FEATURES High temperature – Very Low ESR – High ripple current – stable with temperature – High frequency APPLICATIONS DC-DC converters – Voltage regulators – Decoupling Operating Temperature Range Capacitance Tolerance WVDC Surge Voltage SVDC Dissipation Factor 120 Hz, 20°C 2.5 -55°C to +105°C +20% at 120 Hz, 20°C 4 6.3 10 16 1.15 x rated WVDC 12% MAX 2 Minutes 0.2CV or 280uA, whichever is greater Leakage Current Low Temperature Stability Impedance Ratio (100 kHz) -55°C/ +20°C <1.25 +105°C/ +20°C <1.25 Load Life Damp Heat test Resistance to Soldering Heat Ripple Current Multipliers 2000 hours at 105°C with rated WVDC applied Capacitance Change <20% of initial measured value Dissipation Factor <150% of maximum specified value ESR <150% of maximum specified value Leakage Current <100% of maximum specified value 1000 hours at 60°C with rated voltage applied at 90-95% R.H. Capacitance Change <20% of initial measured value Dissipation Factor <150% of maximum specified value ESR <150% of maximum specified value Leakage Current <100% of maximum specified value Capacitors placed on a 230°C hot plate for 75 seconds with their electrode terminations facing downward will fulfill the following conditions after being cooled to room temperature Capacitance Change <20% of initial measured value Dissipation Factor <150% of maximum specified value ESR <150% of maximum specified value Leakage Current <100% of maximum specified value 120Hz<f<1kHz 0.05 Frequency (Hz) 1kHz<f<10kHz 10kHz<f<100kHz 0.3 0.7 D+0.5 6.3 8 W+0.2 6.6 8.3 H+0.2 6.6 8.3 LL+0.2 2.1 2.8 R+0..15 .65 .95 100kHz<f<500kHz 1.0 S+0.2 1.9 3.2 UVR Capacitance WVDC (µF) IC PART NUMBER +105°C Low ESR, High Ripple Current Maximum Maximum ESR (Ω) ESR (mΩ) 120 Hz, 100 kHz, +20°C +20°C Leakage Current (μA) Maximum RMS Ripple Current (mA) 120 kHz, +105°C Dims DxL (mm) 39 6.3 396UVR016MEW 5.101 50 280 1620 6.3x6 47 10 476UVR010MEW 4.233 50 280 1620 6.3x6 68 6.3 686UVR016MEW 2.926 30 280 2200 6.3x6 100 4 107UVR6R3MEW 1 50 280 1620 6.3x6 100 6.3 108UVR6R3MFE 0.1989 15 1260 3500 8x10.2 100 16 107UVR016MEW 1.9894 25 320 2700 6.3x6 120 10 127UVR010MEW 1.6579 25 280 2320 6.3x6 150 4 157UVR6R3MEW 1.3263 50 280 1620 6.3x6 150 10 157UVR010MEW 1.3263 27 300 2320 6.3x6 150 16 157UVR016MFF 1.3263 22 480 3150 8x8 180 16 187UVR016MFBJ 1.1052 16 576 4040 8x12 220 4 227UVR6R3MEW 0.9043 26 280 2450 6.3x6 220 16 227UVR016MFF 0.9043 22 704 3150 8x8 220 16 227UVR016MFE 0.9043 22 704 3450 8x10.2 270 16 277UVR016MFE 0.7368 20 864 3600 8x10.2 270 16 277UVR016MFBJ 0.7368 13 864 5200 8x12 330 2.5 337UVR2R5MEW 0.6029 17 280 2900 6.3x6 330 4 337UVR6R3MEW 0.6029 25 416 2200 6.3x6 330 4 337UVR6R3MEF 0.6029 15 416 2700 6.3x8 330 4 337UVR004MEW 0.6029 17 280 2900 6.3x6 330 10 337UVR010MFBJ 0.6029 14 660 4390 8x12 330 16 337UVR016MFBJ 0.6029 16 1056 4720 8x12 330 16 337UVR016MGU 0.6029 13 1056 4100 10x12.5 390 2.5 397UVR2R5MEW 0.5101 17 280 3390 6.3x6 470 4 477UVR6R3MFBJ 0.4233 12 592 4780 8x12 470 6.3 477UVR6R3MEK 0.4233 15 582 2700 6.3x9 470 16 477UVR016MGU 0.4233 13 1504 4100 10x12.5 470 16 477UVR016MFBJ 0.4233 14 1504 4040 8x12 560 2.5 567UVR2R5MFE 0.3553 12 280 4210 8x10.2 560 2.5 567UVR2R5MEW 0.3553 16 280 3500 6.3x6 560 4 567UVR004MFBJ 0.3553 13 448 4520 8x12 560 4 567UVR004MFE 0.3553 14 544 3950 8x10.2 560 6.3 567UVR6R3MFF 0.3553 20 706 2500 8x8 560 6.3 567UVR6R3MFBJ 0.3553 12 706 4780 8x12 680 2.5 687UVR2R5MFBJ 0.2926 10 340 5020 8x12 680 4 687UVR004MFF 0.2926 13 544 3950 8x8 680 6.3 687UVR6R3MGE 0.2926 15 857 3500 10x10.2 820 2.5 827UVR2R5MFE 0.2426 12 410 4210 8x10.2 820 4 827UVR6R3MFBJ 0.2426 12 1033 4260 8x12 1000 2.5 108UVR2R5MFF 0.1989 12 500 4260 8x8 1000 4 108UVR004MGE 0.1989 140 800 4850 10x10.2 1500 6.3 158UVR6R3MGE 0.13263 10 1890 4850 10x10.2