design and speci? cations are each subject to change without notice. ask factory for the current technical speci? cations before purchase and/or use. should a safety concern arise regarding this product, please be sure to contact us immediately. high voltage ceramic capacitors (smd) e 1 c 23456789101112 product code class class1 class2 code ecc eck rated voltage code 3a 3d 3f 3g 3h rated voltage 1 kvdc 2 kvdc 3 kvdc 4 kvdc 5 kvdc code g b temp. char. sl/gp b/y5p temp. char. packaging style code t style taped type capacitance 10 pf 47 pf 100 pf 220 pf nominal capacitance tol. 0.5 pf 5% 10 % 20 % cap. tolerance t3f470jg ex. 100 470 101 221 code d j k m code nil m 2 y style code 1 2 3 4 suffix c electrode terminal ceramic element molded resin electrode terminal ceramic element molded resin ss l a b w e h l1 this figure applied to style code 2, 4 (add dim.l1) l high voltage ceramic capacitors for surfac e moun t ing 1 to 5 kvdc recommended application ballast circuit of lcd backlighting inverter (for 3 to 5 kvdc char.sl/gp) snubber circuit of switching power supply (for 1 to 2 kvdc char.b/y5p) features resin molded smd type for re? ow solderings high reliability through use of disc capacitor element wide rated voltage ranges from 1 kv to 5 kv, through a disc element which withstand high voltage and outcurve terminals wide rated voltage range 1 to 5 kv explanation of part numbers dimensions in mm (not to scale) style 1, 3 style 2, 4 outside terminal construction inside terminal symbol l1 l w h s e a b dim (mm) styl e 1 ?.1 0.56.3 0.3 2.5 0.3 1.45 0.30 2.5 0.2 (2.0) (3.7) styl e 2 10.8 0.5 6.8 0.5 6.3 0.3 2.5 0. 3?.5 0.2( 2.0) (3.7) styl e 3 ?.7 0.54.5 0.32.3max. 0.85 0.30 2.5 0.2 (1.7) (3.1) styl e 4 9.4 0.3 5.5 0.5 4.5 0.3 2.3 0.2 2.5 0.2 (1.7) (3.1) dec. 2007
design and speci? cations are each subject to change without notice. ask factory for the current technical speci? cations before purchase and/or use. should a safety concern arise regarding this product, please be sure to contact us immediately. high voltage ceramic capacitors (smd) e c d r a wt b chip component tape running direction (w=12 mm) feeding hole chip pocket t 2 t 1 p 2 p 0 p 1 d 0 a b f w e chip component tape running direction feeding hole chip pocket t 2 t 1 p 2 p 0 p 1 d 0 f w e a b speci? cations characteristics operating temp erature range char. sl/gp char. b/y5p ?5 to 105 c rated voltag e2 to 3 kvdc 4 to 5 kvdc 5 kvdc 1 to 2 kvdc dielectric withstanding voltage 200 % of rated voltage for 1 to 5 seconds 150 % of rated voltage for 1 to 5 seconds 120 % of rated voltage for 1 to 5 seconds 200 % of rated voltage for 1 to 5 seconds capacitance within the speci ed tolerance, when measured at 1 m hz 20 %, 1 to 5 vrms. and 20 c within the speci ed tolerance, when measured at 1 khz 20 %, 1 to 5 vrms. and 20 c q or dissipation factor (tan ) 30 pf or under q > 400+20 c (c:cap.pf) over 30 pf q > 1 000 at 1 m hz 20 %,1 to 5 vrms. and 20 c tan < 0.025 at 1 khz 20 %,1 to 5 vrms. and 20 c in su la ti on re si st an ce 1 0000 m min. at 500 vdc and 1 minute electri cation temp erature characteristics temp erature coef cient: +350 to 1 000 ppm/ c (temperature range : 20 to 85 c) max. cap. ch ange: 10 % (temperature range : 25 to 85 c) packaging methods (taping) minimum quantity/packing unit reel embossed carrier taping style 1, 3, 4 style 2 t ype packaging style part number minimum packing quantity packing quantity in carton carton dimensions in mm l w h 1 to 5 kvdc (style 1) embossed carrier taping ec t3 5 to 470 pf 2 000 pcs./reel 6 000 pc s. 350 350 62 5 kvdc (style 2) embossed carrier taping ecct3h m 5 to 27 pf 2 000 pcs./reel 4 000 pc s. 350 350 62 4 kvdc (style 3) embossed carrier taping ecct3g jg2 10 to 27 pf 3 000 pcs./reel 9000 pcs. 350 350 62 5 kvdc (style 4) embossed carrier taping ecct3h y 5 to 15 pf 3 000 pcs./reel 6 000 pc s. 350 350 62 unit:(mm) symbol a b w f e p 1 p 2 p 0 d 0 t 1 t 2 dim. (mm) style1 6.5 ?.2 7.5 ?.2 12.0 ?.3 5.5 ?.1 1.75 ?.10 8.0 ?.1 2.0 ?.1 4.0 ?.1 1.5 +0.1 ? 0.3 ?.1 3.2 ?.3 style2 6.65 ?.20 11.2 ?.2 24.0 ?.3 11.5 ?.1 1.75 ?.10 12.0 ?.1 2.0 ?.1 4.0 ?.1 1.5 +0.1 ? 0.3 ?.1 3.2 ?.3 style3 4.8 ?.2 6.0 ?.2 12.0 ?.3 5.5 ?.1 1.75 ?.10 8.0 ?.1 2.0 ?.1 4.0 ?.1 1.5 +0.1 ? 0.3 ?.1 2.8 ?.3 style4 4.7 ?.2 10.0 ?.5 16.0 ?.3 7.5 ?.1 1.75 ?.10 8.0 ?.1 2.0 ?.1 4.0 ?.1 1.5 +0.1 ? 0.3 ?.1 2.85 ?.30 unit:(mm) symbol abcdewt r dim. (mm) style 1, 3 330 ? 60 min. 13.0 ?.5 21.0 ?.0 2.0 ?.5 13.5 ?.5 2.0 ?.5 r1.0 style 2 25.5 ?.5 style 4 17.5 ?.5 dec. 2007
design and speci? cations are each subject to change without notice. ask factory for the current technical speci? cations before purchase and/or use. should a safety concern arise regarding this product, please be sure to contact us immediately. high voltage ceramic capacitors (smd) not loaded 40 mm min. not loaded 20 mm min. leader tape 400 mm min. chip component position leader part and taped end rated voltag epart numb er capacitance (pf) cap. tolerance (%) temp. char style 5 kvdc ecct3h050dgm 5 0.5 pf sl/gp styl e 2 ecct3h100jgm 10 5 sl/gp ecct3h120jgm 12 5 sl/gp ecct3h150jgm 15 5 sl/gp ecct3h180jgm 18 5 sl/gp ecct3h220jgm 22 5 sl/gp ecct3h270jgm 27 5 sl/gp ecct3h050dgy 5 0.5 pf sl/gp styl e 4 ecct3h080dgy 8 0.5 pf sl/gp ecct3h100jgy 10 5 sl/gp ecct3h120jgy 12 5 sl/gp ecct3h150jgy 15 5 sl/gp 4 kvdc ecct3g100dg2 10 0.5 pf sl/gp styl e 3 ecct3g120jg2 12 5 sl/gp ecct3g150jg2 15 5 sl/gp ecct3g180jg2 18 5 sl/gp ecct3g220jg2 22 5 sl/gp ecct3g270jg2 27 5 sl/gp ecct3g330jg 33 ? sl/gp styl e 1 ecct3g 3 90jg 39 5 sl/gp ecct3g470jg 47 5 sl/gp 3 kvdc ecct3f100dg2 10 0.5 pf sl/gp styl e 3 ecct3f120jg2 12 5 sl/gp ecct3f150jg2 15 5 sl/gp ecct3f180jg2 18 5 sl/gp ecct3f220jg2 22 5 sl/gp ecct3f270jg2 27 5 sl/gp ecct3f330jg2 33 ? sl/gp ecct3f390jg 39 5 sl/gp styl e 1 ecct3f470jg 47 5 sl/gp ecct3f560jg 56 5 sl/gp 2 kvdc ecct3d 680jg 68 5 sl/gp eckt3d101kb 100 10 b/y5p eckt3d121kb 120 10 b/ y5p eckt3d151kb 150 10 b/y5p eckt3d181kb 180 10 b/y5p ECKT3D221KB 220 10 b/y5p eckt3d271kb 270 10 b/y5p eckt3d331kb 330 10 b/y5p 1 kvdc eckt3a391kb 390 10 b/y5p eckt3a471kb 470 10 b/y5p ratings and characteristics rated volt age 1 to 5 kvdc notes ? this part number indicates taped type. ? capacitance 9 pf or under is available by special order. sep. 2006
design and speci? cations are each subject to change without notice. ask factory for the current technical speci? cations before purchase and/or use. should a safety concern arise regarding this product, please be sure to contact us immediately. high voltage ceramic capacitors (smd) 500 1000 5000 10 50 100 500 22pf 33pf 47pf 10pf 3000 2000 700 300 200 20 30 70 200 300 voltage ( vp - p ) frequency (kh z ) 500 1000 5000 10 50 100 500 22pf 33pf 47pf 10pf 3000 2000 700 300 200 20 30 70 200 300 voltage ( vp - p ) frequency (kh z ) 500 1000 5000 10 50 100 500 22pf 10pf 3000 2000 700 300 200 20 30 70 200 300 voltage ( vp - p ) frequency (kh z ) ?5 ?0 ? 0 +5 +10 ?0 0 20 40 60 80 100 120 capacitance change (%) temperature (?c) capacitance change (%) +10 0 10 temperature (?c) 20 0 20 40 60 80 100 5 10 15 20 25 0204 06080 100 120 permission self generation of heat temperature (?c) ambient temperature (?c) 3to5kv,10to47pf lamp 2kv,100 to 330 pf 1kv/2kv,100 to 470 pf ac in put dc out put type bc or type fc 1000 to 4700 pf typical characteristics temperatur e characteristics char. sl/gp (temp.coeff.:+350 to 1 000 ppm/ c) char. b/y5p temp.range: 25 to 85 c max.cap.change: 10 % ( ) characteristics of voltage-frequency rated voltag e 3 kvdc rated voltage 4 kvdc rated voltage 5 kvdc application examples lcd backli ghting inverter primary circui t and snubber circuit of switching power supply permission self gene ration of heat tem per a ture vs. ambi ent temp erature the graphs above show the maximum permissable voltage when u sing a capacitor with an ac sine wave voltage. when measuring this voltage in room temp erature (25 c), the capacitor self-heat generation will rise a maximum of 20 c. when using a pulse voltage or an ac voltage other than a sine wave, con rm that the capacitor self-heat generation is less than 20 c in an ambient room temperature of 25 c. the self-hea t generation temperature is the difference be tween the surface temperature and the ambient room tem perature. as for th e situation when the self-heat generation temperature is more than 25 c , refer to the gure on the right. feb. 2006
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