85℃ 2000hours

◆SPECIFICA TIONS

items	Characteristics
Category temperature Range	-25~+85℃
Rated voltage Range	350~550VDC
Capacitance Tolerance	± 20%（M）                                                                                                     at 20℃/120HZ
Leakage Current	I=0.02CV or 5mA,whichever is smaller I: Where, I : Max. leakage current（µA）、C: Nominal capacitance（µF）、Rated voltage (V)at 20℃after 5 minutes)
Dissipation Factor（tanδ）	0.25max                                                                                                           at 20℃/120HZ
Low Temperature characteristics	Capacitance change(vdc)		350Vto450V	500 to 500v		at 20℃/120HZ
	C（-25℃）/C（+20℃）		≥0.7	≥0.6
Insulation Resistance	When measured between the terminals that are connected to each other and to the mounting clamp on the insulating sleeve covering the case by using an insulation resistance meter of 500Vdc, the insulation resistance shall not be less than 100mΩ
Insulation Withstanding Voltage	When a voltage of 2,000Vac is applied for 1 minute between the terminals that are connected to each other and to the mounting clamp on the insulating sleeve covering the case, there shall not be electrical damage.。
Endurance	The following specifications shall be satisfied when the capacitors are restored to 20℃ after subjected to DC voltage with the rated ripple current is applied (the peak voltage shall not exceed the rated voltage) for 2,000 hours at 85℃。
	Capacitance change	≤±20% of the initial value
	D.F. (tanδ)	≤300% of the initial specified value
	Leakage current	≤The initial specified value
Shelf Life	The following specifications shall be satisfied when the capacitors are restored to 20℃ after exposing them for 500 hours at 85℃ without voltage applied. Before the measurement, the capacitor shall be preconditioned by applying voltage according to Item 4.1 of JIS C 5101-4
	Capacitance change	≤±20% of the initial value
	D.F. (tanδ)	≤300% of the initial specified value
	Leakage current	≤The initial specified value

SRANDRAD RATINGS

W.V [Vdc] cap [μF] Case size D x L [mm] tanδ120HZ,20℃ Rated ripple current(Ams/85℃,120HZ） Part NO. 350V   1500 50*65 0.25 5.09 LG351M5C152MC65 1800 50*75 0.25 5.93 LG351M5C182MC75 2200 50*96 0.25 7.3 LG351M5C222MC96 2700 50*115 0.25 8.76 LG351M5C272MCB5 3300 63.5*85 0.25 9.71 LG351M5C332MD85 3900 50*130 0.25 11.1 LG351M5C392MCD0 3900 63.5*96 0.25 11.1 LG351M5C392MD96 4700 63.5*115 0.25 13.2 LG351M5C472MDB5 5600 63.5*130 0.25 15.2 LG351M5C562MDD0 5600 76.2*96 0.25 14.3 LG351M5C562ME96 6800 76.2*115 0.25 17 LG351M5C682MEB5 8200 76.2*130 0.25 19.6 LG351M5C822MED0 10000 76.2*155 0.25 23.4 LG351M5C103MEF5 12000 89*130 0.25 24.1 LG351M5C123MFD0 15000 89*155 0.25 29.1 LG351M5C153MFF5 400V 1200 50*65 0.25 4.55 LG401M5C122MC65 1500 50*75 0.25 5.41 LG401M5C152MC75 1800 50*85 0.25 6.26 LG401M5C182MC85 2200 50*96 0.25 7.3 LG401M5C222MC96 2700 50*115 0.25 8.76 LG401M5C272MCB5 3300 63.5*96 0.25 10.2 LG401M5C332MD96 3900 63.5*115 0.25 12 LG401M5C392MDB5 4700 63.5*130 0.25 13.9 LG401M5C472MDD0 4700 76.2*96 0.25 13.1 LG401M5C472ME96 5600 63.5*155 0.25 16.5 LG401M5C562MDF5 6800 76.2*115 0.25 17 LG401M5C682MEB5 8200 76.2*155 0.25 21.2 LG401M5C822MEF5 10000 89*130 0.25 22 LG401M5C103MFD0 12000 89*155 0.25 26 LG401M5C123MFF5 450V 1000 50*70 0.25 3.87 LG451M5C102MC70 1200 50*75 0.25 4.36 LG451M5C122MC75 1500 50*90 0.25 5.28 LG451M5C152MC90 1800 50*96 0.25 5.95 LG451M5C182MC96 2200 50*130 0.25 7.54 LG451M5C222MCD0 2700 63.5*96 0.25 8.34 LG451M5C272MD96 3300 63.5*115 0.25 9.97 LG451M5C332MDB5 3900 63.5*130 0.25 11.4 LG451M5C392MDD0 3900 76.2*96 0.25 11.1 LG451M5C392ME96 4700 63.5*155 0.25 13.6 LG451M5C472MDF5 4700 76.2*115 0.25 13.2 LG451M5C472MEB5 5600 76.2*130 0.25 15.2 LG451M5C562MED0 6800 76.2*155 0.25 18.1 LG451M5C682MEF5 8200 89*130 0.25 19.2 LG451M5C822MFD0 500V 470 50*60 0.25 2.17 LG501M5C471MC60 680 50*65 0.25 2.7 LG501M5C681MC65 820 50*75 0.25 3.15 LG501M5C821MC75 1000 50*85 0.25 3.67 LG501M5C102MC85 1200 50*96 0.25 4.22 LG501M5C122MC96 1500 50*115 0.25 5.14 LG501M5C152MCB5 1500 63.5*96 0.25 5.42 LG501M5C152MD96 1800 50*130 0.25 5.95 LG501M5C182MCD0 1800 63.5*96 0.25 5.94 LG501M5C182MD96 2200 63.5*115 0.25 7.1 LG501M5C222ME96 2200 76.2*96 0.25 7.3 LG501M5C222ME96 2700 63.5*130 0.25 8.31 LG501M5C272MDD0 3300 76.2*115 0.25 9.65 LG501M5C332MEB5 3900 76.2*130 0.25 11.1 LG501M5C392MED0 4700 76.2*155 0.25 13.1 LG501M5C472MEF5 6800 89*155 0.25 15.9 LG501M5C682MFF5 550v 390 50*60 0.25 1.98 LG551M5C391MC60 560 50*65 0.25 2.45 LG551M5C561MC65 680 50*75 0.25 2.87 LG551M5C681MC75 820 50*85 0.25 3.32 LG551M5C821MC85 1200 50*115 0.25 4.6 LG551M5C122MCB5 1500 63.5*96 0.25 5.42 LG551M5C152MD96 1800 76.2*80 0.25 6.12 LG551M5C182ME80 2200 76.2*96 0.25 7.3 LG551M5C222ME96 2700 76.2*115 0.25 8.73 LG551M5C272MEB5 3300 76.2*130 0.25 10.2 LG551M5C332MED0 5600 89*155 0.25 14.5 LG551M5C562MFF5

◆ RTED RIPPLE CURRENT MUIERS

●   Frequency Multipliers
◆ RTED RIPPLE CURRENT MUIERS
●   Frequency Multipliers

Frequency（HZ）	50	120	300	1K	3K
coefficient	0.8	1.0	1.2	1.4	1.5

Note : The endurance of capacitors is shorted with internal heating produced by ripple current at the rate of halving the lifetime with every 5 to 10℃ rise. When long life performance is required in actual use, the rms ripple current has to be reduced. Also, for the LB series capacitors, using them at operating voltage less than their rated voltage can extend their lifetime. For the details, please contact representative of capsun。