R.71 METALLIZED POLYPROPYLENE FILM CAPACITOR MKP Series ORDERING CODE: R.71 Jl _,B | N rx Typical applications: temperature compensation circuits, timing, y oscillator circuits, power factor correction and coupling capacitor ft in SMPS applications. p:04 cf a 2d Ail dimensions are in mm. p=7.5mm B =4 | >4 Qd | 06 0.8 p=l0mm @d=-0.8 GENERAL TECHNICAL DATA ELECTRICAL CHARACTERISTICS Dielectric: Nominal Voltage (Vn): polypropylene film 160Vde - 250Vdc - 400Vde - 630Vdc. Plates: aluminum layer deposited by evaporation under vacuum. Category Voltage (Vc}: up to 85C Ve = Vn Winding: non inductive type. For temperature between +85C and +105C a decreasing factor of 1.25% per Leads: degree C on the nominal voltage Vn has to be applied. tinned wire (minimum lead content 5%). Protection: Capacitance range: 1000pF to 10uF plastic case, epoxy resin filled. Box made of solvent resistant material and flame retardant according to UL94 VO. Capacitance values: Marking: (red colour): values in compliance with IEC Norm, E6 series. capacitance, tolerance and DC nominal voltage. Climatic category: Capacitance tolerances: (measured at 1 KHz) + 5%(J) + 10%(K) + 20%(M). FMD DIN 40040 55/100/56 EC 68-1 Total self-inductance (L): Operating temperature range: . ~55 to +105C Pitch (mm) 7.5 10 15 22.5 | 27.5 Technical terms and tests: IEC 384-16 CECC 31200 DIN 45910 723 L (nH) = 8 g 10 18 18 {Lead length 2 mm) Dissipation Factor (DF): tgd 10-4 at +25C + 5C KHz C<O.lpF O.1uF to 1pF > Tuk 1 < 6 < 6 < 6 10 < 10 <20 100 <30 Insulation Resistance: . Test conditions Temperature: + 26C + 5C Voltage charge time: 1 minute Voltage charge: 100Vde For C<0.339pF: 21= 108 MQ {Typ. value: 5x10 MQ) For >0.33F: 230.000 sec. (Typ. value: 150.000 sec). Test voltage between terminations: 1.6%Vn applied for 2 sec. at +25C + 5C 34 NISSEI ARCOTRONICS R./1 VIKP Series IRDERING CODE: R.71 METALLIZED POLYPROPYLENE FILM CAPACITOR Max pulse rise time (dv/dt) and pulse characteristics (Kp): V Lead spacing (mm) A 74 10 15 22.5 27.5 160 5.5 4 2 1.5 1 dv/dt {V/s} 1800 | 1300 | 640 480 320 Ky (V/us} 250 15 11 7 4 3 dv/dt (V/s) 7500 | 5500 | 3500 | 2000 | 1500 K, (V/s) 400 35 20 10 5.5 5 dv/dt (V/s) 28000 | 16000 | 8000 | 4400 | 4000 K, (V'/ps} 630 55 30 15 8 7 dv/dt (V/s) 69000 | 38000 | 19000 | 10000 ; 8800 K, (V/s) If the working voltage (V} is lower than the rated voltage (V,}, the capacitor may work at higher dv/dt. In this case the maximum value allowed is obtained multiplying the above value (see table dv/dt) with the ratio Va/V. The pulse characteristic Ky depends on the voltage wave-form and in any case it cannot exceed the value given in the above table. The dv/dt test 's carried out at 10 times the above values. TEST METHOD AND PERFORMANCE Damp heat test: Test conditions Temperature: Relative humidity: Test duration: Performance apacitance change: AC/C: JF change Atg: Insulation resistance: Life test: Test conditions Temperature: Test duration: Voltage applied: Performance Capacitance change AC/C: JF change Atg: insulation resistance: Soldering: Test conditions Soldering temperature: Soldering duration: Performance Zapacitance change AC/C: JF change Atgs: nsulation resistance: +40C 93% + 2% 56 days <+2% 10x10 at 1KHz 250% of limit value +85C 2000h 1.25xVn <+3% <10x10" for C>1 pF at 1KH2 < 10x10" for C<1pF at 10KHz 250% of limit value +260C +5C 10 sec. +1 sec. <+1% <10x107 for C>1 pF at 1KHz 10x10" for C<1 pF at 10KHz 2limit value Long term stability (after two years): Storage - Standard environmental conditions. Performance Capacitance change AC/C: <+0.5%. Lead spacing: 7.5 mm Rated Capacitance 160V-/S0V ~ 1000p 1500pF 2200pF 3300pF 4700pF 6800pF 0.010uF 0.015uF 4 0.022pF 4 0.033 uF 0.047 pF 0.068ut 0.10 uF 0.15pF Lead spaving: 10=+27.5 mm 250V-/200V ~ 9 110.5) 7.5 9 |10.5] 7.5 400V-/220V ~ B *630V-/250V ~ H 9 9 9 9 9 L Pp 75 75 75 7 75 1000pF 4 19 413 110 1500pF 419 1/13 110 2200pF 419 113 110 3300pF 419 113 110 4700pF 419 113 110 6800pF 479 1/13 110 0.010 uF 41/9 13 110 75 Jt1 J13 710 0.015 pF 4] 9 ]13 ]10 7 6 }12 413 110 0.022pF 4/9 713 710 [5 411 713 JO JS Jt f1e ]15 0.033 .F 4) 9 13 110 [6 }12 13 }10 | 6 f12 418 415 0.047 yF 41/9 |13 [10 | 5 J11 [13 10 76 j12 #13 |10 7.5/13.5/18 [15 0.068 uF 479 13 [10 | 6 [12 [13 [10 76 [12 (18 |15 | 8.5/14.5)18 | 15 0.10jsF 5 ]11 f13 J10 7 5 [it f1B yt5 | 7.6)13.5718 715 | 7 16 126.5)22.5 0.15 pF 5 fit ft3 yO f 6 112 718 115 | 8.514518 IS | 8.57 |26.5)225 0.22 nF 5 [11 [18 J15 | 7.5)13.5718 J15 F 7 ]16 (2654225) 9 117 132 1275 0.33 pF 6 12 [18 J15 | 6 |15 |26.5}22.5] 8517 |26.5]22.5 713 |22 |32 727.5 0.47 uF 7.5/13.5]18 |1S | 7 J16 26.5422.5) 9 717 32 $27.5)15 |30 132 127.5 0.68 uF 6 [15 |26.5/22.5]10 118.5126.5122.5 11 20 32 427.5415 p30 432 427.5 1.0uF B51? |26.5)22.5]11 120 (82 1275715 130 f32 127.5]18 33 132 27.5 1.5 uF 10 18.5 ]26.5]22.5]13 |22 82 |27.5]15 |30 j82 27.6 2.2pF 41420 132 427.5715 |30 132 427.5 ]18 )33 82 J27.5 3.3 pF 43 |22 132 $27.5]18 )33 82 27.5 47 uF 15 30 32 |27.5]22 \37 B2 127.5 6.8pF 15 |30 |32 27.5 1OpF 22 47 |32 |27.6 Nominal voltage change as a function of frequency see page 36. All dimensions are in mm. * Note: Not available for across the line application. Please refer to R40 Series on page 56. 35 NISSEL ARCOTRONICS R.71 MKP Series 36 METALLIZED POLYPROPYLENE FILM CAPACITOR Nominal voltage variation versus frequency 160V-/ 90V ~ V.eff 250V-/200V ~ 10! 400V-/220V ~ V.eff 630V-/250V ~ 10! NISSE] ARCOTRONICS