ECLE401ELL4R7MHB5D

Engineering Engineering Bulletin Bulletin CLE CLE Tentative Aluminum Electrolytic Capacitors Aluminum Electrolytic Capacitors Tentative/ Apr.2012 No.823 No.823 / Apr.2012 ●For LED light circuit and other long life applications. ● LEDlight light circuit andother otherlong longlife lifeapplications applications. ●For Downsize and long and life. ●For LED circuit ● Downsize and long life. ●Endurance with ripple ●Downsize and long life current：8,000 to 10,000 hours at 105℃. ● with ripplecurrent：8,000 current：8,000toto10,000 10,000 hours 105℃. ●Endurance Non solvent resistant type. ●Endurance with ripple hours at at 105°C ● Non solvent resistant type. ●RoHS Compliant. ●Non solvent resistant type ●RoHS Compliant. ●RoHS Compliant ◆SPECIFICATION ◆SPECIFICATION SPECIFICATION ◆ Items Items Characteristics Characteristics Characteristics Items Category Category Category Temperature Range Temperature Range Temperature Rated VoltageRange Range Rated Voltage Range Rated Voltage Range Capacitance Tolerance Capacitance Tolerance Capacitance Tolerance Leakage Current LeakageCurrent Current Leakage -40 to +105℃ -40toto+105°C +105℃ -40 400Vdc dc 400Vdc 400V (at 20℃, 120Hz) ±20% (M) (at 120Hz) ±20% ±20%（M） (at 20℃, 20°C,120Hz) After 5 minutes After 1 (M) minute After 5 minutes After 1 minute CV 1,000 CV 1,000 ≦ > I=0.04CV+100 I=0.02CV+25 I=0.04CV+100 I=0.02CV+25 I=0.1CV+40 I=0.04CV+100 (at 20℃) Where, I : Max. leakage current (µA), C : Nominal capacitance (µF), V : Rated voltage (V) (at 20°C) 20℃) Where, II :: Max. Max. leakage Where, leakage current current (µA), (μA), C C :: Nominal Nominal capacitance capacitance(µF), (μF),VV: :Rated Ratedvoltage voltage(V) (V) (at 0.24Max. (at 20℃,120Hz) 0.24Max. 0.24 Max. (at 20°C,120Hz) 20℃,120Hz) (at 400V Rated voltage (Vdc) Rated voltage voltage (V (Vdc Rated 400V dc)) 4 φ8 400V Z(-25℃)/Z(20℃) 44 φ8 Φ8 φ10 4 Z(-25℃)/Z(20℃) Z(-25°C)/Z(+20°C) φ10 4 Φ10 φ8 84 Z(-40℃)/Z(20℃) φ8 8 Φ8 φ10 68 Z(-40℃)/Z(20℃) Z(-40°C)/Z(+20°C) φ10 66 (at 120Hz) 120Hz) Φ10 (at (at 120Hz) The following specifications specifications shall shallbe besatisfied satisfiedwhen whenthe thecapacitors capacitorsare arerestored restoredtoto20℃ 20°C after subjected to DC voltage rated after subjected to DC voltage withwith thethe rated The following specifications satisfied when the capacitors arevoltage) restored to8,000 20℃ after subjected tohours DCfor voltage with the rated Φ10×16L) applied peak voltage shall not the forfor hours (10,000 hours at at 105℃. φ10×16L) ripple current is applied (the (theshall peakbe voltage shall notexceed exceed therated rated voltage) 8,000 hours (10,000 for 105°C. ripple current change is applied (the peak shallvalue not exceed the rated voltage) for 8,000 hours (10,000 hours for φ10×16L) at 105℃. 20％voltage of the the initial initial value Capacitance of ≦≦±20％ Capacitance ≦200％ 20％ of of the the initial initial specified value D.F. (tanδ) ≦≦200％ of the initial value D.F. (tanδ) change ≦200％ of the initial specified D.F. (tanδ ) Theinitial initial specified value value Leakage current The specified value ≦≦ Leakage current The be initial specified value The following specifications≦shall satisfied when 20°Cafter afterexposing exposingthem themfor for1,000 1,000hours hoursatat105℃ 105°Cwithout without the capacitors are restored to 20℃ The following specifications shall be satisfied the capacitors are restored toby 20℃ after exposing them for 1,000 hours atJIS 105℃ without voltage applied. Before the the measurement, measurement, thewhen capacitor shallbe bepreconditioned preconditioned by applying voltageaccording according Item 4.1ofof JIS 5101-4. voltage applied. Before the capacitor shall applying voltage totoItem 4.1 CC5101-4. voltage applied. Before the the capacitor Capacitance change ±20％ value shall be preconditioned by applying voltage according to Item 4.1 of JIS C 5101-4. ≦≦measurement, 20% of of the the initial Capacitance 20% of of the the initial initial specified value D.F. (tanδ) 200％ specified value ≦≦ D.F. (tanδ) change ≦200% of value D.F. (tanδ ) of the initial specified ≦500％ 500% of of the the initial Leakage current specified value value ≦≦200% Leakage current ≦500% of the initial specified value Dissipation Factor Dissipation Factor Dissipation Factor (tan δ) (tanδ) (tanδ) Low Temperature Low Temperature Characteristics Low Temperature Characteristics (Max. Impedance Ratio) Characteristics (Max. Impedance Impedance Ratio) (Max. Ratio) Endurance Endurance Endurance Shelf ShelfLife Life Shelf Life DIMENSIONS　［mm］ ◆DIMENSIONS [mm] ◆ DIMENSIONS [mm] ● φD' φD' φdφd ●Terminal Code : E Sleeve (PET : Brown) Sleeve (PET : Brown) ±0.5 F±F0.5 ●Terminal TerminalCode Code: E: E L' L' 15min. 15min. 4min. 4min. SYSTEM PART NUMBERING SYSTEM ◆PART ◆PART NUMBERING SYSTEM 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 φ D ΦD φ D φ d Φd φ Fd F φF D' D' φL' D' L' L' 8 8 1010 80.6 100.6 0.6 0.6 0.6 0.6 3.53.5 5.05.0 3.5φD+0.5max. 5.0 ΦD+0.5max. φD+0.5max. L+1.5max. L+2.0max. L+1.5max. L+2.0max. L+1.5max. L+2.0max. Gas escape end seal Gas escape end seal 18 10 11 A 12 A 13 M 14 15 A 16 A 17 18 E1 C2 L3 E4 45 06 17 E8 A9 A A D A E C LE 4 0 1 E AA AAA M AAA D Supplement code Supplement Size code code Size code code Capacitance tolerance tolerance code Capacitance code Capacitance (ex. 3.3µF:3R3, 6.8µF:6R8) Capacitance code (ex. 3.3µF:3R3, 6.8µF:6R8) Lead forming·taping code Lead forming·taping Terminal code code Terminal code Voltage code Voltage Series code code Series code Category Category Specifications in this bulletin are subject to change without notice. Specifications in this bulletin are subject to change without notice. NIPPON CHEMI-CON CORPORATION NIPPON CHEMI-CON CORPORATION 1571 1571 1 1 Engineering Bulletin CLE Engineering Bulletin RATINGS ◆ STANDARD RATINGS ◆STANDARD CLE WV WV dcdc )) (V(V Cap Cap (μF) (μF) Case size Case size ×L(mm) φDΦD×L(mm) Tentative Aluminum Electrolytic Capacitors No.823 / Apr.2012 Tentative Aluminum Electrolytic Capacitors No.823 / Apr.2012 Rated ripple current(mArms/ 105°C ) Rated ripple current tan δ tanδ (mArms/105℃,120Hz) 120Hz 3.32.2RATINGS ◆STANDARD 0.24 8× 8 11.5 × 11.5 0.24 3.32.7 10× 0.24 8 12.5 × 11.5 0.24 400 Cap WV Case size 8× 3.93.3 0.24 8 15 × 11.5 0.24 tan δ (μF) (Vdc) L(mm) φD × 16 10× 6.83.3 0.24 10 × 12.5 0.24 400 lead forming □□ : Enter the 3.3 appropriate 3.9 8 11.5 × 15 or taping code.0.24 0.24 8× × 16 0.24 ×12.5 3.34.7 1010 0.24 400 × 16 0.24 ×15 810 3.95.6 0.24 × 16 0.24 ×16 1010 6.86.8 0.24 100kHz 33 40 40 45 Rated ripple 41 current 50 (mArms/105℃,120Hz) 58 60 65 33 90 40 100 41 115 58 ◆RATED RIPPLE CURRENT MULTIPLIERS 100 110 125 150 160 225 250 285 Part No. Part No. ECLE401E□□3R3MHB5D ECLE401E □□ 2R2MHB5D ECLE401E□□3R3MJC5S ECLE401E □□ 2R7MHB5D ECLE401E□□3R9MH15D □□ 3R3MHB5D ECLE401E Part No. ECLE401E□□6R8MJ16S ECLE401E □□ 3R3MJC5S ECLE401E □□ 3R9MH15D ECLE401E□□3R3MHB5D ECLE401E □□ 4R7MJ16S ECLE401E□□3R3MJC5S ECLE401E □□ 5R6MJ16S ECLE401E□□3R9MH15D ECLE401E □□ 6R8MJ16S ECLE401E□□6R8MJ16S : Enter the appropriate □□ the appropriatelead leadforming formingorortaping tapingcode. code. ●Frequency Multipliers Capacitance(µF) Frequency(Hz) 2.2 to 6.8 2.2 50 0.65 120 1.00 300 1.35 1k 1.75 10k 2.30 RIPPLE CURRENT CURRENT MULTIPLIERS ◆ RATED RIPPLE ◆RATED 100k 2.50 endurance of capacitors is reduced with internal heating produced by ripple current at the rate of halving the lifetime with every 5℃ rise. Frequency Multipliers ● ●The Frequency Multipliers When long life performance is 120 required in actual use, the rms ripple current has to be reduced. Frequency(Hz) Frequency(Hz) 50 120 1k 30010k 1k 10k 100k 50 300 100k Capacitance(μF) Capacitance( µF) 3.3 to 2.26.8 to 6.8 0.65 1.00 0.65 1.35 1.00 1.75 1.352.30 2.50 1.75 2.30 2.50 The of capacitors is reduced with internal heatingheating producedproduced by ripple current at the rate ofathalving theoflifetime with every 5℃ rise. Theendurance endurance of capacitors is reduced with internal by ripple current the rate halving the lifetime with every 5℃ rise. When long performance is required in actual rms ripple current has to be reduced. When long lifelife performance is required in actual use, theuse, rms the ripple current has to be reduced. Specifications in this bulletin are subject to change without notice. NIPPON CHEMI-CON CORPORATION 1571 2