C46V2225MFWC450

 MKP66 Metallized polypropylene film interference suppression capacitor (Class X1, 760Vac) ■ Outline Drawing W±0.4, H±0.4, T±0.4 W±0.4, H±0.4, T±0.4 Square-bottom Arc-bottom ■ Features ● Metallized polypropylene structure ● Compact size ● Withstanding overvoltage stressing ● Excellent active and passive flame resistant abilities ● Used in across-the-line, interference suppression circuit. ■ Safety Approvals ● CQC IEC 60384-14:2013, X1,760Vac, 0.0010F~10F, 40/110/56/B Certificate No.: CQC08001026517 ● ENEC-SEMKO EN 60384-14:2013, X1,760Vac, 0.0010F~10F, 40/110/56/B Certificate No.: SE/0366-3B ● UL/CUL UL60384-14:2014, CSA E60384-14:09, X1, 760Vac, 0.0010F2.2F, 40/110/56/B Certificate No.: E186600, CCN: FOWX2/8 ■ Specifications Class Class X1 Climatic Category / Passive Flammability Category 40/110/56/B Operating Temperature Range -40℃ ~ +110℃ Rated Voltage (UR) 760Vac, 50/60Hz Maximum continuous DC voltage 1 500Vdc Capacitance Range 0.0010F~2.2F Capacitance Tolerance 10(K), 20(M) Voltage Proof Insulation Resistance Dissipation Factor(tanδ) Between Terminals: 4.3UR(dc), 2s Between Terminals To Case: 3020 (Vac), 1min R≥15 000M , CN≤0.33F RCN≥5 000s, CN0.33F (20℃, 500V ,1min) 0.0010FCN≤0.47F ≤1010-4(1kHz,20℃) ≤2010-4(10kHz,20℃) 0.47FCN≤1.0F ≤2010-4(1kHz,20℃) ≤4010-4(10kHz,20℃) 1.0FCN ≤3010-4(1kHz,20℃) ---------- Page 3 of 9  MKP66 ■ Part number system The 15 digits part number is formed as follow: 1 2 3 C 4 6 Digit 1 to 3 4 5 6 7 8 9 1 0 11 1 2 1 3 1 4 1 5 Series code C46=MKP66 Digit 4 to 5 A.C. rated voltage V2=760V Digit 6 to 8 Rated capacitance value For example : 103=10×103 pF= 0.01μF Digit 9 Capacitance tolerance K=±10%, M=±20% Digit 10 Pitch 6=15.0mm 9=22.5mm B=27.5mm F=37.5mm Digit 11 Internal use Digit 12 to 15 Lead form and packaging code Table1 Lead form and packaging code Digit 12 Digit 13 Digit 14 Digit 15 code explanation code explanation code explanation code A ammo-pack 6 F=15.0mm 0 straight 5 P3=25.4mm;H=18.5mm (For pitch=15mm) (Detail parameter refer to page 15) C straight lead “C” in the figure above code explanation 0 Length tolerance ±0.5mm Or standard length 2 Length tolerance ±0.3mm 00 45 35 32 standard lead length (18mm~26mm) lead length 4.5mm lead length 3.5mm lead length 3.2mm explanation Page 4 of 9  MKP66 ■ Dimensions(mm) 760Vac CN (F) W ±0.4 H ±0.4 T ±0.4 P ±0.4 d Part number 2.2M 42.0 45.0 30.0 37.5 1.0 C46V2225MFWC450 Page 5 of 9  MKP66 ■ Maximum permissible voltage change per unit of time Rated Voltage （Vac） P=15mm P=22.5mm P=27.5mm P=37.5mm 760 600 500 400 300 dV/dt(V/us) at 1 075 Vdc Note: 1. Rated voltage pulse slope (dV/dt)R at rated voltage. 2. If the working voltage(U) is lower than the rated voltage(UR),the capacitor can be worked at a higher dV/dt. In this case, the maximum allowed dV/dt is obtain by multiplying the right value with UR/U. ■ Test Method And Performance No. Item 1 4.5 Solderability Good quality of tinning 2 4.3 Terminal strength There shall be no visible damage 3 4.4 Resistance to solder heat 4 4.20 Solvent resistance of the marking 4.2 Initial measurement 5 The marking shall be legible 4.7 Vibration There shall be no evidence of deterioration. 4.11 Climate sequence Initial measurement Dry heat Damp heat, Cyclic Cold Damp heat, cyclic other Final measurement Solder temperature: 245˚C 5˚C Immersion time: 2.0s0.5s Tense: 0.50d≤0.80, 10N 0.80d≤1.25, 20N Bend: 0.50d≤0.80, 5N 0.80d≤1.25, 10N The terminals shall be bent 2 times in each direction Solder temperature:260˚C5˚C Immersion time: 10s1s Solvent: Industrial isopropanol. Solvent temperature:23˚C±5˚C Dipping time: 5min0.5min Condition: scrub Scrub material: absorbent cotton Reverting time: No Capacitance, Tg There shall be no evidence of deterioration. Final measurement 6 There shall be no visible damage C/C 5(relative to the initial value) 4.6 Rapid change of temperature 4.8 Bump Test Method (IEC 60384-14) Performance There shall be no evidence of deterioration. There shall be no visible damage C/C 5(relative to the initial value) A=-40˚C, B =+110˚C 5 cycles Duration: t=30min Amplitude 0.75mm or acceleration 98m/s2 (whichever is the smaller severity), f: 10Hz to 500Hz. Three directions, 2h for each direction,total 6h. 4 000 times, Acceleration: 400m/s2, Pulse duration, 6ms +110℃, 16h Test Db, Severity: b, the first cycle -40℃, 2h Test Db, Severity b, the other cycles There shall be no visible damage, legible marking C/C 5(relative to the initial value) Increase of tg: CN1F: 0.008 (10kHz) CN1F: 0.005 (1kHz) Dielectric strength : there shall be no permanent breakdown or flashover I.R.:  50 of the rated value Page 6 of 9  MKP66 No. 7 8 Item Performance 4.12 Damp heat steady state There shall be no visible damage, legible marking C/C 5(relative to the initial value) Increase of tg: CN1F: 0.008 (10kHz) CN1F: 0.005 (1kHz) Dielectric strength : there shall be no permanent breakdown or flashover I.R.:  50 of the rated value 4.13 Impulse voltage There are three or more waveforms which indicate that no self-heating breakdown have occurred when it is monitored by the monitor Test Method (IEC 60384-14) Temperature: 40˚C 2˚C +2 Humidity: 93 − 3 %RH Duration: 56 days Each individual capacitor shall be subjected to 24 impulses of the same polarity (when any three successive impulses are shown by the monitor to have a wave form indicating that no self-healing breakdown have taken place the impulses can be stopped), the time between impulses shall not be less than 10s, and the peak value of the voltage impulse: 4.0kV ( suitable for CN1F; When CN1F, the capacitor can endure pulse voltage value is 4.0 / CN kV) 9 4.14 Endurance There shall be no visible damage, legible marking C/C10(relative to the initial value) Increase of tg: CN1F: 0.008 (10kHz) CN1F: 0.005 (1kHz) Dielectric strength : There shall be no breakdown or flashover I.R. :  50 of the rated value +110˚C, 1.25URVa.c., 1 000h The voltage shall be subjected to 1000Vrms for 0.1s every one hour during test. Times: 10 000 Duration of charging: 0.5s Duration of discharging: 0.5s 10 11 4.15 Charging and discharging 4.17 Passive flammability C/C10(relative to the initial value) Increase of tg: CN1F: 0.008 (10kHz) CN1F: 0.005 (1kHz) I.R.:  50 of the rated value The flaming time of each capacitor shall not go beyond 10s after it is taken apart from the flame. Drop of each capacitor caused by flame shall not fire the tissue below. Page 7 of 9 Charging voltage: 2 UR Vd.c. Charging resistance: 220/CN() or the current ≤1.0A (whichever is the minor) Discharging resistance: 2UR R= ( ) dU CN  dt CN: Capacitance (F) Ref.item 4.17 Needle flame test The category of flammability: B Expose time: 1 time Capacitor Volume Exposing time 250