477AVG025MFBJ Cornell Dubilier

Small Size - High Temperature Low ESR High Ripple Current FEATURES Stable with Temperature High Frequency Power Units LED Lighting Telecommunications APPLICATIONS Operating Temperature Range -55C to +125C Capacitance Tolerance +20% at 120 Hz, 20C WVDC 16 25 35 50 63 100 160 Surge Voltage SVDC 1.15 x rated WVDC Dissipation Factor 12% MAX 120 Hz, 20C 2 Minutes Leakage Current See standard part listing Low Temperature -25C/ +20C <1.15 Stability Impedance Ratio -55C/ +20C <1.25 (120 Hz) 2000 hours( 1500 Hours for WVDC>35V) at 125C with rated WVDC applied Capacitance Change <30% of initial measured value Dissipation Factor <300% of maximum specified value Load Life ESR <300% of maximum specified value Leakage Current <100% of maximum specified value 1000 hours at 20C with rated voltage applied at 90-95% R.H. Capacitance Change <20% of initial measured value Dissipation Factor <150% of maximum specified value Humidity test ESR <150% of maximum specified value Leakage Current <100% of maximum specified value 1000 cycles at 125C with rated surge voltage applied for 30 seconds through a 1k resistor and discharged for 5 minutes and 30 seconds Capacitance Change <20% of initial measured value Surge Voltage test Dissipation Factor <150% of maximum specified value ESR <150% of maximum specified value Leakage Current <100% of maximum specified value Failure Rate 0.5% /1000 hours Maximum (60% confidence level at 125C) Frequency (Hz) Ripple Current Multipliers 120 1k 10k 100k-300K .05 .3 .7 1.0 D+0.5 8 10 S+0.5 3.5 5.0 d 0.6 0.6 L =L+1.5mm MAX 1 Sep-20 +125C Highest capacitance & AVG Voltage Maximum RMS Maximum Maximum Leakage Ripple Capacitance ESR () ESR (m) Dims DxL WVDC IC PART NUMBER Current Current (F) 120 Hz, 100 kHz, (mm) (A) (mA) +20C +20C 100 kHz, +105C 16 330 337AVG016MFF 0.60286 15 1056 4300 8x8 16 470 477AVG016MFF 0.42328 15 1504 4300 8x8 16 470 477AVG016MFBJ 0.42328 13 1504 4650 8x12 16 820 827AVG016MFBJ 0.24261 13 2624 4650 8x12 16 820 827AVG016MGBJ 0.24261 12 2624 5600 10x12 16 1000 108AVG016MGBJ 0.2 12 3200 5600 10x12 16 1200 128AVG016MGBJ 0.16579 12 3840 5600 10x12 16 1500 158AVG016MGBJ 0.132629 12 4800 5600 10x12 25 100 107AVG025MFF 1.9894 24 500 2900 8x8 25 150 157AVG025MFF 1.32629 24 750 2900 8x8 25 220 227AVG025MFBJ 0.90429 18 1100 4250 8x12 25 330 337AVG025MFBJ 0.60286 18 1650 4250 8x12 25 470 477AVG025MFBJ 0.42328 18 2350 4250 8x12 25 470 477AVG025MGBJ 0.42328 16 2350 4700 10x12 25 560 567AVG025MGBJ 0.3553 16 2800 4700 10x12 25 680 687AVG025MGBJ 0.29256 16 3400 4700 10x12 35 47 476AVG035MFF 4.2328 30 329 2600 8x8 35 68 686AVG035MFF 2.9256 30 476 2600 8x8 35 100 107AVG035MFBJ 1.9894 26 700 2950 8x12 35 150 157AVG035MFBJ 1.32629 26 1050 2950 8x12 35 180 187AVG035MFBJ 1.1052 26 1260 2950 8x12 35 220 227AVG035MFBJ 0.90429 26 1540 2950 8x12 35 220 227AVG035MGBJ 0.90429 24 1540 3400 10x12 35 330 337AVG035MGBJ 0.60286 24 2310 3400 10x12 35 390 397AVG035MGBJ 0.5101 24 2730 3400 10x12 50 47 476AVG050MFBJ 4.2328 32 470 2250 8x12 50 68 686AVG050MFBJ 2.9256 32 680 2250 8x12 50 82 826AVG050MFBJ 2.4261 32 820 2250 8x12 50 120 127AVG050MFBJ 1.6579 32 1200 2250 8x12 50 120 127AVG050MGBJ 1.6579 28 1200 2620 10x12 50 180 187AVG050MGBJ 1.1052 28 1800 2650 10x12 50 220 227AVG050MGBJ 0.90429 28 2200 2620 10x12 63 82 826AVG063MFBJ 2.4261 32 1033 2100 8x12 63 100 107AVG063MFBJ 1.9894 32 1260 2100 8x12 63 150 157AVG063MGBJ 1.32629 28 1890 2550 10x12 63 180 187AVG063MGBJ 1.1052 28 2268 2550 10x12 100 15 156AVG100MFBJ 13.2629 40 300 1850 8x12 100 22 226AVG100MFBJ 9.0429 40 440 1850 8x12 100 33 336AVG100MGBJ 6.0286 38 660 2100 10x12 100 47 476AVG100MGBJ 4.2328 38 940 2100 10x12 160 4.7 475AVG160MFBJ 42.3284 130 150 720 8x12 160 6.8 685AVG160MFBJ 29.2564 130 217 720 8x12 160 12 126AVG160MGBJ 16.5786 130 384 960 10x12