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Cw3h

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  • Cw3h

Short description:

Aluminium electrolytic capacitor

Cw3h

High Reliability, Minimum ESR105 ℃, MMM horis, idoneam novum industria photovoltaic, automotive electronics, Rads directiva obsequium


Product Detail

Index products numerus

Product Tags

Main Technical parametri

Item proprium
Range of working temperatus -40 ~ + CV℃
Rated voltage range 3500v CCCL ~
Rated electrostatic capacity range 120- M UF (XX℃120Hz)
Licendable differentia in rated electrostatic capacity ± XX%
Leakage Current (MA) ≤3√cv (C: nominis facultatem; V: rated voltage aut 0,94MA, quicquid minor, probata pro V minuta @ XX ℃
Maxime damnum (XX ℃) 0,20 (XX℃120Hz)
Temperature characteres (120hz) C (-25℃) / C (XX℃)Tago0,8; C (-40℃) / C (XX℃)Tago0,65
Impedance (120Hz) Z (-25℃) / Z (XX℃) V; Z (-40℃) / Z (XX℃) ^ VIII
Nulla resistitur Valorem metiri cum DC500V Nulla resistentia teger omnes terminales et insulating sleeve in continens operimentum et certa lorum installed est ≥100mω.
Voltage VOLTAGE Non fuit deprauationem cum voltage of AC2000V erat applicari ad I minute inter omnes terminals et insulating sleeve in continens operimentum et certa lorum installed.
Diuturnitas In environment de CV ° C, Rated Ripple Current est superimposed sine excedente rated voltage. Et rated intentione continuat onustum ad 3000H et rediit ad XX ° c. Test occursum sequenti elit.
Mutare facultatem rate (△ c ≤± XX% of initial valorem
Damnum valorem (TG δ) ≤200% of initial specificationem pretii
Leakage Current (LC) ≤initial specie valorem
Caliditas non onus characteres Postquam repono in environment de CV ℃ ad M horas et rediit ad XX ℃, in test occurreret sequenti requisitis.
Mutare facultatem rate (△ c ≤± XV% of initial valorem
Damnum valorem (TG δ) ≤150% of initial specie pretii
Leakage Current (LC) ≤initial specie valorem
Voltage preconditioning non requiritur ante test: applicare a rated voltage ut utraque terminos capacitor per resistor de 1000Ω et custodiat eam in I hora. Post preteratment, resistor circiter 1ω / V est dimitti. Post fluxum est completum, locus ad locus temperatus pro XXIV horas antequam incipiens test.

Product Dimensional Drawing

Dimensionem (mm)

Φd

Φ22

Φ25

Φ30

Φ35

Φ40

B

11,6

11,8

11,8

11,8

12,25

C

8,4

10

10

10

10

L1

6,5

6,5

6,5

6,5

6,5

Ripple Current disciplinam parametri

①frequency compensationem coefficientem

frequentia

50Hz

120Hz

500Hz

1KHz

 10khz

Correptio factor

0,80

1.00

1.20

1,25

1.40

 

 

②Tempature Compensation coefficientem

Temperature (℃)

XL ℃

LX ℃

LXXXV ℃

CV ℃

coefficient

2.7

2.2

1.7

1.0

 

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)
    Cw3h2v121mnzs03s2 -40 ~ CV CCCL CXX 22 30 DCXV DCC 1.38 MMM MMM
    Cw3h2v121mnys02s2 -40 ~ CV CCCL CXX 25 25 DCXV DCC 1.38 MMM MMM
    Cw3h2v121mnnxs011s2 -40 ~ CV CCCL CXX 30 20 DCXV DCCX 1.38 MMM MMM
    Cw3h2v151mnzs04s2 -40 ~ CV CCCL CL 22 35 DCLXXXVII DCCCXX 1.104 MMM MMM
    Cw3h2v151mnnys03s2 -40 ~ CV CCCL CL 25 30 DCLXXXVII DCCCXX 1.104 MMM MMM
    Cw3h2v151mnnxs02s2 -40 ~ CV CCCL CL 30 25 DCLXXXVII DCCCXXX 1.104 MMM MMM
    Cw3h2v151mnas011s2 -40 ~ CV CCCL CL 35 20 DCLXXXVII DCCCXXX 1.104 MMM MMM
    Cw3h2v181mnzs05s2 -40 ~ CV CCCL CLXXX 22 40 DCCLIII CMXL 0.919 MMM MMM
    Cw3h2v181mnys03s2 -40 ~ CV CCCL CLXXX 25 30 DCCLIII CMXL 0.919 MMM MMM
    Cw3h2v181mnnxs02s2 -40 ~ CV CCCL CLXXX 30 25 DCCLIII CMXL 0.919 MMM MMM
    Cw3h2v221mnzs06s2 -40 ~ CV CCCL CCXX 22 45 DCCCXXXIII MLXXX 0.751 MMM MMM
    Cw3h2v221mnys04s2 -40 ~ CV CCCL CCXX 25 35 DCCCXXXIII MLXXX 0.751 MMM MMM
    Cw3h2v221mnnxs02s2 -40 ~ CV CCCL CCXX 30 25 DCCCXXXIII MC 0.751 MMM MMM
    Cw3h2v221mnas02s2 -40 ~ CV CCCL CCXX 35 25 DCCCXXXIII MC 0.751 MMM MMM
    Cw3h2v271mnzs07s2 -40 ~ CV CCCL CCLXX 22 50 CMXXII MCCXXX 0.617 MMM MMM
    Cw3h2v271mnnys05s2 -40 ~ CV CCCL CCLXX 25 40 CMXXII MCCXXX 0.617 MMM MMM
    Cw3h2v271mnnxs03s2 -40 ~ CV CCCL CCLXX 30 30 CMXXII MCCXXX 0.617 MMM MMM
    Cw3h2v271mnas02s2 -40 ~ CV CCCL CCLXX 35 25 CMXXII MCCL 0.617 MMM MMM
    Cw3h2v331mnys06s2 -40 ~ CV CCCL CCCXXX 25 45 MXX MCCCLXX 0,504 MMM MMM
    Cw3h2v331mnnxs04s2 -40 ~ CV CCCL CCCXXX 30 35 MXX MCCCLXX 0,504 MMM MMM
    Cw3h2v331mnas03s2 -40 ~ CV CCCL CCCXXX 35 30 MXX MCCCLXX 0,504 MMM MMM
    Cw3h2v391mnys07s2 -40 ~ CV CCCL CCCXC 25 50 MCVIII MDXXX 0.426 MMM MMM
    Cw3h2v391mnnxs04s2 -40 ~ CV CCCL CCCXC 30 35 MCVIII MDL 0.426 MMM MMM
    Cw3h2v391mnas03s2 -40 ~ CV CCCL CCCXC 35 30 MCVIII MDL 0.426 MMM MMM
    Cw3h2v471mnys09s2 -40 ~ CV CCCL CDLXX 25 60 MCCXVII MDCCCX 0.353 MMM MMM
    Cw3h2v471mnnxs06s2 -40 ~ CV CCCL CDLXX 30 45 MCCXVII MDCCCX 0.353 MMM MMM
    Cw3h2v471mnas04s2 -40 ~ CV CCCL CDLXX 35 35 MCCXVII MDCCCX 0.353 MMM MMM
    Cw3h2v561mnnxs07s2 -40 ~ CV CCCL DLX 30 50 MCCCXXVIII MCMLXXX 0,29 MMM MMM
    Cw3h2v561mnas05s2 -40 ~ CV CCCL DLX 35 40 MCCCXXVIII MCMLXXX 0,29 MMM MMM
    Cw3h2v681mnnxs09s2 -40 ~ CV CCCL DCLXXX 30 60 MCDLXIV MMCCCLXX 0.239 MMM MMM
    Cw3h2v681mnas06s2 -40 ~ CV CCCL DCLXXX 35 45 MCDLXIV MMCCCLXX 0.239 MMM MMM
    Cw3h2v821mnas07s2 -40 ~ CV CCCL DCCCXX 35 50 MDCVII MMDLX 0.198 MMM MMM
    Cw3h2v102mnas08s2 -40 ~ CV CCCL M 35 55 MDCCLXXV MMDCCCX 0.163 MMM MMM
    Cw3h2g121mnzs03s2 -40 ~ CV CD CXX 22 30 DCLVII DCL 1.517 MMM MMM
    Cw3h2g121mnys02s2 -40 ~ CV CD CXX 25 25 DCLVII DCL 1.517 MMM MMM
    Cw3h2g121mnnxs011s2 -40 ~ CV CD CXX 30 20 DCLVII DCLXXX 1.517 MMM MMM
    Cw3h2g121mnas011s2 -40 ~ CV CD CXX 35 20 DCLVII DCLXXX 1.517 MMM MMM
    Cw3h2g151mnzs04s2 -40 ~ CV CD CL 22 35 DCCXXXV DCCLX 1.213 MMM MMM
    Cw3h2g151mnys03s2 -40 ~ CV CD CL 25 30 DCCXXXV DCCLX 1.213 MMM MMM
    Cw3h2g151mnxs02s2 -40 ~ CV CD CL 30 25 DCCXXXV DCCLXX 1.213 MMM MMM
    Cw3h2g151mnas01s2 -40 ~ CV CD CL 35 20 DCCXXXV DCCXC 1.213 MMM MMM
    Cw3h2g181mnzs05s2 -40 ~ CV CD CLXXX 22 40 DCCCV DCCCLXX 1.01 MMM MMM
    Cw3h2g181mnys03s2 -40 ~ CV CD CLXXX 25 30 DCCCV DCCCLXX 1.01 MMM MMM
    Cw3h2g181mnxs02s2 -40 ~ CV CD CLXXX 30 25 DCCCV DCCCLXX 1.01 MMM MMM
    Cw3h2g181mnas02s2 -40 ~ CV CD CLXXX 35 25 DCCCV DCCCLXX 1.01 MMM MMM
    Cw3h2g221mnzs06s2 -40 ~ CV CD CCXX 22 45 DCCCXC M 0.826 MMM MMM
    Cw3h2g221mnnys05s2 -40 ~ CV CD CCXX 25 40 DCCCXC M 0.826 MMM MMM
    Cw3h2g221mnnxs03s2 -40 ~ CV CD CCXX 30 30 DCCCXC MXX 0.826 MMM MMM
    Cw3h2g221mnas02s2 -40 ~ CV CD CCXX 35 25 DCCCXC MXX 0.826 MMM MMM
    Cw3h2g271mnnys06s2 -40 ~ CV CD CCLXX 25 45 CMLXXXVI MCLXX 0.673 MMM MMM
    Cw3h2g271mnnxs03s2 -40 ~ CV CD CCLXX 30 30 CMLXXXVI MCLXX 0.673 MMM MMM
    Cw3h2g271mnas02s2 -40 ~ CV CD CCLXX 35 25 CMLXXXVI MCLXX 0.673 MMM MMM
    Cw3h2g331mnnys07s2 -40 ~ CV CD CCCXXX 25 50 MXC MCCCXL 0,55 MMM MMM
    Cw3h2g331mnnxs04s2 -40 ~ CV CD CCCXXX 30 35 MXC MCCCX 0,55 MMM MMM
    Cw3h2g331mnas03s2 -40 ~ CV CD CCCXXX 35 30 MXC MCCCX 0,55 MMM MMM
    Cw3h2g391mnys08s2 -40 ~ CV CD CCCXC 25 55 MCLXXXV MDX 0.465 MMM MMM
    Cw3h2g391mnxs05s2 -40 ~ CV CD CCCXC 30 40 MCLXXXV MDX 0.465 MMM MMM
    Cw3h2g391mnas04s2 -40 ~ CV CD CCCXC 35 35 MCLXXXV MDX 0.465 MMM MMM
    Cw3h2g471mnnxs06s2 -40 ~ CV CD CDLXX 30 45 MCCCI MDCLX 0.385 MMM MMM
    Cw3h2g471mnas05s2 -40 ~ CV CD CDLXX 35 40 MCCCI MDCLXXX 0.385 MMM MMM
    Cw3h2g561mnxs07s2 -40 ~ CV CD DLX 30 50 MCDXX MDCCCLXX 0.323 MMM MMM
    Cw3h2g561mnas06s2 -40 ~ CV CD DLX 35 45 MCDXX MDCCCLXX 0.323 MMM MMM
    Cw3h2g681mnas07s2 -40 ~ CV CD DCLXXX 35 50 MDLXV MMCCXXX 0.265 MMM MMM
    Cw3h2g821mnas08s2 -40 ~ CV CD DCCCXX 35 55 MDCCXVIII MMCDXC 0.219 MMM MMM
    Cw3h2g102mnag01s2 -40 ~ CV CD M 35 70 MDCCCXCVII MMCMXL 0.18 MMM MMM
    Cw3h2w121mnzs05s2 -40 ~ CV CDL CXX 22 40 DCXCVII DCXC 1.88 MMM MMM
    Cw3h2w121mnys02s2 -40 ~ CV CDL CXX 25 25 DCXCVII DCXC 1.88 MMM MMM
    Cw3h2w121mnnxs02s2 -40 ~ CV CDL CXX 30 25 DCXCVII DCCX 1.88 MMM MMM
    Cw3h2w121mnas011s2 -40 ~ CV CDL CXX 35 20 DCXCVII DCCX 1.88 MMM MMM
    Cw3h2w151mnzs06s2 -40 ~ CV CDL CL 22 45 DCCLXXIX DCCLXX 0.987 MMM MMM
    Cw3h2w151mnnys03s2 -40 ~ CV CDL CL 25 30 DCCLXXIX DCCLXX 0.987 MMM MMM
    Cw3h2w151mnnxs02s2 -40 ~ CV CDL CL 30 25 DCCLXXIX DCCXC 0.987 MMM MMM
    Cw3h2w151mnas02s2 -40 ~ CV CDL CL 35 25 DCCLXXIX DCCXC 0.987 MMM MMM
    Cw3h2w181mnzs05s2 -40 ~ CV CDL CLXXX 22 40 DCCCLIV DCCCX 0.822 MMM MMM
    Cw3h2w181mnys04s2 -40 ~ CV CDL CLXXX 25 35 DCCCLIV DCCCX 0.822 MMM MMM
    Cw3h2w181mnxs03s2 -40 ~ CV CDL CLXXX 30 30 DCCCLIV DCCCXXX 0.822 MMM MMM
    Cw3h2w221mnnys05s2 -40 ~ CV CDL CCXX 25 40 CMXLIV CMLX 0.673 MMM MMM
    Cw3h2w221mnnxs03s2 -40 ~ CV CDL CCXX 30 30 CMXLIV CMXL 0.673 MMM MMM
    Cw3h2w221mnas02s2 -40 ~ CV CDL CCXX 35 25 CMXLIV CMLXX 0.673 MMM MMM
    Cw3h2w271mnnys06s2 -40 ~ CV CDL CCLXX 25 45 MXLVI MCX 0.549 MMM MMM
    Cw3h2w271mnnxs04s2 -40 ~ CV CDL CCLXX 30 35 MXLVI MC 0.549 MMM MMM
    Cw3h2w271mnas03s2 -40 ~ CV CDL CCLXX 35 30 MXLVI MCXL 0.549 MMM MMM
    Cw3h2w331mnnxs05s2 -40 ~ CV CDL CCCXXX 30 40 MCLVI MCCXC 0.449 MMM MMM
    Cw3h2w331mnas04s2 -40 ~ CV CDL CCCXXX 35 35 MCLVI MCCXC 0.449 MMM MMM
    Cw3h2w391mnnxs06s2 -40 ~ CV CDL CCCXC 30 45 MCCLVII MCDLXX 0.379 MMM MMM
    Cw3h2w391mnas04s2 -40 ~ CV CDL CCCXC 35 35 MCCLVII MCDL 0.379 MMM MMM
    Cw3h2w471mnnxs07s2 -40 ~ CV CDL CDLXX 30 50 MCCCLXXX MDCLXXX 0.314 MMM MMM
    Cw3h2w471mnas05s2 -40 ~ CV CDL CDLXX 35 40 MCCCLXXX MDCL 0.314 MMM MMM
    Cw3h2w561mnxs09s2 -40 ~ CV CDL DLX 30 60 MDVI MCMLXX 0.263 MMM MMM
    Cw3h2w561mnas06s2 -40 ~ CV CDL DLX 35 45 MDVI MCMXL 0.263 MMM MMM
    Cw3h2w681mnas08s2 -40 ~ CV CDL DCLXXX 35 55 MDCLX MMCCL 0,216 MMM MMM
    Cw3h2w821mnas09s2 -40 ~ CV CDL DCCCXX 35 60 MDCCCXXII MMDXX 0.179 MMM MMM
    Cw3h2w102mnag01s2 -40 ~ CV CDL M 35 70 MMXIII MMDCCCL 0,147 MMM MMM
    Cw3h2h121mnzs07s2 -40 ~ CV D CXX 22 50 DCCXXXV DCLX 1.415 MMM MMM
    Cw3h2h121mnys05s2 -40 ~ CV D CXX 25 40 DCCXXXV DCLX 1.415 MMM MMM
    Cw3h2h121mnnxs03s2 -40 ~ CV D CXX 30 30 DCCXXXV DCL 1.415 MMM MMM
    Cw3h2h121mnas02s2 -40 ~ CV D CXX 35 25 DCCXXXV DCXXX 1.415 MMM MMM
    Cw3h2h151mnzs07s2 -40 ~ CV D CL 22 50 DCCCXXII DCCXXX 1.132 MMM MMM
    Cw3h2h151mnys05s2 -40 ~ CV D CL 25 40 DCCCXXII DCC 1.132 MMM MMM
    Cw3h2h151mnxs03s2 -40 ~ CV D CL 30 30 DCCCXXII DCC 1.132 MMM MMM
    Cw3h2h151mnas02s2 -40 ~ CV D CL 35 25 DCCCXXII DCCX 1.132 MMM MMM
    Cw3h2h181mnzs09s2 -40 ~ CV D CLXXX 22 60 CM DCCCLX 0.943 MMM MMM
    Cw3h2h181mnys07s2 -40 ~ CV D CLXXX 25 50 CM DCCCL 0.943 MMM MMM
    Cw3h2h181mnxs04s2 -40 ~ CV D CLXXX 30 35 CM DCCCXX 0.943 MMM MMM
    Cw3h2h181mnas03s2 -40 ~ CV D CLXXX 35 30 CM DCCCXX 0.943 MMM MMM
    Cw3h2h221mnzs10s2 -40 ~ CV D CCXX 22 65 CMXCV CMLXX 0.771 MMM MMM
    Cw3h2h221mnnys08s2 -40 ~ CV D CCXX 25 55 CMXCV CMXXX 0.771 MMM MMM
    Cw3h2h221mnnxs05s2 -40 ~ CV D CCXX 30 40 CMXCV CMXXX 0.771 MMM MMM
    Cw3h2h221mnas02s2 -40 ~ CV D CCXX 35 25 CMXCV CM 0.771 MMM MMM
    Cw3h2h271mnnys09s2 -40 ~ CV D CCLXX 25 60 MCII MCX 0.628 MMM MMM
    Cw3h2h271mnnxs06s2 -40 ~ CV D CCLXX 30 45 MCII MLXXX 0.628 MMM MMM
    Cw3h2h271mnas04s2 -40 ~ CV D CCLXX 35 35 MCII MLX 0.628 MMM MMM
    Cw3h2h331mnnyg011s2 -40 ~ CV D CCCXXX 25 70 MCCXIX MCCCX 0.513 MMM MMM
    Cw3h2h331mnnxs07s2 -40 ~ CV D CCCXXX 30 50 MCCXIX MCCLXX 0.513 MMM MMM
    Cw3h2h331mnas05s2 -40 ~ CV D CCCXXX 35 40 MCCXIX MCCL 0.513 MMM MMM
    Cw3h2h391mnxs09s2 -40 ~ CV D CCCXC 30 60 MCCCXXV MCDL 0.435 MMM MMM
    Cw3h2h391mnas06s2 -40 ~ CV D CCCXC 35 45 MCCCXXV MCDL 0.435 MMM MMM
    Cw3h2h471mnnxs10s2 -40 ~ CV D CDLXX 30 65 MCDLIV MDCXL 0,36 MMM MMM
    Cw3h2h471mnas07s2 -40 ~ CV D CDLXX 35 50 MCDLIV MDXC 0,36 MMM MMM
    Cw3h2h561mnxg02s2 -40 ~ CV D DLX 30 75 MDLXXXVIII MCM 0.302 MMM MMM
    Cw3h2h561mnas09s2 -40 ~ CV D DLX 35 60 MDLXXXVIII MDCCCLXX 0.302 MMM MMM
    Cw3h2h681mnag02s2 -40 ~ CV D DCLXXX 35 75 MDCCXLIX MMCCL 0.248 MMM MMM
    Cw3h2h821mnag05s2 -40 ~ CV D DCCCXX 35 90 MCMXXI MMDCLXX 0.205 MMM MMM
    Cw3h2h102mnag07s2 -40 ~ CV D M 35 C MMCXXI MMML 0.169 MMM MMM
    Cw3h2l121mnxs03s2 -40 ~ CV DL CXX 30 30 DCCLXXI CML 1.646 MMM MMM
    Cw3h2l151mnxs04s2 -40 ~ CV DL CL 30 35 DCCCLXII MLX 1.317 MMM MMM
    Cw3h2l181mnxs05s2 -40 ~ CV DL CLXXX 30 40 CMXLIV MCXXX 1.097 MMM MMM
    Cw3h2l181mnas03s2 -40 ~ CV DL CLXXX 35 30 CMXLIV MCX 1.097 MMM MMM
    Cw3h2l221mnnxs07s2 -40 ~ CV DL CCXX 30 50 MXLIV MCCLX 0.898 MMM MMM
    Cw3h2l221nnas05s2 -40 ~ CV DL CCXX 35 40 MXLIV MCCXL 0.898 MMM MMM
    Cw3h2l271mnas06s2 -40 ~ CV DL CCLXX 35 45 MCLVI MCCCXC 0.731 MMM MMM
    Cw3h2l331mnas07s2 -40 ~ CV DL CCCXXX 35 50 MCCLXXVIII MDXC 0.598 MMM MMM
    Cw3h2l391mnas09s2 -40 ~ CV DL CCCXC 35 60 MCCCLXXXIX MDCCLX 0,505 MMM MMM
    Cw3h2l471mnas10s2 -40 ~ CV DL CDLXX 35 65 CLXXV MML 0.419 MMM MMM
    Cw3h2l561mnag02s2 -40 ~ CV DL DLX 35 75 MDCLXV MMCCCXXX 0.351 MMM MMM
    Cw3h2l561mnag03s2 -40 ~ CV DL DLX 35 80 MDCLXV MMCC 0.351 MMM MMM
    Cw3h2m121mnnxs05s2 -40 ~ CV DC CXX 30 40 DCCCV M 2.016 MMM MMM
    Cw3h2m121mnas03s2 -40 ~ CV DC CXX 35 30 DCCCV CMLX 2.016 MMM MMM
    Cw3h2m151mnxs06s2 -40 ~ CV DC CL 30 45 CM MCL 1.612 MMM MMM
    Cw3h2m151mnas04s2 -40 ~ CV DC CL 35 35 CM MCXX 1.612 MMM MMM
    Cw3h2m181mnxs07s2 -40 ~ CV DC CLXXX 30 50 CMLXXXVI MCCLXXX 1.343 MMM MMM
    Cw3h2m181mnas05s2 -40 ~ CV DC CLXXX 35 40 CMLXXXVI MCCL 1.343 MMM MMM
    Cw3h2m221mnnxs09s2 -40 ~ CV DC CCXX 30 60 MXC MCDLXX 1.098 MMM MMM
    Cw3h2m221mnas06s2 -40 ~ CV DC CCXX 35 45 MXC MCDLX 1.098 MMM MMM
    Cw3h2m271mnas07s2 -40 ~ CV DC CCLXX 35 50 MCCVIII MDCXXX 0.894 MMM MMM
    Cw3h2m331mnas08s2 -40 ~ CV DC CCCXXX 35 55 MCCCXXXV MDCCCLXX 0.731 MMM MMM
    Cw3h2m391mnas09s2 -40 ~ CV DC CCCXC 35 60 MCDLI MMCMXX 0.618 MMM MMM
    Cw3h2m471mnbbs09s2 -40 ~ CV DC CDLXX 40 60 MDXCIII MMMLX 0.512 MMM MMM
    Cw3h2m561mnbg03s2 -40 ~ CV DC DLX 40 80 MDCCXXXIX MMMCCXX 0.429 MMM MMM

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