25YXF470MFFCT810X16

Messrs. SUPERSTAR TECHNOLOGY COMPANY ALUMINUM ELECTROLYTIC CAPACITORS SPECIFICATION SHEET CUSTOMER PART No. Rubycon PART No. YXF SERIES (Option code : FFC) DRAWING No. REE – 116744 ISSUE DATE 11 December 2014 ISSUE No. 1 RUBYCON CORPORATION ENGINEERING DIVISION 1938-1, NISHIMINOWA, INA-SHI, NAGANO-KEN, JAPAN TEL No. 0265-72-7116 FAX No. 0265-73-3380 KENTARO SEGI DESIGN TAKESHI KOBAYASHI CHECK HIROKAZU KOUMURA APPROVAL PAGE 1 / 10 1.Scope. This specification covers polarized aluminum electrolytic capacitors with non-solid electrolyte for use in electronic equipments . 2. Reference Standard JIS C 5141 (1991) and JIS C 5102 (1994) methods for testing. 3. Operating Temperature Range -40°C to +105°C 4. Performance Refer to Table-1 5. Style and Numbering System (1) Style CE (2) Numbering System Rated Voltage ……… 04 (Radial Leaded) Series YXF Nominal Capacitance ……… Tolerance M Option FFC Lead Forming …… Case size ……… X ……… 6. Marking Unless otherwise specified, capacitor shall be clearly marked the following items on its body. Sleeve color: Black Lettering color: White (1) Trade mark (2) Rated Voltage (3) Nominal Capacitance (4) Polarity (5) Series (6) Date code (7) Maximum Operating Temperature (8) PET Sleeve mark V µF (Negative Polarity) YXF 105°C PET 7. Vent On capacitors whose diameter is 6.3mm and greater, a safety vent shall be provided. 8. Notes on use of aluminum electrolytic capacitors (1) Charge and discharge Do not use for the circuit that repeats quick charge or discharge. (2) External stress Do not apply excessive force of pushing, pulling bending, and/or twisting to the main body, lead wire and terminals. (3) Heat resistance at soldering process In the soldering process of PC board with Capacitors mounted, secondary shrinkage or crack of sleeve may be observed when soldering temperature is too high and /or soldering time is too long. If lead wire of other components or pattern of double sided PC board touches the capacitor, the similar failure may be also originated at pre-heating, heating at hardening process of adhesive and soldering process. (4) Insulation and PC board mounting Sleeve is for marking purpose only. It is not recognized as insulation materials. When double sided PC board is employed, note that it could cause a short circuit if lead wire of other components or pattern of double sided PC board touches capacitor. Please avoid circuit pattern runs underneath capacitor. In addition, case and cathode terminal are not insulated. (5) Adhesives and coating materials Do not use the adhesives and coating materials that contain halogenated organic solvents or chloroprene as polymer. YXF SERIES RUBYCON CORPORATION PAGE 2 / 10 (6) Storage Keep at a normal temperature and humidity. During a long storage time, leakage current will be increased. To prevent heat rise or any trouble that high leakage current possibly causes, voltage treatment is recommended for the capacitors that have been stored for a long time. *Aluminum electrolytic capacitors should not be stored in high temperatures or where there is a high level of humidity. The suitable storage condition is 5°C-35°C and less than 75% in relative humidity. *Aluminum electrolytic capacitors should not be stored in damp conditions such as water, saltwater spray or oil spray. *Do not store aluminum electrolytic capacitors in an environment full of hazardous gas (hydrogen sulfide, sulfurous acid gas, nitrous acid, chlorine gas, ammonia or bromine gas). *Aluminum electrolytic capacitors should not be stored under exposure to ozone, ultraviolet rays or radiation. (7) Fumigation and halogenated flame retardant It may cause corrosion of internal electrodes, aluminum cases and terminal surface when the following conditions exist. *Fumigation of wooden pallets before shipment to disinfect vermin. *Existence of components or parts that contain halogenated flame retardant agent (bromine etc.) together with capacitors. *When halogenated detergents of antiseptics for preventing infection of epidemic diseases contact directly to capacitors. (8) PC board cleaning after soldering Please consult us when cleaning is subjected. ♦Guide to application except the above are described in our catalog and EIAJ RCR-2367C. EIAJ RCR-2367C : “Safety Application Guide for fixed aluminum electrolytic capacitors for use in electronic equipment." Published by Japan Electronics and Information Technology Industries Association. ♦Table-1 PERFORMANCE ITEMS 1 2 Rated Voltage(WV) Surge Voltage (SV) Nominal Capacitance (Tolerance) PERFORMANCE WV(V.DC) 6.3 10 16 25 35 50 63 100 SV(V.DC) 8 13 20 32 44 63 79 125 1 to 15000µF(±20%) : 120Hz±20% Measuring Frequency Measuring Voltage : Not more than 0.5Vrms + 1.5 to 2.0V.DC Measuring Temperature : 20 ± 2 °C 3 Leakage Current The rated voltage shall be applied between terminals of capacitor such that the terminal voltage will reach the rated voltage within one minute and the leakage current shall be measured at 2 minutes after the voltage has reached the rated voltage across a 1000 ±10 Ω series protection resister. Then the current value shall not exceed value calculated from following formula. I=0.01CV or 3µA whichever is greater where I : Leakage current in µA. C : Nominal capacitance in µF. V : Rated voltage in V.DC. 4 Dissipation Factor (tanδ:Tangent of loss angle) WV(V.DC) 6.3 10 16 25 35 50 63 100 tanδ 0.22 0.19 0.16 0.14 0.12 0.10 0.09 0.08 When nominal capacitance is over 1000µF, tanδ shall be added 0.02 to the listed value with increase of every 1000µF. See ITEM 2, Nominal Capacitance, for measuring frequency, voltage and temperature. YXF SERIES RUBYCON CORPORATION PAGE 5 Terminal Strength 3 / 10 Tensile Strength of Terminals The body of capacitor shall be fixed and the tensile force of following table shall be applied to the terminal in lead out direction of the terminal for 10±1 seconds. Bending Strength of Terminals The body of capacitor shall be held in such a way that the regular lead-out axis of lead wire terminal becomes vertical. The weight of following table shall be suspended from the end of terminal. In this condition, after the body of sample is bent through 90 degrees, it shall be returned to the original position. Next the body shall be reversibly bent through 90 degrees and again returned to the original position. Tensile force N{kgf} 5{0.51} Diameter of lead wire 0.5mm and less Over 0.5mm to 0.8mm incl Bending force N{kgf} 2.5{0.25} 5 {0.51} 10{1.0} Notable changes shall not be found, as breakage or looseness in the terminal. 6 Temperature Coefficient and Drift STEP Time Testing Temperature (°C) 1 20±2 Time to reach thermal equilibrium 2 -40±3 // 3 -25±3 // 4 20±2 // 5 105±2 2 hrs. 6 20±2 Time to reach thermal equilibrium Capacitance, D.F. and Impedance shall be measured at 120Hz. STEP 2,3 Impedance Ratio STEP 5 Capacitance Change The value of ratio to STEP 1 not more than value of following table. Within ±25% of the value of STEP 1 Dissipation Factor Not more than the specified value Leakage Current Not more than 8 times the specified value STEP 6 YXF SERIES Capacitance Change Within ±10% of the value of STEP 1 Dissipation Factor Not more than the specified value Leakage Current Not more than the specified value WV(V.DC) 6.3 10 16 25 35 50 63 100 Z(-25°C)/Z(+20°C) 4 3 2 2 2 2 2 2 Z(-40°C)/Z(+20°C) 8 6 4 3 3 3 3 3 RUBYCON CORPORATION PAGE 7 Load Life Test 4 / 10 Capacitor under the test shall be applied the rated voltage continuously through 1000 Ω series protective resistor (with maximum ripple current) at 105±2°C for following test period. After the test and returned in standard condition for 1 to 2 hours, and the capacitor shall meet following requirements. Life time Case dia. 6.3 to 10WV 16 to 100WV ≤φ6.3 4000 +720 5000 +720 φ8, φ10 6000 +720 7000 +720 φ12.5≤ 8000 +720 10000 +720 Leakage Current 8 Shelf Life Test Not more than the specified value Capacitance Change Within ±25% of the initial value Dissipation Factor Not more than 200% of the specified value Appearance Notable changes shall not be found, except sleeve Capacitors shall be stored at 105±2°C with no voltage applied for 1000 +480 hours. After the test and returned in standard condition for 1 to 2 hours and the capacitor shall meet following requirements. (If any doubt arises on the judgment, the capacitors shall be subjected to voltage treatment specified in JIS C 5141,5.2.) Leakage Current 9 Surge Voltage Not more than the specified value Capacitance Change Within ±25% of the initial value Dissipation Factor Not more than 200% of the specified value Appearance Notable changes shall not be found Capacitor shall be applied the surge voltage through a (100±50)/CR ［kΩ］resistor in series for 30±5 seconds in every 6±0.5 minutes at 15 to 35°C. Procedure shall be repeated 1000 times. Then the capacitors shall be left under normal humidity for 1 to 2 hours before measurement. [CR : Nominal Capacitance (µF)] Leakage Current Not more than the specified value Capacitance Change Within ±15% of the initial value Dissipation Factor Not more than the specified value Appearance Notable changes shall not be found ◊This test simulates overvoltage at abnormal situations, and not be hypothesizing that overvoltage is always applied. YXF SERIES RUBYCON CORPORATION PAGE 10 Vibration Test Testing shall be done out in 3 AXIS for 2 hours each (total 6 hours) as below. Fix lead wire at a point not more than 4mm from the body , use mounting device separately for the one with a diameter 12.5mm and greater or with a length 25mm and longer. Vibration frequency range Peak to peak amplitude Sweep rate Capacitance (During test) 11 Solderability 5 / 10 : 10 to 55Hz : 1.5mm : 10 to 55 to 10Hz, In about 1min. Measured value shall be stable. (The time from one end to the other of the vibration frequency within last 30 minutes at last direction.) Capacitance Change Within ±5% of the initial value Appearance Notable changes shall not be found Terminals of the capacitor shall be immersed in flux (ethanol solution of the rosin, 25 wt% rosin) for 5 to 10 seconds and shall be immersed in the solder bath (235±5°C) and held for 2±0.5 seconds, and pulled out at the same speed. At least 3/4 of circumferential surface of dipped portion of the terminal shall be covered with new solder. 12 Resistance to Solder Heat Terminals of the capacitor shall be immersed into solder bath at 260±5°C for 10±1 seconds up to 1.5 to 2.0mm from the body of capacitor. Then the capacitors shall be left under the normal temperature and normal humidity for 1 to 2 hours before measurement. Leakage Current 13 Resistance to Damp Heat (Steady State) Capacitance Change Within ±10% of the initial value Dissipation Factor Not more than the specified value Appearance Notable changes shall not be found Capacitor shall be stored in the ambient of 40±2°C and relative humidity 90 to 95% for 240±8 hours. Then the capacitors shall be left under the normal temperature and normal humidity for 1 to 2 hours before measurement. Leakage Current YXF SERIES Not more than the specified value Not more than the specified value Capacitance Change Within ±15% of the initial value Dissipation Factor Not more than the specified value Appearance Notable changes shall not be found RUBYCON CORPORATION PAGE 14 Maximum Permissible Ripple Current 6 / 10 (1)The maximum permissible ripple current is the maximum A.C. current at 100kHz and can be applied at maximum operating temperature. (2)The combined value of D.C. voltage and the peak A.C. voltage shall not exceed the rated voltage and shall not be reverse voltage. Frequency(Hz) 120 1k 10k 100k≤ Capacitance(µF) 1 to 10 0.42 0.60 0.80 1.00 22 to 33 0.55 0.75 0.90 1.00 47 to 330 0.70 0.85 0.95 1.00 470 to 1000 0.75 0.90 0.98 1.00 2200 to 15000 0.80 0.95 1.00 1.00 < Temperature Coefficient > Ambient Temperature(°C) Coefficient 105 85 65≥ 1.0 1.7 2.1 ◊Temperature coefficient shows a limit of ripple current exceeding the rated ripple current that can be passed through a capacitor at each temperature when the life expectancy of a capacitor becomes to be nearly equal with the lifetime at the rated maximum operating temperature. ◊Use of aluminum electrolytic capacitor under ripple voltage with wide amplitude is equivalent to quick charge-discharge operation. When ripple voltage with the amplitude over 70Vp-p is expected for the products with rated voltage over 100V, please contact us. YXF SERIES RUBYCON CORPORATION PAGE 9. Diagram of dimensions. mm 2 3 φ d+/-0.05 F+/- 0.5 1 :unit L+α MAX 4MIN 15MIN ♦Table-2 φD +0.5MAX ♦Table-3 φD 5 6.3 8 10 12.5 16 18 1 Sleeve P.E.T. F 2.0 2.5 3.5 5.0 5.0 7.5 7.5 2 Case Aluminum φd 0.5 0.5 0.6 0.6 0.6 0.8 0.8 3 Lead Wire Tin plated α L≤16 : α=1.5 YXF SERIES L≥20 : α=2.0 RUBYCON CORPORATION 7 / 10 PAGE 8 / 10 ♦Table-4 Standard size, Maximum permissible ripple current and Impedance Rated voltage 6.3V Nominal capacitance (µF) Size φDxL(mm) Impedance (ΩMAX) Ripple Current (mA r.m.s./105°C,100kHz) 20°C,100kHz -10°C,100kHz 100 5X11 150 0.90 3.6 220 6.3X11 250 0.40 1.6 330 6.3X11 250 0.40 1.6 470 8X11.5 400 0.25 1.0 1000 10X12.5 580 0.16 0.65 2200 12.5X20 1300 0.062 0.21 3300 12.5X20 1300 0.062 0.21 4700 16X25 1850 0.034 0.096 16X25 1850 0.034 0.096 10000 6800 16X31.5 2000 0.029 0.087 15000 18X35.5 2200 0.025 0.058 Rated voltage Nominal capacitance (µF) Size φDxL(mm) 10V Impedance (ΩMAX) Ripple Current (mA r.m.s./105°C,100kHz) 20°C,100kHz -10°C,100kHz 100 5X11 150 0.90 3.6 220 6.3X11 250 0.40 1.6 400 0.25 1.0 330 470 8X11.5 400 0.25 1.0 1000 10X16 8X11.5 770 0.12 0.46 2200 12.5X20 1300 0.062 0.21 3300 12.5X25 1650 0.048 0.16 4700 16X25 1850 0.034 0.096 6800 16X31.5 2000 0.029 0.087 10000 18X35.5 2200 0.025 0.058 YXF SERIES RUBYCON CORPORATION PAGE Rated voltage Nominal capacitance (µF) Size φDxL(mm) 16V Ripple Current (mA r.m.s./105°C,100kHz) Impedance (ΩMAX) 20°C,100kHz -10°C,100kHz 47 5X11 150 0.90 3.6 100 6.3X11 250 0.40 1.6 220 8X11.5 400 0.25 1.0 330 8X11.5 400 0.25 1.0 470 10X12.5 580 0.16 0.65 1000 10X20 1050 0.078 0.30 2200 12.5X25 1650 0.048 0.16 3300 16X25 1850 0.034 0.096 4700 16X31.5 2000 0.029 0.087 6800 18X35.5 2200 0.025 0.058 Rated voltage Nominal capacitance (µF) 33 Size φDxL(mm) 5X11 25V Impedance (ΩMAX) Ripple Current (mA r.m.s./105°C,100kHz) 20°C,100kHz 150 0.90 -10°C,100kHz 3.6 47 5X11 150 0.90 3.6 100 6.3X11 250 0.40 1.6 220 8X11.5 400 0.25 1.0 330 10X12.5 580 0.16 0.65 470 10X16 770 0.12 0.46 1000 12.5X20 1300 0.062 0.21 2200 16X25 1850 0.034 0.096 3300 16X31.5 2000 0.029 0.087 4700 18X35.5 2200 0.025 0.058 Nominal capacitance (µF) Size Rated voltage φDxL(mm) 35V Impedance (ΩMAX) Ripple Current (mA r.m.s./105°C,100kHz) 20°C,100kHz -10°C,100kHz 33 5X11 150 0.90 3.6 47 6.3X11 250 0.40 1.6 400 0.25 1.0 100 8X11.5 220 10X12.5 580 0.16 0.65 330 10X16 770 0.12 0.46 470 10X20 1050 0.078 0.30 1000 12.5X25 1650 0.048 0.16 2200 16X31.5 2000 0.029 0.087 3300 18X35.5 2200 0.025 0.058 YXF SERIES 9 / 10 RUBYCON CORPORATION PAGE Rated voltage Nominal capacitance (µF) Size φDxL(mm) 50V Ripple Current (mA r.m.s./105°C,100kHz) Impedance (ΩMAX) 20°C,100kHz -10°C,100kHz 1 5X11 30 4.0 8.0 2.2 5X11 43 2.5 6.0 3.3 5X11 53 2.2 5.6 4.7 5X11 88 1.9 5.0 10 5X11 100 1.5 4.0 22 5X11 150 0.90 3.6 33 6.3X11 250 0.40 1.6 47 6.3X11 250 0.40 1.6 400 0.25 1.0 770 0.12 0.46 100 220 8X11.5 10X16 330 10X20 1050 0.078 0.30 470 12.5X20 1300 0.062 0.21 1000 16X25 1850 0.034 0.096 2200 18X35.5 2200 0.025 0.058 Rated voltage Nominal capacitance (µF) Size φDxL(mm) 63V Impedance (ΩMAX) Ripple Current (mA r.m.s./105°C,100kHz) 20°C,100kHz -10°C,100kHz 10 5X11 87 2.3 9.3 22 6.3X11 140 1.3 5.2 33 6.3X11 140 1.2 5.0 210 0.63 2.8 47 8X11.5 100 10X12.5 300 0.43 1.8 220 10X20 520 0.21 0.84 330 12.5X20 660 0.16 0.64 470 12.5X25 750 0.12 0.45 1390 0.054 0.20 1000 16X31.5 Rated voltage Nominal capacitance (µF) Size φDxL(mm) 100V Impedance (ΩMAX) Ripple Current (mA r.m.s./105°C,100kHz) 20°C,100kHz -10°C,100kHz 1 5X11 20 4.5 15.0 2.2 5X11 30 3.0 13.0 3.3 5X11 40 2.7 11.0 4.7 10 5X11 65 2.5 10.0 6.3X11 140 1.2 5.0 160 0.63 2.8 22 8X11.5 33 10X12.5 230 0.43 1.8 47 10X16 290 0.31 1.5 100 12.5X20 430 0.16 0.64 220 16X25 900 0.073 0.27 330 16X25 900 0.073 0.27 YXF SERIES 10 / 10 RUBYCON CORPORATION