aluminum electrolytic capacitor Xunda RK2262AMD115RB designed for in television and computer circuits

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Product Description

Product Overview

The XUNDA RK series aluminum electrolytic capacitors are single-ended, reliable components designed for electronic circuits in color television receivers, computers, and communication equipment. They offer stable performance and are suitable for various applications.

Product Attributes

Brand: XUNDA
Origin: Dongguan, China
Sleeve Color: Varies (refer to actual product)
Marking Color: White
Reference Standard: GB2693-88

Technical Specifications

Customer Part No.	XUNDA Part No.	Capacitance (uF)	Voltage (VDC)	Size (mm)	Tolerance (%)	Leakage Current (uA)	Max Ripple Current 120Hz/105(mA)	Impedance 100KHz ()	Surge Voltage (SV)	Notes
C399560	RK	220	16	6.3*11	20	35.2	213	/	20	Sleeve to be confirmed by actual product
C398978	RK	220	25	6.3*12	20	55.0	248	/	32	Sleeve to be confirmed by actual product
C399559	RK	2200	25	13*20	20	550	1176	/	32	Sleeve to be confirmed by actual product
C398997	RK	470	35	10*16	20	164.5	547	/	44	Sleeve to be confirmed by actual product
C399003	RK	10	50	5*11	20	5.0	54	/	63	Sleeve to be confirmed by actual product
C399558	RK	680	50	13*20	20	340	923	/	63	Sleeve to be confirmed by actual product
C399557	RK	1	100	5*11	20	3.0	16	/	125	Sleeve to be confirmed by actual product
C399027	RK	10	100	6.3*11	20	10.0	61	/	125	Sleeve to be confirmed by actual product
C399042	RK	22	400	13*20	20	304.0	163	/	450	Sleeve to be confirmed by actual product

General Specifications

Parameter	Specification
Capacitance Range	0.1~22000F
Capacitance Tolerance	20% (at 120Hz10%, 255 )
Rated Working Voltage (WV)	6.3V~450V.DC
Operating Temperature Range	-40 to +105 (WV100V); -25 to +105 (WV >100V)
Dissipation Factor (TAN)	See detailed table in source document (varies by voltage and capacitance)
Leakage Current (I)	See detailed formula in source document (depends on capacitance and voltage)
Ripple Current Coefficient (Temperature)	See detailed table in source document
Ripple Current Coefficient (Frequency)	See detailed table in source document
Surge Voltage (SV)	See detailed table in source document

Testing and Reliability

Test Item	Test Condition	Requirement
Appearance Inspection	Visual	Clear marking, meets 2.3.8 requirements
Dimension Test	Measuring tools	Meets 2.2 requirements
Capacitance	120Hz(10%), 255	Meets 2.3.2 requirements
Dissipation Factor	120Hz(10%), 255	Meets 2.3.5 requirements
Leakage Current	255, rated voltage for 2 minutes	Meets 2.3.6 requirements
Solderability	2655 , 51S immersion, 51mm depth	95% or more tinned area, bright and smooth leads
Resistance to Soldering Heat	1.5-2.0mm from lead root, 350 solder bath for 3 seconds, 2 hours at room temperature	C/C10%, TAN200% of 2.3.5 value, I2.3.6 value (rated voltage)
Lead Strength	Applied pull force in parallel direction for 10S	No lead breakage or looseness (load varies by lead diameter)
Low Temperature Characteristics	-40 , 120Hz impedance test (Z2) vs 20 impedance (Z1)	Z2/Z1 ratio meets requirements (varies by voltage)
High Temperature Characteristics	+105 for 10 minutes, rated voltage applied for 1 minute	I5 times of 2.3.6 value
High Temperature Endurance	Rated voltage, +105 for 2000HRS, 16HRS recovery	C/C20%, TAN200% of 2.3.5, I2.3.6 value (rated voltage), no leakage or deformation
High Temperature Storage	+105 for 1000HRS, 16HRS recovery	C/C20%, TAN200% of 2.3.5, I2 times of 2.3.6 value (rated voltage), no leakage or deformation
Surge Voltage Test	1000 cycles, +15~35 , charging/discharging cycles	C/C20%, TAN2.3.5 value, I2.3.6 value (rated voltage), no leakage or deformation
Solvent Resistance	Dichlorodifluoromethane, alcohol, trichlorodifluoroethane for	Clear marking, no sleeve shrinkage