SME

SME ETC1

Document overview

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Technical content

aa ~~ = Miniature = - a r ” <a General Purpose A fh WS = Solvent Proof ail aaa | =] . ae Ease Maximum pe 2 va bas Temperature . ae Y Me. aie = The SME series capacitors are our standard general purpose capacitors. These radial lead capacitors are available in a wide range of voltage and capacitance ratings and are designed for a load life of 2,000 hours at 85°C with an operating temperature range of ~ 40°C to +85°C. The SME series capacitors, except for those rated at 350-450 volts, were developed to withstand HCFC cleaning agents for five minutes by ultrasonic, vapor or immersion. This solvent proof design allows all circuit board components to be cleaned together, at the same time, without resorting to more expensive epoxy end-sealed capacitors. Refer to the Mini-Glossary for recommended cleaning conditions. Summary of Specifications @ Radial lead terminals. @ Capacitance range: 0.1 to 15,000pF. ™@ Voltage range: 6.3 to 450VDC. ™ Operating temperature range: — 40°C to +85°C for 6.3 to 400VDC; — 25°C to +85°C for 450VDC. ™ Leakage current: See specifications table for leakage current values at +20°C. ™@ Standard capacitance tolerance: +20% Nominal case size (D x L): 5x 11mm to 18 xX 40mm. @ Rated lifetime: 2,000 hours at +85°C.

SME Series___ SME Specifications tem dR harariticg Sd Operating Temperature Range —40 to +85°C for 6.3 to 400 VDC; — 25 to +85°C for 450 VDC Rated Voltage Range 6.3 to 450VDC Capacitance Tolerance +20% (M) at +20°C, 120Hz Leakage Current At +20°C Taaage GmOR GAT 6.3-100v , [ Ater2 minutes | 1= 001GV orSHA.wicheveris roster wou Where I= Leakage current (A), C= Nominal capacitance (uF) and V= Rated voltage (V) Dissipation Factor (Tan 8) At +20°C, 120Hz [Raocwomce) [os] w]w] S| | | © | io | 02m | ae0-100] [nsiory foe [oxe [ose [ose] ore | 0x0 [aoa |ooe] oa | o20 | When nominal capacitance exceeds 1,000, add 0.02 to the values above for each 1,000pF increase. Low Temperature At 120Hz, impedance (Z) ratio between the —25°C or — 40°C value and +20°C value shall not Characteristics exceed the values given below. [Fatedvorase (yy | 63 | [ve | ms | w | sono | w0-250] 300-400] 0 | acwovewo[ «| sfafetel 2 fs | « [wl Ripple Current Multipliers Ambient Temperature (°C) Refer to Section 4 of the Mini-Glossary for explanation Of Ripple Current Multipliers. [130 [100 | Frequency (Hz) Capacitance uF) | Sofie [| _i20Re [shore [tmz [ronnie [voor] [sso [06s [100 | 195 | 175 | 290 | 250 _| [—ar-ooouF 990 | 100 [45 | 420 [140 | 150 _| Load Life The following specifications shall be satisfied when the capacitors are restored to +20°C after ‘subjecting them to the DC rated voltage for 2,000 hours at +85°C. The sum of DC voltage and peak AC voltage must not exceed the full rated voltage of the capacitors. Capacitance change: < + 20% of initial measured value Tan 8 (DF) : $ 150% of initial specified value for 6.3-100V & 450V : $ 200% of initial specified value for 160-400V . Leakage current : Sinitial specified value ‘The following specifications shall be satisfied when the capacitors are restored to +20°C after exposing them for 1,000 hours at +85°C without voltage applied. The rated voltage shall be applied to the capacitors for a minimum of 30 minutes, at least 24 hours and not more than 48 hours before the measurements. Capacitance change: < +20% of initial measured value Tan 8 (DF) :< 150% of initial specified value for 6.3-100V :$ 200% of initial specified value for 160-450V Leakage current : Sinitial specified value for 6.3-100V : $ 500% of initial specified value for 160-450V

VB/Radiat Lead Unit: mm PVC Sleeve. >——, Od bal —— 8 (Gar! (Gan (Gey: (apy Lo Ce eT ST ea —— | enttiy u 45m. SMn 25-28 210 912.5-O18 Gas escape end seal forall case diameters. [9p | op'max. [ Limax [od | F205 | a | [63 [epeos | t+10 | os [25 | [8 | od+os | t+io [os [35 | For potional lead configurations and tape and ammo | 10125 | op+0s [i410 [os | 50 | Packaging, refer tone begining ofthe Minature section [e.1¢ ~“[eotos [i415 | os [75 | Part Numbering System for SME Series when ordering, always specify complete catalog number for SME Series. SME 25 VB 472 M 18X35 LL Le Lead Length: LL is Standard. Case Code: See Case Sizes in Tables. Capacitance Tolerance: M = +20% Capacitance Value: Expressed in microfarads. The first two digits are significant figures, and the third digit indicates the number of zeros for capacitance of 100uF or more. R indicates the decimal point for capacitance less than 100uF (e.g. R47=.47yF; 4R7 =4.7uF: 47R = 47 pF; 471=470pF; 472=4,700pF; 473 = 47,000uF). Lead Configuration: VB = Radial Lead. OC Rated Voltage: Expressed in Volts (e.g. 25 = 25WVDC). Series Name: Indicates Basic Capacitor Design. Standard Voltage Ratings - VB/Radial Lead i Maximum vase Capacitance Catalog ominal | sea al Ripple Current (uF) Part Number (mA rms) at (wvpc) DxL (mm) +20°C, 120Hz 485°C, 120Hz |__s3_[Swes avessRMEXTILL xt Si | _ a7 swes.svearamsxrin [sx | —sreg id | __100 | swesaveroimaxia, [san asa 50] | __220 | smes.svezarmoxinut [eax | 658 a0] |__"30 | smessveasimexiits [611 | tans 20 | sMessvearimexiite [axes | ore SYS Sd aos Volts [| 1,000 | ses sveroamioxtaus | t0x125 | _o3es +450] urge [| __2200 | smes.svezzemraxzouL [25x20 | _o1s1 «| ts] | __3.900_ | Smes.svessomnaxzou | 125x20~| ——osay 4.380] | 600 | swes.sveesomexsi. [16x25 «| ioe | at | 10,000 [see svetosmiexst [16x 318 | 0.066] 2.500 | |__15,000 | smesaverssmraxssut [18x 35.5 | 0055 | 2900 | *The case sizes in table are with no sleeve, refer to diagram for case sizes with sleeve.

SME Series__ Standard Voltage Ratings - VB/Radial Lead Maximum Rated Capacitance Catalog Nominal | Maximum ESR Ripple Current Voltage (uF) Part Number Gase Sze’ 12D oe (mA rms) at (wvpc) (mm) z +85°C, 120Hz [STS SM TOvB2eRMEXILL Txt T1415 [sa Smetovessamextiit [sx ti Tass [47 sid Swetovearrmextit [xeon Tt [00 sMetovetormextne st tag tas [220 SMetoveazimextiu [ext Past 50 Volts [470 | smetovearimexiue [a sos? at

43 Volts Surge [1,000 | SMETovBtoamoxiae [tox te | sts 90

[2,200 | SMEtove2z2miax2zan [26x20 | ots | t240 [3.300 | SMETOvEss2miax2sue [26x25 | tte ST ts00 [4,700 | SMetovea7amiex2aun | tex 25 [es t980 | 600 | SMEtovBesemiexatt | tex 315 | ort Tso [to.000 | SME‘ovBtoamiexssit_— [tex 355 [ost | edo a SSS SS [a3 sMetevessamexine fs xat [ose | [a7 swetevearamextn sx Teas tt [220 | sMetevezoimextt Texts [205 | 800 16Volts [330 | sMetevessimexttue |e x tts [soa P70 20VoltsSurge [470 | SMEtevea7iMioxiait | tox 125 | ses T5200 [7,000 | SMetevBtoamtoxzut [tox 20 | es Tt [___ 2,200 | SMetevezzamtex2nt [25x25 | otae 420 [3300 | SMEteveazomiexestt [texas | todo [6800 «| SMetevpaeomraxsent [ie xa55 [ones 600 [10,000 smeieveroamiaxaon [ex 40 foe | 920 [47 smezsveanmmexiiie x agg72 [to | SMezovetorMexinme [sx at 2a06 a [ae SMezsvezormextite [sx tT toast [sa | SMezsvessrMextne [xa ae [a7 SMezsveavramoxtte [sett Taos tt [too | SMezsveioimexie [x gat 90 25Volts [220 | smezsvezzimextta xs | t.os5 320 32VoltsSurge [330 | SMEvBasIMToxTaLL [tox 125 [ros | a7 [470 | SMezsvea7imtoxine —[tox1e Toga 20 [4,000 | smezsvetoamiaxane [25x20 | ozse TT to90 [2.200 | SMezsvezzomiexett [16x26 | tat Teo [3,300 | SMezsvessomiexsine [texas [og 2.070 [4700 | smezsvearamiexsant [tex 955 [071] 520 [6800s SMezsveesamiexanne ——[iax40 [| osg 2.30 [47 smesovear7Moxiiit TS x at aig [to SMessveionmexie xr [tao [33s SMesevessrmoxiee [xt a7 Tt [a7 smesovea7rwexite [axa | 4za2 tas [700] sMesevevoimaxiae [xs | t.9g9 ao nee [2207 smessvezzimioxiae [to x12s [gos Tazo [330 SMeseveasimioxiene | toxie | oeos 570 [avo SMessvearimioxcot [tox 20 | as Tao [4000 | SMessvBtoamiaxzsit [25x25 | oteg | tg00 [2200 | Smessveazamiexse [texas | ts | g90 [3300 | SMeEssvessomrexssne [tex 355 | oso [4.700 | smessvearomiexsont [18x40 632,600 *The case sizes in table are with no sleeve, refer to diagram for case sizes with sleeve.

Standard Voltage Ratings - VB/Radial Lead ii Maximum Rated Capacitance Catalog Nominal | Maximum ESR Ripple Current wey (uF) Part Number erat one age 3 ee (mA rms) at vnc) ’ +85°C, 120Hz | ____o.1SMeboveRiomextiit xsd Se CdS | —___022 | smesoverzamexinue [ss x11 —*| —rsaana—SC=*dSSCSCS SY |____o.a3 | SMESOVBRSSMBXILL [Sx 11 | ~—s02.273 Sidi Sid |_____ oar | Suesoverarmsxinut [sx at | aes | 1.9 smesoveinomexiue [sx at | tess «dT SSS | __ 22 | SMesovezramexiut [sx 11+ —s75aan «dCs |__| smesovesramexine [sx it | —so2e7_—S=s«dSSS—tS id |__| sMesovearmmextnnt [sx tt (| ia 206 SiS

50 Volts [| io | smesovetonmexitin [sx tt | teers Sd Sd

62Volte Surge [22 | _smecovezanwexiiu, [sx a [| a3 smesovessrmexittt [eaxit | 5023 Sid SSC Sd [___ 400 | smesoverormaxiat [ex tns [1.658 —«dY SSB [| _330_ | smesovessimtoxaoun—[tox20 | oso ——iYSCSCS~—tiSSCS*S |___ 4,000 | smesovetozmrexzsi,— [16x25 | ———iotes SSS | 2.200 | smesovezzemiexssit [texas | oon «dS tw SC*d [47 Sssvean7mexii xsd CSCdSCOSC“‘CCBSTCS~*Y |__ io smeesvetonmexiun [sx at | sagt iS | ___22 | sweesvezanmextue [63x ar | evens id |___ a3 swesavecsrmexiu, fea x it | Ss SSC«dCCSC

63 Volts

79Volts Surge | t00_ | SMESavetOIMtoxiaE [tox 125 | aoe SiS | 220 | swessvezeimroxzout [10x20 | aera id? [| s30_[smeesvessimiaxzon [25x20 | oases «| SSS CC*S [1.009 swessvetozmnexait [isxa1s | osa——« ~S—sar00 SY | 0.3 SWETOovBRIOMEXITLL [xd Cae S~C~sSC“‘“‘SC*sSS‘*Y [| ga | SMetooverzamextiut —[sxt1 | 02.727 Sid] SCti BC [| 03g | swetooversamsxin, | sx11 «| —Caonete sd] SSSSC—tBSC*d [| oar | smetooverarmsxiut [sx a1 | eee] Sd [0 | swetooveinomextt [sxt1 | ts SCidYSCC“‘“‘CSSCSC*” {|__| Smetoovesramsxriut [ss x11 | ante SiS

100 Volts [747 | smetoovesr7mexitte [x1 +t ——itg Sida

125 Volts Surge [10 | SMetoovetonMextL, [63x11 | 1328 ~SO«dYSS~SSSY

[| 22 swetoovezenMextn, [exits | aon SSB id [| a3 swetoovassamroxiait [tox1s | are) | 400 | smetooveioimiaxzou, [25x20 | —t.a26 i Sid [|___220 | smetoovazimnexasin [6x25 «| oes Sid SSCS —*Y |___330_ | smetoovassimiexasin [16x25 | o4oe—*«Y S90 java | swetoovearimnexsiun [tex ais | ose —«| —a,a80 SCS *d | oT sMeteoverromextu [att | ans Sida Sd |___ 3s | smeteovasramexriin [8x15 | 100455 —~«Y SSS SY |___ a7 | smeteovearmmexinue [x15 | —7oss2—SS«dYSSCSCSt SY

160 Nolts | ___10 | smeteovetonmioxiet | iox1e | 35 Si SSS

200 Volts Surge [zz swereovezzrmroxeou [10x20 | 5068 S| SSCS

|___s3 | smeteovessnmiaxeout [25x20 | 1005 «| StS |___ 100 | sMeteoveioimiexzau, | tex25 | Saas Sid] SSS [20 | seteovezerrexast. [16x 355 | ts07_——Si«dSSSCtSCS*d “The case sizes in table are with no sleeve, refer to diagram for case sizes with sieeve.

Standard Voltage Ratings - VB/Radial Lead a Maximum Rated Capacitance Catalog Nominal | Maximum ESR Ripple Current Voltage (uF) Part Number eenp atl s20e! Toots (mA rms) at (wvoc) 7 +85°C, 120Hz [1.0 | smezooverRomexiiut | eoxni | sus | id [22 | smezoovearomexitut | sxt1 | 15008 | SS [33 | smezoovesramaxitit[extis | 100455 «| Sa [47 smezoovesn7Mtoxiait | toxta5 | vos | ot

200 Volts |~jo | —_smezooveionmioxte | iox7e | sais «i SSC

250 Volts Surge [~~~~“>7[ sezoovezanmioxzou | 10x20 | 15088 | 80

[33 Smezoovesoniaxas {i25x25 | too | 90S [ar | smezoovea7awraxasu [125x265 | 75a 0 [00 smezooveromiexsine | t6x315 [sais «| SCC [220 [~smezooveazinnexaout | 1ex4o | sors | [1.0 | ~-sme2soveinowexittt [63x11 | 935 | [22 | __smezsovearamaxitt [xine] 108 |

250 Volts

300 Volts Surge [10 | -smessovatormioxzon [10x20 | suas «| SY

[22 | swezsovazanmraxzsi | _i2.5x25 | 15.068 | ——so [35 swezsovassrmiaxas. | 125%25 | 10.05 | 90S [__47___| swezsovea7rMiexss. | 16x26 | 7.053 «| ~SSSaCS [joo seasoveroimiaxss | texa5s | 3st | OC Loa? | SwESSOVERATXTIL [xs | SCCCC*d [10 | smessoverromexinit [axis | se | [__22__[swessovezramroxiait [iox125 | ose | CS [33 smessovesramnoxtet. [10x16 | oss] SC

350 Volts [47 | __smessoveanrwioxteut | 10x16 | ees «|

400 Volts Surge [10 | _ SMEssovBtorMiaxzou | _125x20 | avai SY

Not [|___22 | SMEasovezanMi2xz6LL | 125x025 | 18.089 | ——st80 =i Solvent Proof [33 | _ SMEssovesonmiexzstt [texas 12.058 | as [a7 sweessoves7amnexsttt [6x35 [ease [too |“ smessoverormrexaout | 1ex40_ | 3978 YS ESTA [22 | sweaoovezramioxi2it | _tox125 | _teos1e_| 39 ——S—*d [33 | smedoovesramioxieit | 1oxte | —120sas | Cd

400 Volts [47 | __smeaoovear7wioxzout | 10x20 | eas «dt

450 Volts Surge [10 | _ SMEdoovetonMiaxcou. [12520 | sare | Not [22 | __SMeaoovezzrmmexzsit | tex25 | 18082 ~+| 200 = Solvent Proot [__33 | SMeaoovessrmiexsit | _1exa15 | 12055 —*4| Sos [a7 -sweaoovearrrexssic | __t6x955 | ea] 8 [30 SvEeSOVETROMTONTLL [tows | swe +. Sd [38 [__sweasoveanamoxzoit | 10x20 | 120845 + StS

450 Volts

590 volts Surge [io | svessoveonnaraxzatt | 125 x 25 [38.78 [eo [22 [“sweasovezormiexsint | 1exa1s | 1802+ | ato =” Solvent Proof [~~~33____| __SMeasovessrmiext,_| taxes [vss [ere *The case sizes in table are with no sleeve, refer to diagram for case sizes with sleeve.

SME Series__ Temperature Characteristics Temperature Characteristics en SMES5VBS3RMSX11 me SMESOVB102M 16X25 see SMESOVB101M8X11 —————_ SME100VB47RM10X16 20 (at 120Hz) +20 {at 120Hz) = + > = g ° ® 2 2 § +10 ZA §& +0 2 == E — FE — | gs ° ra ° = ° Z| Tag Bal . a . a a ani ~20 -20 -40 -20 0 +20 +40 +60 +85 -40 -20 0 +20 +40 +60 +85 s 10 eS 10 © © & & eo ge o4 s § H H

8 INS

& SS a INON -40 -20 iL) +20 +40 +60 +85 -40 =20 0 +20 +40 +60 +85 Temperature (°C) Temperature (°C) Impedance - Frequency Characteristics Impedance — Frequency Characteristics mem SME3S5VB33RM5X11 memes SMESOVB102M16X25, es SMESOVB101M8X11 see SME100VB47AM 10X16. (at+20°C) (at+20°C) ge 100 ze 100 E é S & : 5 B10 B 10 a FA 1 1 SS 400 1k 40k 100k 1M ot SS — aw 0.01 100 1k 10k 100k Frequency (Hz)