MMC RoHS metallized polyester (PEt ) smd Compliant according to iEc 60384-19 H B t YpICaL app LICat Ion S Con St RuCt Ion 0.5 Bypassing, signal coupling. General Polyester (PET) film capacitor for purpose for highest reliability. surface mounting. Encapsulation in self-extinguishing material meeting the L requirements of UL 94V-0. 0.5 tECH nICaL Data r ated voltage u , vdc 50 63 100 250 400 r r ated voltage u , vac 30 40 63 160 200 r c apacitance range, nf 1 - 1 - 1 - 1 - 1 - 15000 4700 3300 1000 470 Components may be vertically mounted c apacitance tolerance 10%, 5% other tolerances on request. for decreased footprint. See page 20. c ategory temperature range -55C to +100C r ated temperature +85C RECo MMEnDED So LDERIng voltage derating The rated voltage is decreased with 1.25%/C from +85C. Con DIt Ion S c limatic category 55/100/56 r eflow soldering temperature measured t est voltage 1.6 x U , 60s on the top body surface of the R component insulation resistance Minimum value between terminals Preheating temperature should be less Measured at +20C according to IEC 60384-19 than 170C. The time above 217C should be less than 50 s. The peak temperature C 0.33 F C > 0.33 F must not exceed 240C. U 100 V 10 000 M 3000 s R Temperature (C) U >100 V 30 000 M 10 000 s R 280 Max 240 C 223 C dissipation factor Max values at +23C 200 C 100nF 100nF < C < 1F 1F C 10F C > 10F 170 C 160 150 C 120 1 kHz 0.8% 0.8% 0.8% 0.8% Min. 30 s, max 50 s 80 10 kHz 1.2% 1.2% 1.5% 3.0% above 217 C 100 kHz 2.5% 3.0% 40 0 0 30 60 90 120 150 180 210 240 270 300 330 Pulse rise time The capacitors can withstand an unlimited number of pulses Time (s) with a dU/dt according to article table. For voltages (U) lower than the rated voltage (U ), the specified dU/dt can be R multiplied by U /U. R -3 tan x 10 C/C% 10 15 10 5 5 0 0 -5 -55 -50 -25 0 25 50 75 100 C -50 -25 0 25 50 75 100 125 C MaRKIng t ypical dissipation factor vs t ypical capacitance vs Rated capacitance temperature at 1 kh z temperature at 1 kh z Capacitance tolerance code Rated voltage code Capacitor type M for MMC Manufacturing date code according to oRDERI ng InFo RMat Ion IEC 60062 (year, month) See article table and page 10 for options and article code construction. See also page 18. Evox Rifa SMD and DIL Film CapacitorsEvox Rifa SMD and DIL Film Capacitors 21mmc aRt ICLE tab LE c apaci- size dimensions max c apaci- size dimensions max tance code in mm 0.2 du /dt tance code in mm 0.2 du /dt f B h v /s article code f B h v /s article code 50 vdc /30 vac 50 vdc /30 vac c hi P l En Gth 5.7 mm c od E 2220 c hi P l En Gth 7.3 mm c od E 2824 0.0010 J31 5.0 2.5 40 MMC5.7 102K50J31 TR12 0.33 K35 6.0 3.5 25 MMC7.3 334K50K35 TR12 0.0012 J31 5.0 2.5 40 MMC5.7 122K50J31 TR12 0.39 K35 6.0 3.5 25 MMC7.3 394K50K35 TR12 0.0015 J31 5.0 2.5 40 MMC5.7 152K50J31 TR12 0.47 K35 6.0 3.5 25 MMC7.3 474K50K35 TR12 0.0018 J31 5.0 2.5 40 MMC5.7 182K50J31 TR12 0.56 K37 6.0 4.5 12 MMC7.3 564K50K37 TR12 0.0022 J31 5.0 2.5 40 MMC5.7 222K50J31 TR12 0.68 K37 6.0 4.5 12 MMC7.3 684K50K37 TR12 0.0027 J31 5.0 2.5 40 MMC5.7 272K50J31 TR12 0.82 K37 6.0 4.5 12 MMC7.3 824K50K37 TR12 0.0033 J31 5.0 2.5 40 MMC5.7 332K50J31 TR12 1.0 K37 6.0 4.5 12 MMC7.3 105K50K37 TR12 0.0039 J31 5.0 2.5 40 MMC5.7 392K50J31 TR12 0.0047 J31 5.0 2.5 40 MMC5.7 472K50J31 TR12 c hi P l En Gth 10.2 mm c od E 4036 0.0056 J31 5.0 2.5 40 MMC5.7 562K50J31 TR12 0.0068 J31 5.0 2.5 40 MMC5.7 682K50J31 TR12 0.022 A31 9.1 5.5 40 MMC10.2 223K50A31 TR16 0.0082 J31 5.0 2.5 40 MMC5.7 822K50J31 TR12 0.027 A31 9.1 5.5 40 MMC10.2 273K50A31 TR16 0.010 J31 5.0 2.5 40 MMC5.7 103K50J31 TR12 0.033 A31 9.1 5.5 40 MMC10.2 333K50A31 TR16 0.012 J31 5.0 2.5 40 MMC5.7 123K50J31 TR12 0.039 A31 9.1 5.5 40 MMC10.2 393K50A31 TR16 0.015 J31 5.0 2.5 30 MMC5.7 153K50J31 TR12 0.047 A31 9.1 5.5 40 MMC10.2 473K50A31 TR16 0.018 J31 5.0 2.5 30 MMC5.7 183K50J31 TR12 0.056 A31 9.1 5.5 40 MMC10.2 563K50A31 TR16 0.022 J31 5.0 2.5 30 MMC5.7 223K50J31 TR12 0.068 A31 9.1 5.5 40 MMC10.2 683K50A31 TR16 0.027 J31 5.0 2.5 30 MMC5.7 273K50J31 TR12 0.082 A31 9.1 5.5 40 MMC10.2 823K50A31 TR16 0.033 J31 5.0 2.5 30 MMC5.7 333K50J31 TR12 0.10 A31 9.1 5.5 30 MMC10.2 104K50A31 TR16 0.039 J31 5.0 2.5 30 MMC5.7 393K50J31 TR12 0.12 A31 9.1 5.5 30 MMC10.2 124K50A31 TR16 0.047 J31 5.0 2.5 30 MMC5.7 473K50J31 TR12 0.15 A31 9.1 5.5 30 MMC10.2 154K50A31 TR16 0.056 J31 5.0 2.5 30 MMC5.7 563K50J31 TR12 0.18 A31 9.1 5.5 20 MMC10.2 184K50A31 TR16 0.068 J31 5.0 2.5 20 MMC5.7 683K50J31 TR12 0.22 A31 9.1 5.5 20 MMC10.2 224K50A31 TR16 0.082 J31 5.0 2.5 20 MMC5.7 823K50J31 TR12 0.27 A31 9.1 5.5 20 MMC10.2 274K50A31 TR16 0.10 J31 5.0 2.5 20 MMC5.7 104K50J31 TR12 0.33 A31 9.1 5.5 20 MMC10.2 334K50A31 TR16 0.12 J33 5.0 3.0 20 MMC5.7 124K50J33 TR12 0.39 A31 9.1 5.5 20 MMC10.2 394K50A31 TR16 0.15 J33 5.0 3.0 20 MMC5.7 154K50J33 TR12 0.47 A31 9.1 5.5 20 MMC10.2 474K50A31 TR16 0.18 J35 5.0 4.0 20 MMC5.7 184K50J35 TR12 0.56 A31 9.1 5.5 12 MMC10.2 564K50A31 TR16 0.22 J35 5.0 4.0 20 MMC5.7 224K50J35 TR12 0.68 A31 9.1 5.5 12 MMC10.2 684K50A31 TR16 0.82 A31 9.1 5.5 12 MMC10.2 824K50A31 TR16 c hi P l En Gth 7.3 mm c od E 2824 1.0 A31 9.1 5.5 12 MMC10.2 105K50A31 TR16 1.2 A31 9.1 5.5 12 MMC10.2 125K50A31 TR16 0.0010 K31 6.0 2.5 50 MMC7.3 102K50K31 TR12 1.5 A31 9.1 5.5 12 MMC10.2 155K50A31 TR16 0.0012 K31 6.0 2.5 50 MMC7.3 122K50K31 TR12 1.8 A31 9.1 5.5 12 MMC10.2 185K50A31 TR16 0.0015 K31 6.0 2.5 50 MMC7.3 152K50K31 TR12 2.2 A31 9.1 5.5 12 MMC10.2 225K50A31 TR16 0.0018 K31 6.0 2.5 50 MMC7.3 182K50K31 TR12 0.0022 K31 6.0 2.5 50 MMC7.3 222K50K31 TR12 c hi P l En Gth 12.7 mm c od E 5045 0.0027 K31 6.0 2.5 50 MMC7.3 272K50K31 TR12 0.0033 K31 6.0 2.5 50 MMC7.3 332K50K31 TR12 2.7 B31 11.5 6.5 8 MMC12.7 275K50B31 TR24 0.0039 K31 6.0 2.5 50 MMC7.3 392K50K31 TR12 3.3 B31 11.5 6.5 8 MMC12.7 335K50B31 TR24 0.0047 K31 6.0 2.5 50 MMC7.3 472K50K31 TR12 3.9 B31 11.5 6.5 8 MMC12.7 395K50B31 TR24 0.0056 K31 6.0 2.5 50 MMC7.3 562K50K31 TR12 4.7 B31 11.5 6.5 8 MMC12.7 475K50B31 TR24 0.0068 K31 6.0 2.5 40 MMC7.3 682K50K31 TR12 0.0082 K31 6.0 2.5 40 MMC7.3 822K50K31 TR12 c hi P l En Gth 16.5 mm c od E 6560 0.010 K31 6.0 2.5 40 MMC7.3 103K50K31 TR12 0.012 K31 6.0 2.5 40 MMC7.3 123K50K31 TR12 5.6 C31 15.0 7.0 5 MMC16.5 565K50C31 TR24 0.015 K31 6.0 2.5 40 MMC7.3 153K50K31 TR12 6.8 C31 15.0 7.0 5 MMC16.5 685K50C31 TR24 0.018 K31 6.0 2.5 40 MMC7.3 183K50K31 TR12 8.2 C31 15.0 7.0 5 MMC16.5 825K50C31 TR24 0.022 K31 6.0 2.5 30 MMC7.3 223K50K31 TR12 10.0 C31 15.0 7.0 5 MMC16.5 106K50C31 TR24 0.027 K31 6.0 2.5 30 MMC7.3 273K50K31 TR12 12.0 C31 15.0 7.0 5 MMC16.5 126K50C31 TR24 0.033 K31 6.0 2.5 30 MMC7.3 333K50K31 TR12 15.0 C31 15.0 7.0 5 MMC16.5 156K50C31 TR24 0.039 K31 6.0 2.5 30 MMC7.3 393K50K31 TR12 0.047 K31 6.0 2.5 30 MMC7.3 473K50K31 TR12 63 vdc /40 vac 0.056 K31 6.0 2.5 30 MMC7.3 563K50K31 TR12 0.068 K31 6.0 2.5 30 MMC7.3 683K50K31 TR12 c hi P l En Gth 7.3 mm c od E 2824 0.082 K31 6.0 2.5 30 MMC7.3 823K50K31 TR12 0.10 K31 6.0 2.5 30 MMC7.3 104K50K31 TR12 0.0010 K31 6.0 2.5 50 MMC7.3 102K63K31 TR12 0.12 K31 6.0 2.5 30 MMC7.3 124K50K31 TR12 0.0012 K31 6.0 2.5 50 MMC7.3 122K63K31 TR12 0.15 K31 6.0 2.5 25 MMC7.3 154K50K31 TR12 0.0015 K31 6.0 2.5 50 MMC7.3 152K63K31 TR12 0.18 K33 6.0 3.0 25 MMC7.3 184K50K33 TR12 0.0018 K31 6.0 2.5 50 MMC7.3 182K63K31 TR12 0.22 K33 6.0 3.0 25 MMC7.3 224K50K33 TR12 0.0022 K31 6.0 2.5 50 MMC7.3 222K63K31 TR12 0.27 K35 6.0 3.5 25 MMC7.3 274K50K35 TR12 0.0027 K31 6.0 2.5 50 MMC7.3 272K63K31 TR12