Stable performance aluminum electrolytic capacitor Xunda TM1081JMN252RB for in computer motherboards

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Product Description

XUNDA ALUMINUM ELECTROLYTIC CAPACITORS

The XUNDA TM series aluminum electrolytic capacitors are high-frequency, low-impedance products with single-pin leads, offering stable performance. They are primarily used in switching power supplies, computer motherboards, and graphics cards.

Product Attributes

Brand: XUNDA
Origin: Dongguan, China
Material: Aluminum Electrolytic
Certifications: GB2693-88 (Reference Standard)

Technical Specifications

Customer Part No.	XUNDA Part No.	Voltage (VDC)	Capacitance (uF)	Size (mm)	Tolerance (%)	Leakage Current (uA)	Max Ripple Current 100KHz/105(mA)	Impedance 100KHz ()	Surge Voltage (SV)	Notes
C399555		16	220	6.3*11	± 20	35.2	340	0.220	20	Sleeve to be confirmed with actual product
C399552		16	680	8*16	± 20	108.8	1020	0.069	20	Sleeve to be confirmed with actual product
C399553		25	470	10*16	± 20	117.5	1223	0.060	32	Sleeve to be confirmed with actual product
C399556		35	100	6.3*11	± 20	35.0	538	0.200	44	Sleeve to be confirmed with actual product
C399088		35	100	8*12	± 20	35.0	640	0.180	44	Sleeve to be confirmed with actual product

Parameter	Specification
Capacitance (C)	1~6800uF
Capacitance Tolerance (ΔC/C)	±20% (Frequency: 120Hz±10%, Temperature: 25±5 )
Rated Working Voltage (WV)	6.3V~450V.DC
Operating Temperature Range	-40 ~ +105 (WV ≤ 100V); -25 ~ +105 (WV > 100V)
Dissipation Factor (TANδ) (Frequency: 120Hz±10%, Temperature: 25±5 )	0.22 (6.3V), 0.19 (10V), 0.16 (16V), 0.14 (25V), 0.12 (35V), 0.10 (50V), 0.09 (63V), 0.08 (100V), 0.20 (160~250V), 0.24 (350~450V). For capacitance > 1000μF, TANδ increases by 0.02 for every 1000μF increase.
Leakage Current (I) (at 25±5, applied rated voltage for 1 min)	I ≤ 0.01CV or 3μA (whichever is greater) for WV ≤ 100V; I ≤ 0.03CV + 40μA for WV ≥ 160V
Surge Voltage (SV)	8V (6.3V), 13V (10V), 20V (16V), 32V (25V), 44V (35V), 63V (50V), 79V (63V), 125V (100V), 200V (160V), 250V (200V), 300V (250V), 400V (350V), 450V (400V), 500V (450V)