XXII) 35 35 MMCCXXV (V) 0.03 (VI)
    Sn62h331mnas06s2 -25 ~ LXXXV D CCCXXX 35 45 MCCXIX MCM 0.603 (VI)
    Sn61n332mnzs02s2 -40 ~ LXXXV 35 MMMCCC 22 25 MXX MDCCC 0.161 (VI)
    Sn62h391mnas07s2 -25 ~ LXXXV D CCCXC 35 50 MCCCXXV MMCCC 0.511 (VI)
    Sn61n392mnzs03s2 -40 ~ LXXXV 35 MMMCM 22 30 MCVIII MMC 0.136 (VI)
    Sn62h471mnas09s2 -25 ~ LXXXV D CDLXX 35 60 MCDLIV MMD 0.424 (VI)
    Sn61n472mmnys02s2 -40 ~ LXXXV 35 (IV) DCC 25 25 MCCXVII MMCC 0.113 (VI)
    Sn62h561mnas10s2 -25 ~ LXXXV D DLX 35 65 MDLXXXVIII MMDCCC 0.356 (VI)
    Sn61n562mnzs04s2 -40 ~ LXXXV 35 (V) DC 22 35 MCCCXXVIII MMCCC 0.095 (VI)
    Sn62h681mnag01s2 -25 ~ LXXXV D DCLXXX 35 70 MDCCXLIX MMMCC 0.293 (VI)
    Sn61n562mnys03s2 -40 ~ LXXXV 35 (V) DC 25 30 MCCCXXVIII MMCCC 0.095 (VI)
    Sn61n682mnzs05s2 -40 ~ LXXXV 35 (VI) DCCC 22 40 MCDLXIV MMCM 0.078 (VI)
    Sn61n682mnys04s2 -40 ~ LXXXV 35 (VI) DCCC 25 35 MCDLXIV MMDC 0.078 (VI)
    Sn61n682mnxs02s2 -40 ~ LXXXV 35 (VI) DCCC 30 25 MCDLXIV MMDCC 0.078 (VI)
    Sn61n8222mnzs07s2 -40 ~ LXXXV 35 (VIII) CC 22 50 MDCVII MMDCCC 0.065 (VI)
    Sn61n8222mnys05s2 -40 ~ LXXXV 35 (VIII) CC 25 40 MDCVII MMDCCC 0.065 (VI)
    Sn61n8222mnnxs03s2 -40 ~ LXXXV 35 (VIII) CC 30 30 MDCVII MMDCCC 0.065 (VI)
    Sn61n822mnas02s2 -40 ~ LXXXV 35 (VIII) CC 35 25 MDCVII MMCM 0.065 (VI)
    Sn61n103mnys06s2 -40 ~ LXXXV 35 (X) 25 45 MDCCLXXV MMMC 0.053 (VI)
    Sn61n103mnxs04s2 -40 ~ LXXXV 35 (X) 30 35 MDCCLXXV MMMCC 0.053 (VI)
    Sn61n123mnys07s2 -40 ~ LXXXV 35 (XII) 25 50 MCMXLIV MMMD 0.044 (VI)
    Sn61n123mnas03s2 -40 ~ LXXXV 35 (XII) 35 30 MCMXLIV MMMDC 0.044 (VI)
    Sn61n153mnxs06s2 -40 ~ LXXXV 35 (XV) 30 45 MMCLXXIV (IV) C 0.035 (VI)
    Sn61n153mnas04s2 -40 ~ LXXXV 35 (XV) 35 35 MMCLXXIV (IV) C 0.035 (VI)
    Sn61n183mnxs07s2 -40 ~ LXXXV 35 (XVIII) 30 50 MMCCCLXXXI (IV) DC 0.03 (VI)
    Sn61n183mnas05s2 -40 ~ LXXXV 35 (XVIII) 35 40 MMCCCLXXXI (IV) DCC 0.03 (VI)
    Sn61n223mnas06s2 -40 ~ LXXXV 35 (XXII) 35 45 MMDCXXXIII (V) CCC 0.024 (VI)
    Sn61r152mnzs02s2 -40 ~ LXXXV 63 MD 22 25 CMXXII MDC 0.177 (VI)
    Sn61r182mnzs02s2 -40 ~ LXXXV 63 MDCCC 22 25 MX MDCCC 0,147 (VI)
    Sn61r2222mnzs03s2 -40 ~ LXXXV 63 MMCC 22 30 MCXVII MM 0.121 (VI)
    Sn61r22222mnys02s2 -40 ~ LXXXV 63 MMCC 25 25 MCXVII MM 0.121 (VI)
    Sn61r2722mnzs04s2 -40 ~ LXXXV 63 MMDCC 22 35 MCCXXXVII MMCC 0.098 (VI)
    Sn61r2722mnys03s2 -40 ~ LXXXV 63 MMDCC 25 30 MCCXXXVII MMCCC 0.098 (VI)
    Sn61r332mnzs05s2 -40 ~ LXXXV 63 MMMCCC 22 40 MCCCLXVIII MMCCC 0,08 (VI)
    Sn61r332mnnys04s2 -40 ~ LXXXV 63 MMMCCC 25 35 MCCCLXVIII MMCCC 0,08 (VI)
    Sn61r332mmnxs02s2 -40 ~ LXXXV 63 MMMCCC 30 25 MCCCLXVIII MMCCC 0,08 (VI)
    Sn61r392mnzs06s2 -40 ~ LXXXV 63 MMMCM 22 45 MCDLXXXVII MMD 0.068 (VI)
    Sn61r392mnnys05s2 -40 ~ LXXXV 63 MMMCM 25 40 MCDLXXXVII MMDC 0.068 (VI)
    Sn61r392mnxs03s2 -40 ~ LXXXV 63 MMMCM 30 30 MCDLXXXVII MMDC 0.068 (VI)
    Sn61r392mnas02s2 -40 ~ LXXXV 63 MMMCM 35 25 MCDLXXXVII MMDCC 0.068 (VI)
    Sn61r4722mnxs03s2 -40 ~ LXXXV 63 (IV) DCC 30 30 MDCXXXIII MMCM 0.057 (VI)
    Sn61r562mnys06s2 -40 ~ LXXXV 63 (V) DC 25 45 MDCCLXXXII MMMC 0.047 (VI)
    Sn61r562mnnxs04s2 -40 ~ LXXXV 63 (V) DC 30 35 MDCCLXXXII MMMCC 0.047 (VI)
    Sn61r562mnas03s2 -40 ~ LXXXV 63 (V) DC 35 30 MDCCLXXXII MMMCCC 0.047 (VI)
    Sn61r682mnxs05s2 -40 ~ LXXXV 63 (VI) DCCC 30 40 MCMLXIV MMMDC 0.039 (VI)
    Sn61r682mnas04s2 -40 ~ LXXXV 63 (VI) DCCC 35 35 MCMLXIV MMMDCC 0.039 (VI)
    Sn61r8222mnnxs07s2 -40 ~ LXXXV 63 (VIII) CC 30 50 MMCLVI MMMDCC 0.032 (VI)
    Sn61r822mnas05s2 -40 ~ LXXXV 63 (VIII) CC 35 40 MMCLVI MMMDCCC 0.032 (VI)
    Sn61r103mnas06s2 -40 ~ LXXXV 63 (X) 35 45 MMCCCLXXXI (IV) CCC 0.027 (VI)
    Sn61r123mnas07s2 -40 ~ LXXXV 63 (XII) 35 50 MMDCIX (IV) DCCC 0.022 (VI)
    Sn62q2222mnzs02s2 -40 ~ LXXXV 50 MMCC 22 25 CMXCV MDCC 0.181 (VI)
    Sn62q2722mnzs03s2 -40 ~ LXXXV 50 MMDCC 22 30 MCII MCM 0,147 (VI)
    Sn62q272mmnys02s2 -40 ~ LXXXV 50 MMDCC 25 25 MCII MCM 0,147 (VI)
    Sn62q332mnzs03s2 -40 ~ LXXXV 50 MMMCCC 22 30 MCCXIX MM 0.121 (VI)
    Sn62q4722mnzs05s2 -40 ~ LXXXV 50 (IV) DCC 22 40 MCDLIV MMCD 0.085 (VI)
    Sn62q4722mnys04s2 -40 ~ LXXXV 50 (IV) DCC 25 35 MCDLIV MMCD 0.085 (VI)
    Sn62q562mnzs07s2 -40 ~ LXXXV 50 (V) DC 22 50 MDLXXXVIII MMD 0.071 (VI)
    Sn62q562mnys05s2 -40 ~ LXXXV 50 (V) DC 25 40 MDLXXXVIII MMD 0.071 (VI)
    Sn62q562mnxs03s2 -40 ~ LXXXV 50 (V) DC 30 30 MDLXXXVIII MMD 0.071 (VI)
    Sn62q562mnas02s2 -40 ~ LXXXV 50 (V) DC 35 25 MDLXXXVIII MMDC 0.071 (VI)
    Sn62q682mnys06s2 -40 ~ LXXXV 50 (VI) DCCC 25 45 MDCCXLIX MMDCCC 0.059 (VI)
    Sn62q682mnnxs04s2 -40 ~ LXXXV 50 (VI) DCCC 30 35 MDCCXLIX MMDCCC 0.059 (VI)
    Sn62q8222mmnys07s2 -40 ~ LXXXV 50 (VIII) CC 25 50 MCMXXI MMMCC 0.049 (VI)
    Sn62q8222mnxs05s2 -40 ~ LXXXV 50 (VIII) CC 30 40 MCMXXI MMM MMM 0.049 (VI)
    Sn62q8222mnas03s2 -40 ~ LXXXV 50 (VIII) CC 35 30 MCMXXI MMM MMM 0.049 (VI)
    Sn62q103mnxs06s2 -40 ~ LXXXV 50 (X) 30 45 MMCXXI MMMCD 0.04 (VI)
    Sn62q123mnnxs07s2 -40 ~ LXXXV 50 (XII) 30 50 MMCCCXXIV MMMDCCC 0.033 (VI)
    Sn62q123mnas05s2 -40 ~ LXXXV 50 (XII) 35 40 MMCCCXXIV MMMDCCC 0.033 (VI)
    Sn62q153mnas07s2 -40 ~ LXXXV 50 (XV) 35 50 MMDXCVIII (IV) 0.027 (VI)
    Sn61b102mnzs02s2 -40 ~ LXXXV 80 M 22 25 DCCCXLIX MCCC 0.265 (VI)
    Sn61b122mnzs03s2 -40 ~ LXXXV 80 MCC 22 30 CMXXX MD 0.221 (VI)
    Sn61b152mnys02s2 -40 ~ LXXXV 80 MD 25 25 MXXXIX MDCC 0.177 (VI)
    Sn61b182mnzs04s2 -40 ~ LXXXV 80 MDCCC 22 35 MCXXXVIII MCM 0,147 (VI)
    Sn61b182mnys03s2 -40 ~ LXXXV 80 MDCCC 25 30 MCXXXVIII MCM 0,147 (VI)
    Sn61b22222mnzs05s2 -40 ~ LXXXV 80 MMCC 22 40 MCCLIX MMC 0.121 (VI)
    Sn61b22222mnnys04s2 -40 ~ LXXXV 80 MMCC 25 35 MCCLIX MMCC 0.121 (VI)
    Sn61b2222mnnxs02s2 -40 ~ LXXXV 80 MMCC 30 25 MCCLIX MMCC 0.121 (VI)
    Sn61b2722mnzs07s2 -40 ~ LXXXV 80 MMDCC 22 50 MCCCXCIV MMD 0.098 (VI)
    Sn61b2722mnys05s2 -40 ~ LXXXV 80 MMDCC 25 40 MCCCXCIV MMD 0.098 (VI)
    Sn61b2722mnxs03s2 -40 ~ LXXXV 80 MMDCC 30 30 MCCCXCIV MMD 0.098 (VI)
    Sn61b2722mnas02s2 -40 ~ LXXXV 80 MMDCC 35 25 MCCCXCIV MMD 0.098 (VI)
    Sn61b332mmnys06s2 -40 ~ LXXXV 80 MMMCCC 25 45 MDXLI MMDCCC 0,08 (VI)
    Sn61b332mnnxs04s2 -40 ~ LXXXV 80 MMMCCC 30 35 MDXLI MMDCCC 0,08 (VI)
    Sn61b392mnys07s2 -40 ~ LXXXV 80 MMMCM 25 50 MDCLXXVI MMMC 0.068 (VI)
    Sn61b392mnxs05s2 -40 ~ LXXXV 80 MMMCM 30 40 MDCLXXVI MMMCC 0.068 (VI)
    Sn61b392mnas03s2 -40 ~ LXXXV 80 MMMCM 35 30 MDCLXXVI MMMCC 0.068 (VI)
    Sn61b472mmnxs06s2 -40 ~ LXXXV 80 (IV) DCC 30 45 MDCCCXL MMMDC 0.057 (VI)
    Sn61b472mnas04s2 -40 ~ LXXXV 80 (IV) DCC 35 35 MDCCCXL MMMDC 0.057 (VI)
    Sn61b562mnnxs07s2 -40 ~ LXXXV 80 (V) DC 30 50 MMVIII MMMDCCC 0.047 (VI)
    Sn61b562mnas05s2 -40 ~ LXXXV 80 (V) DC 35 40 MMVIII MMMDCCC 0.047 (VI)
    Sn61b682mnas07s2 -40 ~ LXXXV 80 (VI) DCCC 35 50 MMCCXIII (IV) C 0.039 (VI)
    Sn62r681mnzs02s2 -40 ~ LXXXV C DCLXXX 22 25 DCCLXXXII MC 0,39 (VI)
    Sn62r821mnzs03s2 -40 ~ LXXXV C DCCCXX 22 30 DCCCLIX MCC 0.324 (VI)
    Sn62r102mnys02s2 -40 ~ LXXXV C M 25 25 CMXLIX MCD 0.265 (VI)
    Sn62r122mnzs04s2 -40 ~ LXXXV C MCC 22 35 MXXXIX MDC 0.221 (VI)
    Sn62r122mmnys03s2 -40 ~ LXXXV C MCC 25 30 MXXXIX MDC 0.221 (VI)
    Sn62r152mnzs05s2 -40 ~ LXXXV C MD 22 40 MCLXII MDCCC 0.177 (VI)
    Sn62r152mnys04s2 -40 ~ LXXXV C MD 25 35 MCLXII MDCC 0.177 (VI)
    Sn62r152mnxs02s2 -40 ~ LXXXV C MD 30 25 MCLXII MDCCC 0.177 (VI)
    Sn62r182mnzs07s2 -40 ~ LXXXV C MDCCC 22 50 MCCLXXIII MMC 0,147 (VI)
    Sn62r182mnxs03s2 -40 ~ LXXXV C MDCCC 30 30 MCCLXXIII MMC 0,147 (VI)
    Sn62r182mnas02s2 -40 ~ LXXXV C MDCCC 35 25 MCCLXXIII MMCC 0,147 (VI)
    Sn62r22222mnys06s2 -40 ~ LXXXV C MMCC 25 45 MCDVII MMCC 0.121 (VI)
    Sn62r2222mnnxs04s2 -40 ~ LXXXV C MMCC 30 35 MCDVII MMCCC 0.121 (VI)
    Sn62r2222mnas03s2 -40 ~ LXXXV C MMCC 35 30 MCDVII MMD 0.121 (VI)
    Sn62r272mmnys07s2 -40 ~ LXXXV C MMDCC 25 50 MDLIX MMDC 0.098 (VI)
    Sn62r2722mnxs05s2 -40 ~ LXXXV C MMDCC 30 40 MDLIX MMDCC 0.098 (VI)
    Sn62r332mmnxs06s2 -40 ~ LXXXV C MMMCCC 30 45 MDCCXXIII MMM MMM 0,08 (VI)
    Sn62r332mnas04s2 -40 ~ LXXXV C MMMCCC 35 35 MDCCXXIII MMMC 0,08 (VI)
    Sn62r392mnxs07s2 -40 ~ LXXXV C MMMCM 30 50 MDCCCLXXIV MMMCD 0.068 (VI)
    Sn62r392mnas05s2 -40 ~ LXXXV C MMMCM 35 40 MDCCCLXXIV MMMCD 0.068 (VI)
    Sn62r472mnas07s2 -40 ~ LXXXV C (IV) DCC 35 50 MMLVII (IV) 0.057 (VI)
    Sn62c221mnzs02s2 -25 ~ LXXXV CLX CCXX 22 25 DLXIII M 0.905 (VI)
    Sn62c271mnzs02s2 -25 ~ LXXXV CLX CCLXX 22 25 DCXXIV MC 0.737 (VI)
    Sn62c331mnzs02s2 -25 ~ LXXXV CLX CCCXXX 22 25 DCLXXXIX MCCC 0.603 (VI)
    Sn62c391mnzs03s2 -25 ~ LXXXV CLX CCCXC 22 30 DCCXLIX MD 0,51 (VI)
    Sn62c391mnys02s2 -25 ~ LXXXV CLX CCCXC 25 25 DCCXLIX MD 0,51 (VI)
    Sn62c471mnys02s2 -25 ~ LXXXV CLX CDLXX 25 25 DCCCXXIII MDCC 0.424 (VI)
    Sn62c561mnzs04s2 -25 ~ LXXXV CLX DLX 22 35 DCCCXCVIII MCM 0.355 (VI)
    Sn62c561mnys03s2 -25 ~ LXXXV CLX DLX 25 30 DCCCXCVIII MCM 0.355 (VI)
    Sn62c561mnxs02s2 -25 ~ LXXXV CLX DLX 30 25 DCCCXCVIII MM 0.355 (VI)
    Sn62c681mnzs05s2 -25 ~ LXXXV CLX DCLXXX 22 40 CMXC MMC 0.293 (VI)
    Sn62c681mnnys04s2 -25 ~ LXXXV CLX DCLXXX 25 35 CMXC MMCC 0.293 (VI)
    Sn62c821mnzs07s2 -25 ~ LXXXV CLX DCCCXX 22 50 MLXXXVII MMD 0.243 (VI)
    Sn62c821mnys05s2 -25 ~ LXXXV CLX DCCCXX 25 40 MLXXXVII MMCD 0.243 (VI)
    Sn62c821mnnxs03s2 -25 ~ LXXXV CLX DCCCXX 30 30 MLXXXVII MMD 0.243 (VI)
    Sn62c821mnas02s2 -25 ~ LXXXV CLX DCCCXX 35 25 MLXXXVII MMCD 0.243 (VI)
    Sn62c102mnys06s2 -25 ~ LXXXV CLX M 25 45 MCC MMDCC 0.199 (VI)
    Sn62c102mnxs04s2 -25 ~ LXXXV CLX M 30 35 MCC MMDCCC 0.199 (VI)
    Sn62c102mnas03s2 -25 ~ LXXXV CLX M 35 30 MCC MMDCC 0.199 (VI)
    Sn62c122mmnys07s2 -25 ~ LXXXV CLX MCC 25 50 MCCCXV MMMC 0.166 (VI)
    Sn62c122mmnxs05s2 -25 ~ LXXXV CLX MCC 30 40 MCCCXV MMMCC 0.166 (VI)
    Sn62c122mnas04s2 -25 ~ LXXXV CLX MCC 35 35 MCCCXV MMM MMM 0.166 (VI)
    Sn62c152mnxs06s2 -25 ~ LXXXV CLX MD 30 45 MCDLXX MMMDCC 0,133 (VI)
    Sn62c152mnas05s2 -25 ~ LXXXV CLX MD 35 40 MCDLXX MMMD 0,133 (VI)
    Sn62c182mnas06s2 -25 ~ LXXXV CLX MDCCC 35 45 MDCX MMMCM 0.1111 (VI)
    Sn62c2222mnas07s2 -25 ~ LXXXV CLX MMCC 35 50 MDCCLXXX (IV) 0.091 (VI)
    Sn61a271mnzs02s2 -25 ~ LXXXV CLXXX CCLXX 22 25 DCLXI MCC 0.737 (VI)
    Sn61a331mnzs03s2 -25 ~ LXXXV CLXXX CCCXXX 22 30 DCCXXXI MCD 0.603 (VI)
    Sn61a391mnys02s2 -25 ~ LXXXV CLXXX CCCXC 25 25 DCCXCV MD 0,51 (VI)
    Sn61a471mnzs04s2 -25 ~ LXXXV CLXXX CDLXX 22 35 DCCCLXXIII MDCC 0.424 (VI)
    Sn61a471mnys03s2 -25 ~ LXXXV CLXXX CDLXX 25 30 DCCCLXXIII MDCC 0.424 (VI)
    Sn61a471mnnxs02s2 -25 ~ LXXXV CLXXX CDLXX 30 25 DCCCLXXIII MDCCC 0.424 (VI)
    Sn61a561mnzs05s2 -25 ~ LXXXV CLXXX DLX 22 40 CMLIII MCM 0.355 (VI)
    Sn61a561mnys04s2 -25 ~ LXXXV CLXXX DLX 25 35 CMLIII MM 0.355 (VI)
    Sn61a681mnzs07s2 -25 ~ LXXXV CLXXX DCLXXX 22 50 ML MMCCC 0.293 (VI)
    Sn61a681mnnys05s2 -25 ~ LXXXV CLXXX DCLXXX 25 40 ML MMCC 0.293 (VI)
    Sn61a681mnnxs03s2 -25 ~ LXXXV CLXXX DCLXXX 30 30 ML MMCCC 0.293 (VI)
    Sn61a681mnas02s2 -25 ~ LXXXV CLXXX DCLXXX 35 25 ML MMCC 0.293 (VI)
    Sn61a821mnys06s2 -25 ~ LXXXV CLXXX DCCCXX 25 45 MCLIII MMD 0.243 (VI)
    Sn61a821mnnxs04s2 -25 ~ LXXXV CLXXX DCCCXX 30 35 MCLIII MMDC 0.243 (VI)
    Sn61a821mnas03s2 -25 ~ LXXXV CLXXX DCCCXX 35 30 MCLIII MMD 0.243 (VI)
    Sn61a102mnys07s2 -25 ~ LXXXV CLXXX M 25 50 MCCLXXIII MMCM 0.199 (VI)
    Sn61a102mnxs05s2 -25 ~ LXXXV CLXXX M 30 40 MCCLXXIII MMCM 0.199 (VI)
    Sn61a122mnnxs06s2 -25 ~ LXXXV CLXXX MCC 30 45 MCCCXCIV MMMCCC 0.166 (VI)
    Sn61a122mnas04s2 -25 ~ LXXXV CLXXX MCC 35 35 MCCCXCIV MMMC 0.166 (VI)
    Sn61a152mnas06s2 -25 ~ LXXXV CLXXX MD 35 45 MDLIX MMMDC 0,133 (VI)
    Sn61a182mnas07s2 -25 ~ LXXXV CLXXX MDCCC 35 50 MDCCVIII (IV) C 0.1111 (VI)
    Sn62d221mnzs02s2 -25 ~ LXXXV CC CCXX 22 25 DCXXIX MC 0.905 (VI)
    Sn62d271mnzs02s2 -25 ~ LXXXV CC CCLXX 22 25 DCXCVII MCC 0.797 (VI)
    Sn62d331mnzs03s2 -25 ~ LXXXV CC CCCXXX 22 30 DCCLXXI MCD 0.603 (VI)
    Sn62d331mnys02s2 -25 ~ LXXXV CC CCCXXX 25 25 DCCLXXI MCD 0.603 (VI)
    Sn62d391mnzs04s2 -25 ~ LXXXV CC CCCXC 22 35 DCCCXXXVIII MDC 0,51 (VI)
    Sn62d391mnys03s2 -25 ~ LXXXV CC CCCXC 25 30 DCCCXXXVIII MDC 0,51 (VI)
    Sn62d471mnzs05s2 -25 ~ LXXXV CC CDLXX 22 40 CMXX MDCCC 0.424 (VI)
    Sn62d471mnnxs02s2 -25 ~ LXXXV CC CDLXX 30 25 CMXX MCM 0.424 (VI)
    Sn62d561mnzs06s2 -25 ~ LXXXV CC DLX 22 45 MIV MM 0.355 (VI)
    Sn62d561mnys04s2 -25 ~ LXXXV CC DLX 25 35 MIV MM 0.355 (VI)
    Sn62d561mnxs03s2 -25 ~ LXXXV CC DLX 30 30 MIV MMC 0.355 (VI)
    Sn62d561mnas02s2 -25 ~ LXXXV CC DLX 35 25 MIV MM 0.355 (VI)
    Sn62d681mnnys05s2 -25 ~ LXXXV CC DCLXXX 25 40 MCVI MMCCC 0.293 (VI)
    Sn62d681mnnxs04s2 -25 ~ LXXXV CC DCLXXX 30 35 MCVI MMCD 0.293 (VI)
    Sn62d821mnys07s2 -25 ~ LXXXV CC DCCCXX 25 50 MCCXV MMDC 0.243 (VI)
    Sn62d821mnnxs05s2 -25 ~ LXXXV CC DCCCXX 30 40 MCCXV MMDCC 0.243 (VI)
    Sn62d821mnas03s2 -25 ~ LXXXV CC DCCCXX 35 30 MCCXV MMD 0.243 (VI)
    Sn62d102mnnxs06s2 -25 ~ LXXXV CC M 30 45 MCCCXLII MMMC 0.199 (VI)
    Sn62d102mnas04s2 -25 ~ LXXXV CC M 35 35 MCCCXLII MMDCCC 0.199 (VI)
    Sn62d122mmnxs07s2 -25 ~ LXXXV CC MCC 30 50 MCDLXX MMMCD 0.166 (VI)
    Sn62d122mnas05s2 -25 ~ LXXXV CC MCC 35 40 MCDLXX MMMCC 0.166 (VI)
    Sn62d152mnas07s2 -25 ~ LXXXV CC MD 35 50 MDCXLIII MMMDCCC 0,133 (VI)
    Sn62e181mnzs02s2 -25 ~ LXXXV CCL CLXXX 22 25 DCXXXVI CM 1.106 (VI)
    Sn62e221mnzs03s2 -25 ~ LXXXV CCL CCXX 22 30 DCCIV MC 0.905 (VI)
    Sn62e221nys02s2 -25 ~ LXXXV CCL CCXX 25 25 DCCIV MC 0.905 (VI)
    Sn62e271mnzs04s2 -25 ~ LXXXV CCL CCLXX 22 35 DCCLXXIX MCC 0.737 (VI)
    Sn62g221mnzs06s2 -25 ~ LXXXV CD CCXX 22 45 DCCCXC MDC 0.973 (VI)
    Sn62e331mnzs05s2 -25 ~ LXXXV CCL CCCXXX 22 40 DCCCLXII MCD 0.603 (VI)
    Sn62g221mnys04s2 -25 ~ LXXXV CD CCXX 25 35 DCCCXC MDXX 0.973 (VI)
    Sn62e331mnys03s2 -25 ~ LXXXV CCL CCCXXX 25 30 DCCCLXII MCD 0.603 (VI)
    Sn62g221mnnxs03s2 -25 ~ LXXXV CD CCXX 30 30 DCCCXC MCDXL 0.973 (VI)
    Sn62e331mnnxs02s2 -25 ~ LXXXV CCL CCCXXX 30 25 DCCCLXII MD 0.603 (VI)
    Sn62g271mnzs07s2 -25 ~ LXXXV CD CCLXX 22 50 CMLXXXVI MDCCCX 0,81 (VI)
    Sn62e391mnzs06s2 -25 ~ LXXXV CCL CCCXC 22 45 CMXXXVII MDC 0,51 (VI)
    Sn62g271mnys05s2 -25 ~ LXXXV CD CCLXX 25 40 CMLXXXVI MDCCXC 0,81 (VI)
    Sn62e391mnys04s2 -25 ~ LXXXV CCL CCCXC 25 35 CMXXXVII MDC 0,51 (VI)
    Sn62g271mnnxs04s2 -25 ~ LXXXV CD CCLXX 30 35 CMLXXXVI MDCCLX 0.811 (VI)
    Sn62e471mnzs07s2 -25 ~ LXXXV CCL CDLXX 22 50 MXXVIII MDCCC 0.424 (VI)
    Sn62g331mnzs09s2 -25 ~ LXXXV CD CCCXXX 22 60 MXC MMCXL 0.659 (VI)
    Sn62e471mnys05s2 -25 ~ LXXXV CCL CDLXX 25 40 MXXVIII MDCCC 0.424 (VI)
    Sn62g331mnys07s2 -25 ~ LXXXV CD CCCXXX 25 50 MXC MMCXX 0.659 (VI)
    Sn62e471mnnxs03s2 -25 ~ LXXXV CCL CDLXX 30 30 MXXVIII MDCCC 0.424 (VI)
    Sn62g331mnnxs04s2 -25 ~ LXXXV CD CCCXXX 30 35 MXC MMLXXX 0.659 (VI)
    Sn62e471mnas02s2 -25 ~ LXXXV CCL CDLXX 35 25 MXXVIII MCM 0.424 (VI)
    Sn62g391mnzg01s2 -25 ~ LXXXV CD CCCXC 22 70 MCLXXXV MMCCCXXX 0.551 (VI)
    Sn62e561mnys06s2 -25 ~ LXXXV CCL DLX 25 45 MCXXIII MM 0.355 (VI)
    Sn62g391mnys08s2 -25 ~ LXXXV CD CCCXC 25 55 MCLXXXV MMCCC 0.469 (VI)
    Sn62e561mnnxs04s2 -25 ~ LXXXV CCL DLX 30 35 MCXXIII MM 0.355 (VI)
    Sn62g391mnxs05s2 -25 ~ LXXXV CD CCCXC 30 40 MCLXXXV MMCCLXXX 0.469 (VI)
    Sn62e681mnnxs05s2 -25 ~ LXXXV CCL DCLXXX 30 40 MCCXXXVII MMCCC 0.293 (VI)
    Sn62g471mnnys10s2 -25 ~ LXXXV CD CDLXX 25 65 MCCCI MMDCLX 0.461 (VI)
    Sn62e681mnas03s2 -25 ~ LXXXV CCL DCLXXX 35 30 MCCXXXVII MMCD 0.293 (VI)
    Sn62g471mnnxs07s2 -25 ~ LXXXV CD CDLXX 30 50 MCCCI MMDCXX 0.462 (VI)
    Sn62e821mnnxs06s2 -25 ~ LXXXV CCL DCCCXX 30 45 MCCCLVIII MMDC 0.243 (VI)
    Sn62g471mnas05s2 -25 ~ LXXXV CD CDLXX 35 40 MCCCI MMDC 0.462 (VI)
    Sn62e821mnas04s2 -25 ~ LXXXV CCL DCCCXX 35 35 MCCCLVIII MMDC 0.243 (VI)
    Sn62g561mnnyg02s2 -25 ~ LXXXV CD DLX 25 75 MCDXX MMCM 0.394 (VI)
    Sn62e102mnas05s2 -25 ~ LXXXV CCL M 35 40 MD MMM MMM 0.199 (VI)
    Sn62g561mnnxs08s2 -25 ~ LXXXV CD DLX 30 55 MCDXX MMDCCCLXX 0.394 (VI)
    Sn62e122mnas06s2 -25 ~ LXXXV CCL MCC 35 45 MDCXLIII MMMCD 0.166 (VI)
    Sn62g561mnas06s2 -25 ~ LXXXV CD DLX 35 45 MCDXX MMCMXXX 0.394 (VI)
    Sn62x101mnzs02s2 -25 ~ LXXXV CCCXV C 22 25 DXXXIII DC 1.99 (VI)
    Sn62g681mnnxs09s2 -25 ~ LXXXV CD DCLXXX 30 60 MDLXV MMMCC 0.394 (VI)
    Sn62x121mnzs03s2 -25 ~ LXXXV CCCXV CXX 22 30 DLXXXIII DCC 1.659 (VI)
    Sn62g681mnas07s2 -25 ~ LXXXV CD DCLXXX 35 50 MDLXV MMMCLXX 0,318 (VI)
    Sn62x151mnzs03s2 -25 ~ LXXXV CCCXV CL 22 30 DCLII DCCC 1.327 (VI)
    Sn62g821mnxg01s2 -25 ~ LXXXV CD DCCCXX 30 70 MDCCXVIII MMMD 0,318 (VI)
    Sn62x151mnys02s2 -25 ~ LXXXV CCCXV CL 25 25 DCLII DCCC 1.327 (VI)
    Sn62g821mnas08s2 -25 ~ LXXXV CD DCCCXX 35 55 MDCCXVIII MMMCDLXX 0,318 (VI)
    Sn62x181mnzs04s2 -25 ~ LXXXV CCCXV CLXXX 22 35 DCCXIV CM 1.106 (VI)
    Sn62g102mnxg04s2 -25 ~ LXXXV CD M 30 85 MDCCCXCVII MMMDCCCXX 0,27 (VI)
    Sn62x181mnys03s2 -25 ~ LXXXV CCCXV CLXXX 25 30 DCCXIV CM 1.106 (VI)
    Sn62g102mnas10s2 -25 ~ LXXXV CD M 35 65 MDCCCXCVII MMMDCCXC 0,27 (VI)
    Sn62x221mnzs05s2 -25 ~ LXXXV CCCXV CCXX 22 40 DCCXC MC 0.905 (VI)
    Sn62g1222mnag02s2 -25 ~ LXXXV CD MCC 35 75 MMLXXIX (IV) CX 0,27 (VI)
    Sn62x221mnys04s2 -25 ~ LXXXV CCCXV CCXX 25 35 DCCXC MC 0.905 (VI)
    Sn62g152mnag05s2 -25 ~ LXXXV CD MD 35 90 MMCCCXXIV (IV) CCCLX 0,25 (VI)
    Sn62x221mnnxs02s2 -25 ~ LXXXV CCCXV CCXX 30 25 DCCXC MC 0.905 (VI)
    Sn62w221mnzs08s2 -25 ~ LXXXV CDL CCXX 22 55 CMXLIV MCCXL 0.231 (VI)
    Sn62x271mnzs06s2 -25 ~ LXXXV CCCXV CCLXX 22 45 DCCCLXXV MCC 0.737 (VI)
    Sn62w221mnys06s2 -25 ~ LXXXV CDL CCXX 25 45 CMXLIV MCXC 0.231 (VI)
    Sn62x271mnys05s2 -25 ~ LXXXV CCCXV CCLXX 25 40 DCCCLXXV MCCC 0.737 (VI)
    Sn62w221mnnxs04s2 -25 ~ LXXXV CDL CCXX 30 35 CMXLIV MCXL 0.231 (VI)
    Sn62x271mnnxs03s2 -25 ~ LXXXV CCCXV CCLXX 30 30 DCCCLXXV MCCC 0.737 (VI)
    Sn62w271mnzs10s2 -25 ~ LXXXV CDL CCLXX 22 65 MXLVI MDLXX 0.283 (VI)
    Sn62x271mnas02s2 -25 ~ LXXXV CCCXV CCLXX 35 25 DCCCLXXV MCCC 0.737 (VI)
    Sn62w271mnnys07s2 -25 ~ LXXXV CDL CCLXX 25 50 MXLVI MCDLXX 0.283 (VI)
    Sn62x331mnys06s2 -25 ~ LXXXV CCCXV CCCXXX 25 45 CMLXVII MCD 0.603 (VI)
    Sn62w271mnnxs05s2 -25 ~ LXXXV CDL CCLXX 30 40 MXLVI MCCCLXXX 0.283 (VI)
    Sn62x331mnnxs04s2 -25 ~ LXXXV CCCXV CCCXXX 30 35 CMLXVII MCD 0.603 (VI)
    Sn62w331mnys09s2 -25 ~ LXXXV CDL CCCXXX 25 60 MCLVI MDCLXXX 0.346 (VI)
    Sn62x391mnys07s2 -25 ~ LXXXV CCCXV CCCXC 25 50 MLII MDC 0,51 (VI)
    Sn62w331mnnxs06s2 -25 ~ LXXXV CDL CCCXXX 30 45 MCLVI MDCLX 0.346 (VI)
    Sn62x391mnxs05s2 -25 ~ LXXXV CCCXV CCCXC 30 40 MLII MDC 0,51 (VI)
    Sn62w331mnas04s2 -25 ~ LXXXV CDL CCCXXX 35 35 MCLVI MDCXX 0.346 (VI)
    Sn62x391mnas03s2 -25 ~ LXXXV CCCXV CCCXC 35 30 MLII MDC 0,51 (VI)
    Sn62w391mnnyg011s2 -25 ~ LXXXV CDL CCCXC 25 70 MCCLVII MCMLXXX 0.409 (VI)
    Sn62x471mnnxs06s2 -25 ~ LXXXV CCCXV CDLXX 30 45 MCLIV MDCCC 0.424 (VI)
    Sn62w391mnnxs07s2 -25 ~ LXXXV CDL CCCXC 30 50 MCCLVII MCML 0.409 (VI)
    Sn62x471mnas04s2 -25 ~ LXXXV CCCXV CDLXX 35 35 MCLIV MDCCC 0.424 (VI)
    Sn62w391mnas05s2 -25 ~ LXXXV CDL CCCXC 35 40 MCCLVII MCMXXX 0.409 (VI)
    Sn62x561mnnxs07s2 -25 ~ LXXXV CCCXV DLX 30 50 MCCLX MM 0.355 (VI)
    Sn62w471mnnxs08s2 -25 ~ LXXXV CDL CDLXX 30 55 MCCCLXXX MMCCLXX 0.493 (VI)
    Sn62x561mnas05s2 -25 ~ LXXXV CCCXV DLX 35 40 MCCLX MM 0.355 (VI)
    Sn62w471mnas06s2 -25 ~ LXXXV CDL CDLXX 35 45 MCCCLXXX MMCCL 0.493 (VI)
    Sn62x681mnas06s2 -25 ~ LXXXV CCCXV DCLXXX 35 45 MCCCLXXXIX MMCCC 0.293 (VI)
    Sn62w561mnnxs2 -25 ~ LXXXV CDL DLX 30 65 MDVI MMDLX 0.587 (VI)
    Sn62v820mnzs02s2 -25 ~ LXXXV CCCL 82 22 25 DVIII DCXL 2.427 (VI)
    Sn62w561mnas07s2 -25 ~ LXXXV CDL DLX 35 50 MDVI MMDXXX 0.587 (VI)
    Sn62v101mnzs02s2 -25 ~ LXXXV CCCL C 22 25 DLXI DCCXX 1.99 (VI)
    Sn62w681mnnxg02s2 -25 ~ LXXXV CDL DCLXXX 30 75 MDCLX MMDCCLXX 0.713 (VI)
    Sn62v121mnzs03s2 -25 ~ LXXXV CCCL CXX 22 30 DCXV DCCCXX 1.659 (VI)
    Sn62w681mnas09s2 -25 ~ LXXXV CDL DCLXXX 35 60 MDCLX MMDCCXXX 0.713 (VI)
    Sn62v121mnys02s2 -25 ~ LXXXV CCCL CXX 25 25 DCXV DCCCX 1.659 (VI)
    Sn62w821mnag01s2 -25 ~ LXXXV CDL DCCCXX 35 70 MDCCCXXII MMML 0.859 (VI)
    Sn62v151mnzs04s2 -25 ~ LXXXV CCCL CL 22 35 DCLXXXVII CMXL 1.327 (VI)
    Sn62w102mnag03s2 -25 ~ LXXXV CDL M 35 80 MMXIII MMMCD 1.048 (VI)
    Sn62v151mnys03s2 -25 ~ LXXXV CCCL CL 25 30 DCLXXXVII CMXL 1.327 (VI)
    Sn62w122mnag06s2 -25 ~ LXXXV CDL MCC 35 95 MMCCV MMMDCLXXX 1.258 (VI)
    Sn62v181mnzs05s2 -25 ~ LXXXV CCCL CLXXX 22 40 DCCLIII MC 1.106 (VI)
    Sn62w152mnag10s2 -25 ~ LXXXV CDL MD 35 CXV MMCDLXV MMMCMXC 1.572 (VI)
    Sn62v181mnnxs02s2 -25 ~ LXXXV CCCL CLXXX 30 25 DCCLIII MC 1.106 (VI)
    Sn62f8222mnzs02s2 -40 ~ LXXXV 16 (VIII) CC 22 25 MLXXXVII MMCC 0.097 (VI)
    Sn62v221mnzs06s2 -25 ~ LXXXV CCCL CCXX 22 45 DCCCXXXIII MCC 0.905 (VI)
    Sn62f103mnzs03s2 -40 ~ LXXXV 16 (X) 22 30 MCC MMDC 0,08 (VI)
    Sn62v221mnys04s2 -25 ~ LXXXV CCCL CCXX 25 35 DCCCXXXIII MCC 0.905 (VI)
    Sn62f103mnys02s2 -40 ~ LXXXV 16 (X) 25 25 MCC MMDC 0,08 (VI)
    Sn62v221mnnxs03s2 -25 ~ LXXXV CCCL CCXX 30 30 DCCCXXXIII MCC 0.905 (VI)
    Sn62f123mnzs04s2 -40 ~ LXXXV 16 (XII) 22 35 MCCCXV MMCM 0.066 (VI)
    Sn62v221mnas02s2 -25 ~ LXXXV CCCL CCXX 35 25 DCCCXXXIII MCCC 0.905 (VI)
    Sn62f153mnzs05s2 -40 ~ LXXXV 16 (XV) 22 40 MCDLXX MMMCCC 0.053 (VI)
    Sn62v271mnys06s2 -25 ~ LXXXV CCCL CCLXX 25 45 CMXXII MCD 0.737 (VI)
    Sn62f153mnys03s2 -40 ~ LXXXV 16 (XV) 25 30 MCDLXX MMMCCC 0.053 (VI)
    Sn62v271mnnxs02s2 -25 ~ LXXXV CCCL CCLXX 30 25 CMXXII MCD 0.737 (VI)
    Sn62f153mnxs02s2 -40 ~ LXXXV 16 (XV) 30 25 MCDLXX MMMCD 0.053 (VI)
    Sn62v331mnys07s2 -25 ~ LXXXV CCCL CCCXXX 25 50 MXX MDC 0.603 (VI)
    Sn62f183mnzs06s2 -40 ~ LXXXV 16 (XVIII) 22 45 MDCX MMMDCCC 0.044 (VI)
    Sn62v331mnas03s2 -25 ~ LXXXV CCCL CCCXXX 35 30 MXX MDC 0.603 (VI)
    Sn62f183mnys04s2 -40 ~ LXXXV 16 (XVIII) 25 35 MDCX MMMDCC 0.044 (VI)
    Sn62v391mnnxs05s2 -25 ~ LXXXV CCCL CCCXC 30 40 MCVIII MDCC 0,51 (VI)
    Sn62f223mnzs07s2 -40 ~ LXXXV 16 (XXII) 22 50 MDCCLXXX (IV) CC 0.036 (VI)
    Sn62v391mnas04s2 -25 ~ LXXXV CCCL CCCXC 35 35 MCVIII MDCCC 0,51 (VI)
    Sn62f223mnys05s2 -40 ~ LXXXV 16 (XXII) 25 40 MDCCLXXX (IV) CC 0.036 (VI)
    Sn62v391mnys04s2 -25 ~ LXXXV CCCL CCCXC 25 35 MCVIII MDC 0,51 (VI)
    Sn62f223mnnxs03s2 -40 ~ LXXXV 16 (XXII) 30 30 MDCCLXXX (IV) CC 0.036 (VI)
    Sn62v471mnnxs06s2 -25 ~ LXXXV CCCL CDLXX 30 45 MCCXVII MM 0.424 (VI)
    Sn62f223mnas02s2 -40 ~ LXXXV 16 (XXII) 35 25 MDCCLXXX (IV) CD 0.036 (VI)
    Sn62v471mnas05s2 -25 ~ LXXXV CCCL CDLXX 35 40 MCCXVII MM 0.424 (VI)
    Sn62n562mnzs02s2 -40 ~ LXXXV 25 (V) DC 22 25 MCXXIII MM 0.119 (VI)
    Sn62v561mnas06s2 -25 ~ LXXXV CCCL DLX 35 45 MCCCXXVIII MMCCC 0.355 (VI)

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