Electrolytic capacitor SAMYOUNG NFA200VB10M8*11.5 LO with stable capacitance and low leakage current

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Product Description

SamYoung NFA Series Aluminum Electrolytic Capacitors

The NFA series aluminum electrolytic capacitors are designed for reliable DC applications, offering stable performance and extended lifespan. These capacitors are suitable for various electronic circuits where consistent capacitance and low leakage current are critical. They feature a dark brown sleeve with silver ink marking for easy identification and adhere to RoHS and Halogen-Free standards.

Product Attributes

Brand: SamYoung
Origin: Korea/China
Certifications: RoHS, Halogen-Free
Sleeve Color: Dark Brown
Marking Ink: Silver

Technical Specifications

Item	Specification
Series	NFA SERIES
Type	ALUMINUM ELECTROLYTIC CAPACITOR
Rated Voltage Range	160 ~ 500 VDC
Operating Temperature Range	-40 ~ +105
Capacitance Tolerance	20%
Dissipation Factor (TAN) (at 20, 120Hz)	0.20 (160~250VDC), 0.24 (350~500VDC)
Temperature Characteristic (Max.Impedance ratio) (at 120Hz)	Z-25/Z+20: 3 (CRVR1000), 5 (CRVR1000) for 160~250VDC; 6 (CRVR1000), 6 (CRVR1000) for 350~500VDC. Z-40/Z+20: 6 for 160~250VDC; _ for 350~500VDC.
Load Life (at 105 for 10,000 hours, except for specific diameters)	Capacitance change: 20% of initial value; TAN: 200% of initial specified value; LC: initial specified value. (Note: 2,000 hours for 6.3; 7,000 hours for 8; 8,000 hours for 10.)
Shelf Life (at 105 for 1,000 hours, no voltage applied)	Capacitance change: 20% of initial value; TAN: 200% of initial specified value; LC: 500% of initial specified value.
Standards Compliance	KS C IEC 60384-4

Ratings of NFA Series

Rated voltage(VDC)	Capacitance (F)	Case size DL	Rated ripple current (mArms/105 120Hz)
160~250	1.5	6.311	75
160~250	2.2	6.311	85
160~250	3.3	811.5	100
160~250	4.7	811.5	120
160~250	6.8	811.5	139
160~250	8.2	811.5	150
160~250	10	1012.5	150
160~250	10	1016	160
160~250	15	1016	192
160~250	16	1016	200
160~250	22	1020	236
160~250	22	12.520	236
160~250	33	12.520	262
160~250	33	12.525	285
160~250	47	12.525	312
160~250	47	1620	335
160~250	55	1620	364
160~250	68	1625	390
160~250	82	1625	420
160~250	100	1631.5	450
160~250	120	1631.5	472
160~250	150	1631.5	507
160~250	180	1635.5	548
160~250	200	1831.5	591
160~250	220	1831.5	600
160~250	270	1831.5	630
160~250	300	1835.5	670
160~250	330	1835.5	701
160~250	390	1840	760
160~250	470	2040	996
350~400	10	811.5	68
350~400	15	1012.5	75
350~400	22	1016	100
350~400	33	1020	126
350~400	33	12.520	139
350~400	47	12.520	154
350~400	47	12.525	170
350~400	68	12.525	191
350~400	68	1620	228
350~400	82	1620	241
350~400	100	1625	262
350~400	120	1625	284
350~400	150	1631.5	312
350~400	180	1631.5	335
350~400	200	1631.5	364
350~400	220	1635.5	386
350~400	270	1831.5	430
350~400	300	1831.5	452
350~400	330	1831.5	480
350~400	390	1835.5	537
350~400	470	1840	590
350~400	560	1840	611
350~400	680	1845	757
420~500	4.7	811.5	56
420~500	6.8	811.5	65
420~500	10	1012.5	75
420~500	10	1016	81
420~500	15	1016	85
420~500	22	1020	108
420~500	22	12.520	114
420~500	33	12.520	114
420~500	33	12.525	170
420~500	47	12.525	191
420~500	47	1620	236
420~500	55	1620	250
420~500	68	1625	270
420~500	82	1625	300
420~500	100	1631.5	312
420~500	120	1631.5	335
420~500	150	1631.5	364
420~500	180	1635.5	386
420~500	200	1831.5	430
420~500	220	1831.5	452
420~500	270	1831.5	480
420~500	330	1835.5	537
420~500	390	1840	590
420~500	470	1840	611
420~500	560	1845	757

Structure and Materials

Part	Material
AL CASE	ALUMINUM 99.0 % OVER
INSULATION PAPER	SEPARATOR
AL FOIL	ETCHED ALUMINUM 98.0 % OVER FORMED ALUMINUM 99.9 % OVER
ADHESIVE TAPE	POLY PROPYLENE OR POLY IMIDE FILM
LEAD WIRE	TINNED COPPER - PLY WIRE(Pb-FREE)
AL LEAD	ALUMINUM 99.92 % OVER
SLEEVE	P.E.T(Poly Ethlylene Terephthalate Resin)
PACKING PAD	SYNTHETIC RUBBER

Important Usage Notes

Electrolytic capacitors require polarization. Reversed polarity can shorten life or damage the capacitor. Use bi-polarized capacitors for circuits with unknown or occasionally reversed polarity. Not suitable for AC applications.
Do not exceed the voltage rating. Exceeding the rating can damage the capacitor. When AC voltage is superimposed on DC, ensure the peak value does not exceed the rated voltage.
Use within permissible ripple current range. For higher ripple current applications, consult for specialized capacitors.
Operate within the specified temperature range. Usage at room temperature ensures longer life.
Not suitable for circuits with frequent charge and discharge cycles. This can lead to capacitance drop or damage. Consult engineering for assistance.
Apply voltage treatment to capacitors that have been stored for a long time to prevent increased leakage current and overheating. No treatment needed if stored for less than 2-3 years at normal temperature.
Be careful of temperature and time when soldering. For small-sized capacitors, dipping at
Do not place a soldering iron on the capacitor body.