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470 uf

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: ' ^ 3300 µF 67% IW0505SAâ' ^ 470 µF 70% IW0509SAâ' ^ 470 µF 70% IW0512SAâ' ^ 470 µF 70% IW0515SAâ' ^ 220 µF 68% IW0524SAâ' ^ 3300 µF 70% IW1203SAâ' ^ 3300 µF 72% IW1205SAâ' ^ 470 µF 77% IW1209SAâ' ^ 470 µF 77% IW1212SAâ' ^ 470 µF 77% IW1215SAâ' ^ 220 µF 73% IW1224SAâ' ^ 3300 µF 70% IW2403SAâ' ^ 3300 µF 72% IW2405SAâ' ^ 470 µF 75% IW2409SAâ' ^ 470 µF 75% IW2412SAâ' ^ 470 µF 75% IW2415SAâ' ^ 220 µF 75% IW2424SAâ' ^ 3300 µF 66% IW4803SA 3300 µF 68 -
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Abstract: mA mA mA mA mA mA mA mA mA mA mA Max. Capacitve Efficiency Load 3300 µF 67% 3300 µF 70% 470 µF 72% 470 µF 72% 470 µF 73% 220 µF 75% 3300 µF 67% 3300 µF 77% 470 µF 78% 470 µF 80% 470 µF 78% 220 µF 80% 3300 µF 70% 3300 µF 77% 470 µF 80% 470 µF 80% 470 µF 80% 220 µF 80% 3300 µF 71% 3300 µF 74% 470 µF 78% 470 µF 78% 470 µF 78% 220 µF 80% 109 â"¦ 60 pF 100-650 kHz >1.61 MHrs to MIL-HDBK-217F, at 25 °C, GB XP Power
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iw2405

Abstract: 3300uf % IW0503SA^ 3300 µF 67% IW0505SA^ 470 µF 70% IW0509SA^ 470 µF 70% IW0512SA^ 470 µF 70% IW0515SA^ 220 µF 68% IW0524SA^ 3300 µF 70% IW1203SA^ 3300 µF 72% IW1205SA^ 470 µF 77% IW1209SA^ 470 µF 77% IW1212SA^ 470 µF 77% IW1215SA^ 220 µF 73% IW1224SA^ 3300 µF 70% IW2403SA^ 3300 µF 72% IW2405SA^ 470 µF 75% IW2409SA^ 470 µF 75% IW2412SA^ 470 µF 75% IW2415SA^ 220 µF 75% IW2424SA^ 3300 µF 66% IW4803SA 3300 µF 68% IW4805SA 470 µF 70% IW4809SA 470 µF 70% IW4812SA
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iw2405 3300uf uf 3 pin diode

IU2405

Abstract: IU2424SA Efficiency Number (1-5) Load 3300 µF 67% IU0503SA^ 3300 µF 70% IU0505SA^ 470 µF 72% IU0509SA^ 470 µF 72% IU0512SA^ 470 µF 73% IU0515SA^ 220 µF 75% IU0524SA^ 3300 µF 67% IU1203SA^ 3300 µF 77% IU1205SA^ 470 µF 78% IU1209SA^ 470 µF 80% IU1212SA^ 470 µF 78% IU1215SA^ 220 µF 80% IU1224SA^ 3300 µF 70% IU2403SA^ 3300 µF 77% IU2405SA^ 470 µF 80% IU2409SA^ 470 µF 80% IU2412SA^ 470 µF 80% IU2415SA^ 220 µF 80% IU2424SA^ 3300 µF 71% IU4803SA^ 3300 µF 74% IU4805SA
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IU2405

470 OHM 50 W RESISTANCE

Abstract: 470uf = 22 V. No input signal , CSVR = 470 uF Us = 22 V. No input signal CSVR = 470 uF Us = 22 V, THD = 10%, fI = 1 kHz; RL = 8 Ohm; CSVR = 470 uF Us = 22 V, Gv = 30 dB, Po = 1W, fI = 1kHz, RL = 8Ohm; CSVR = 470uF Us = 22 V, UVOL > 4.5 V, RL = 8 Ohm, fI = 1kHz; CSVR = 470 uF Us = 22 V, UVOL > 4.5 V, fI = 1 kHz , RL > 30 kOhm CSVR = 470 uF Us = 22 V, RL = 8 Ohm fI = 1 kHz , Q = 2; CSVR = 470 uF Us = 22 V, RL = 8 Ohm, fI = 1 kHz; CSVR = 470 uF Us = 22 V, RL = 8 Ohm; fI = 1 kHz, CSVR =
IK Semicon
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ILA7496 470 OHM 50 W RESISTANCE 470uf Variable resistor 50K ohm 470 uf DBS15
Abstract: Capacitive Load 74% 2200 µF 76% 1000 µF 82% 470 µF 82% 220 µF 77% ±470 µF 81% ±220 µF 82% ±100 µF 76% 2200 µF 81% 1000 µF 84% 470 µF 84% 220 µF 80% ±470 µF 83% ±220 µF 82% ±100 µF 74% 2200 µF 79% 1000 µF 82% 470 µF 84% 220 µF 80% ±470 µF 83% ±220 µF 83% ±100 µF 75% 2200 µF 78% 1000 µF 81% 470 µF 81% 220 µF 78% ±470 µF 80%  , 47 µF capacitor, 5 Hz to 20 MHz â'¢ Capacitor No Load(1) Input Current 4.5-9.0 V Output -
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IZ0503SA IZ0505SA IZ0512SA IZ0515SA IZ0505S IZ0512S

Variable resistor 50K ohm

Abstract: 470 OHM 50 W RESISTANCE input signal , CSVR = 470 µF Us = 22 V. No input signal CSVR = 470 µF Us = 22 V, THD = 10%, fI = 1 kHz; RL = 8 Ohm; CSVR = 470 µF Us = 22 V, Gv = 30 dB, Po = 1W, fI = 1kHz, RL = 8Ohm; CSVR = 470µF Us = 22 V, UVOL 4.5 V, RL = 8 Ohm, fI = 1kHz; CSVR = 470 µF Us = 22 V, UVOL 4.5 V, fI = 1 kHz , RL 30 kOhm CSVR = 470 uF Us = 22 V, RL = 8 Ohm fI = 1 kHz , Q = 2; CSVR = 470 µF Us = 22 V, RL = 8 Ohm, fI = 1 kHz; CSVR = 470 µF Us = 22 V, RL = 8 Ohm; fI = 1 kHz, CSVR = 470 µF Us = 22 V, RL
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TP1 Thermal protection HZ22

IU0512SA

Abstract: IU0524SA Model Number(1,2,3,4,5) 67% 70% 72% 72% 73% 75% 3300 µF 3300 µF 470 µF 470 µF 470 µF 220 µF ±1000 µF ±1000 µF ±220 µF ±220 µF ±220 µF ±100 µF IU0503SA IU0505SA IU0509SA , 470 µF 470 µF 470 µF 220 µF ±1000 µF ±1000 µF ±220 µF ±220 µF ±220 µF ±100 µF IU1203SA , 70% 77% 80% 80% 80% 80% 3300 µF 3300 µF 470 µF 470 µF 470 µF 220 µF ±1000 µF ±1000 , µF 470 µF 470 µF 470 µF 220 µF ±1000 µF ±1000 µF ±220 µF ±220 µF ±220 µF ±100 µF
XP Power
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capacitor 470 uF mA 555 MIL-STD-217F
Abstract: Load 3300 µF 67% 3300 µF 67% 470 µF 70% 470 µF 70% 470 µF 70% 220 µF 68% 3300 µF 70% 3300 µF 72% 470 µF 77% 470 µF 77% 470 µF 77% 220 µF 73% 3300 µF 70% 3300 µF 72% 470 µF 75% 470 µF 75% 470 µF 75% 220 µF 75% 3300 µF 66% 3300 µF 68% 470 µF 70% 470 µF 70% 470 µF 70% 220 µF 68% Model Number(1-5) IW0503SA IW0505SA IW0509SA , . 6. Output capacitor of 100 µF required to meet quoted ripple & noise. 7. Minimum load of 25 XP Power
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Abstract: 3300 µF 67% IU0503SAâ' ^ 3300 µF 70% IU0505SAâ' ^ 470 µF 72% IU0509SAâ' ^ 470 µF 72% IU0512SAâ' ^ 470 µF 73% IU0515SAâ' ^ 220 µF 75% IU0524SAâ' ^ 3300 µF 67% IU1203SAâ' ^ 3300 µF 77% IU1205SAâ' ^ 470 µF 78% IU1209SAâ' ^ 470 µF 80% IU1212SAâ' ^ 470 µF 78% IU1215SAâ' ^ 220 µF 80% IU1224SAâ' ^ 3300 µF 70% IU2403SAâ' ^ 3300 µF 77% IU2405SAâ' ^ 470 µF 80% IU2409SAâ' ^ 470 µF 80% IU2412SAâ' ^ 470 µF 80% IU2415SAâ' ^ 220 µF 80% IU2424SAâ' ^ 3300 µF -
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Abstract: % 2200 µF 76% 1000 µF 82% 470 µF 82% 220 µF 77% ±470 µF 81% ±220 µF 82% ±100 µF 76% 2200 µF 81% 1000 µF 84% 470 µF 84% 220 µF 80% ±470 µF 83% ±220 µF 82% ±100 µF 74% 2200 µF 79% 1000 µF 82% 470 µF 84% 220 µF 80% ±470 µF 83% ±220 µF 83% ±100 µF 75% 2200 µF 78% 1000 µF 81% 470 µF 81% 220 µF 78% ±470 µF 80% ±220 µF 81% ±100 µF , 47 µF capacitor, 5 Hz to 20 MHz â'¢ Capacitor No Load(1) Input Current 4.5-9.0 V Output XP Power
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IZ0515S IZ1203SA IZ1205SA IZ1212SA IZ1215SA IZ1205S

B41306-E7478-T

Abstract: 10000UF 25V 2116416S 2116422S Elko, Alu, 1000 uF, 16V, Axial, GP Elko, Alu, 470 uF, 25V, Axial, GP Elko, Alu, 470 , , 100 uF, 100V, Axial, GP Elko, Alu, 470 uF, 100V, Axial, GP Elko, Alu, 4700 uF, 16V, Axial, GP Elko , Elko, Alu, 2200 uF, 40V, Axial, GP Elko, Alu, 470 uF, 63V, Axial, GP Elko, Alu, 2200 uF, 16V, Axial, GP Elko, Alu, 1000 uF, 40V, Axial, GP Elko, Alu, 220 uF, 100V, Axial, GP Elko, Alu, 470 uF, 16V , , Axial, GP Elko, Alu, 10 uF, 100V, Axial, GP Elko, Alu, 4700 uF, 16V, Lötstern Elko, Alu, 470 uF, 25V
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B41306-E7478-T 10000UF 25V ELKO Kondensatoren 4700uf 63v 68 UF 450V 3300uf 350v 2117144S 2117150S 2117166S

iz2405sa

Abstract: IZ2415S mA Max Efficiency Capacitive Load 74% 2200 µF 76% 1000 µF 82% 470 µF 82% 220 µF 77% ±470 µF 81% ±220 µF 82% ±100 µF 76% 2200 µF 81% 1000 µF 84% 470 µF 84% 220 µF 80% ±470 µF 83% ±220 µF 82% ±100 µF 74% 2200 µF 79% 1000 µF 82% 470 µF 84% 220 µF 80% ±470 µF 83% ±220 µF 83% ±100 µF 75% 2200 µF 78% 1000 µF 81% 470 µF 81% 220 µF 78% ±470 µF 80% ±220 µF , Single & Dual Output · See table · 35 mA pk-pk through 12 µH inductor and 47 µF capacitor, 5 Hz to
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IZ1212S IZ2415S iz2405sa iz4812s IZ1215S IZ2403SA IZ2405SA IZ2412SA IZ2415SA

t520x337m010ase025

Abstract: T520V107M010ASE025 T520D477M004ASE040 Case V/7343-20 B/3528-20 V/7343-20 V/7343-20 Cap 470 µF 100 µF 470 µF 470 µF Voltage 2V 2.5 V 2.5 , /7343-20 V/7343-20 V/7343-20 D/7343-31 D/7343-31 D/7343-31 68 µF 100 µF 220 µF 220 µF 220 µF 470 µF 470 µF 470 µF T520 Series - KEMET Organic Tantalum Chip Capacitor E-spec Rollout May 15, 2003 DCL VR , 220 µF 220 µF 150 µF 150 µF 220 µF 220 µF 220 µF 330 µF 330 µF 330 µF 470 µF 470 µF 470 µF 33 µF 68 µF , 1.2 0.9 0.7 1.3 1.2 0.8 B/3528-20 100 µF B/3528-20 150 µF V/7343-20 330 µF V/7343-20 330 µF V
KEMET
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T520V107M010ASE025 t520x337m010ase025 PQ-32/T520V477M002ASE040 capacitor 470 uf 50 v T520V477M002ASE040 T520B107M2R5ASE070 T520V477M2R5ASE012 T520V477M2R5ASE015 T520B107M003ASE070 T520B157M003ASE070
Abstract: 62.5 mA 470 µF 220 µF 250 mA 9-18 VDC 15 VDC 50 mA ±5 VDC ±75 mA ±12 VDC , 305 mA 84 470 µF ±100 mA 3Z8RS24W3.3M 760 mA 90 mA ±300 mA 3Z8RD12W12M ±470 µF 200 mA 3Z8RD12W5M 77 35 mA 3Z8RS12W15M 800 mA 220 µF 700 mA 320 mA ±470 , VDC 62.5 mA 250 mA 156 mA 82 470 µF 15 VDC 50 mA 200 mA 152 mA 84 220 µF 3Z8RD24W5M ±5 VDC ±75 mA ±300 mA 160 mA 80 ±470 µF 3Z8RD24W12M M + R Multitronik
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3Z8RS5W12M 3Z8RS5W15M 3Z8RD5W12M 3Z8RD5W15M 3Z8RS12W3 3Z8RS12W5M
Abstract: configuration file, 190 10-CDA 102 0175/001. External CIN = 470 µF/10 mâ"¦, COUT = 470 µF/10 mâ"¦. See , current and output voltage: TP1 = +25 °C, VI = 5 V, fsw = 320 kHz, CO = 470 µF/10 mâ"¦. Dissipated power vs. load current and output voltage: TP1 = +25 °C, VI = 5 V, fsw = 320 kHz, CO = 470 µF/10 mâ , . load current and output voltage at TP1 = +25 °C, VI = 12 V, fsw = 320 kHz, CO = 470 µF/10 mâ"¦. Dissipated power vs. load current and output voltage: TP1 = +25 °C, VI = 12 V, fsw = 320 kHz, CO = 470 µF Ericsson
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1/1301-BMR 22-A114 22-A115 J-STD-020C MIL-STD-202G
Abstract: 2695 mA ±470 µF 84.0% JHM1005D12 ±15.0 V ±333 mA 115 mA 2670 mA ±470 µF , 84.0% JHM1012D05 ±12.0 V ±420 mA 50 mA 1290 mA ±470 µF 88.0% JHM1012D12 ±15.0 V ±333 mA 50 mA 1280 mA ±470 µF 88.0% JHM1012D15 5.0 V 2000 mA , 640 mA ±470 µF 88.0% JHM1024D12 ±15.0 V 18-36 V 2690 mA 115 mA ±5.0 V , ±470 µF 88.0% JHM1024D15 Notes 1. Input current measured at nominal input voltage. 2 -
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JHM10 IEC60601 EN55011 JHM1012/24 JHM1005S05 JHM1005D05

UF10M

Abstract: bmr464 configuration file, 190 10-CDA 102 0206/001. External CIN = 470 µF/10 m, COUT = 470 µF/10 m. See Operating , , fsw=320 kHz, CO=470 µF/10 m. Dissipated power vs. load current and output voltage: TP1 = +25°C. VI=5 V, fsw=320 kHz, CO=470 µF/10 m. Efficiency vs. Output Current, VI=12 V [%] 100 95 90 85 80 75 0 , output voltage at TP1 = +25°C. VI=12 V, fsw=320 kHz, CO=470 µF/10 m. Dissipated power vs. load current and output voltage: TP1 = +25°C. VI=12 V, fsw=320 kHz, CO=470 µF/10 m. Efficiency vs. Output
Ericsson
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UF10M bmr464 ericsson BMR MSL-3 BD 875 00152-EN/LZT IPC-A-610
Abstract: 470 µF/10 m, C OUT = 470 µF/10 m. See Operating Information section for selection of capacitor types , Efficiency vs. load current and output voltage: T P1 = +25°C. V I =5 V, f sw =320 kHz, C O =470 µF/10 m. Dissipated power vs. load current and output voltage: T P1 = +25°C. V I =5 V, f sw =320 kHz, C O =470 µF/10 m , =470 µF/10 m. Dissipated power vs. load current and output voltage: T P1 = +25°C. V I =12 V, f sw =320 kHz, C O =470 µF/10 m. Efficiency vs. Output Current and Switching Frequency [%] 95 90 85 80 Ericsson
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BMR463 52-EN/LZT

03833 wall

Abstract: wall industries converter 48v output Capacitive (Typ) Load No Load Max Load Ripple Current 528 mA 78% 470 µF 762 mA 82% 470 µF 735 mA 81% 470 µF 726 mA 85% 470 µF 25mA (typ) 40mA (typ) 771 mA 86% 470 µF 735 mA 81% 220 µF 726 mA 85% 220 µF 787 mA 86% 220 µF 26 mA 78% 470 µF 381 mA 82% 470 µF 368 mA 81% 470 µF 363 mA 85% 470 µF 15mA (typ) 30mA (typ) 386 mA 86% 470 µF 368 mA 81% 220 µF 363 mA 85% 220 µF 393 mA 86% 220 µF NOTES 1. 2. 3. 4. Specifications typical at +25°C, resistive
Wall Industries
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03833 wall wall industries converter 48v output DMW24S5-3000 1500VDC UL1950 EN55022 ISO9001-2000
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