Stable Aluminum Electrolytic Capacitor Xunda RK4761JMD112RB for Communication and Computer Circuits

Price Negotiable

Price: Negotiable

MOQ: Negotiable

Delivery Time: Negotiable

Product Description

XUNDA ALUMINUM ELECTROLYTIC CAPACITORS - RK SERIES

The XUNDA RK series aluminum electrolytic capacitors are single-ended, lead-out type products with stable and reliable performance. They are suitable for electronic circuits in color television receivers, computers, and communication equipment.

Product Attributes

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

Technical Specifications

Customer Part No.	Capacitance (uF)	Working Voltage (VDC)	Tolerance (%)	Dimensions (mm)	Dissipation Factor (%)	Leakage Current (uA)	Max Ripple Current 120Hz/105(mA)	Impedance 100KHz ()	Surge Voltage (SV)	Remarks
C399560	220	16	20	6.3*11	20	35.2	213	/	20	Sleeve to be based on actual product
C398978	220	25	20	6.3*12	16	55.0	248	/	32	Sleeve to be based on actual product
C399559	2200	25	20	13*20	20	550	1176	/	32	Sleeve to be based on actual product
C398997	470	35	20	10*16	14	164.5	547	/	44	Sleeve to be based on actual product
C399003	10	50	20	5*11	12	5.0	54	/	63	Sleeve to be based on actual product
C399558	680	50	20	13*20	12	340	923	/	63	Sleeve to be based on actual product
C399557	1	100	20	5*11	8	3.0	16	/	125	Sleeve to be based on actual product
C399027	10	100	20	6.3*11	8	10.0	61	/	125	Sleeve to be based on actual product
C399042	22	400	20	13*20	24	304.0	163	/	450	Sleeve to be based on actual product

General Data

Parameter	Specification
Capacitance Range	0.1~22000F
Capacitance Tolerance	20% (Frequency: 120Hz10%, Temperature: 255 )
Rated Working Voltage (WV)	6.3V~450V.DC
Operating Temperature Range	-40 to +105 (WV100V); -25 to +105 (WV>100V)
Leakage Current (I)	0.01CV or 3A (whichever is greater) for WV100V; 0.03CV+40uA for WV160V
Surge Voltage (SV)	See table in section 3.7

Testing and Inspection

Item	Test Condition	Requirement
Appearance Inspection	Visual	Clear marking, complies with 2.3.8
Dimensions	Measuring tools	Complies with 2.2
Capacitance	Frequency 120Hz(10%), Temp 255	Complies with 2.3.2
Dissipation Factor	Frequency 120Hz(10%), Temp 255	Complies with 2.3.5
Leakage Current	255, rated voltage applied for 2 minutes	Complies with 2.3.6
Solderability	2655 , immersion time 51S, depth 51mm	95% or more tinned area, bright and smooth leads
Resistance to Soldering Heat	1.52.0mm from lead root, immersed in solder at 350 for 3 seconds, then placed at room temperature for 2 hours	C/C10%, TAN200% of 2.3.5 value, I2.3.6 value (rated voltage test), Appearance: no electrolyte leakage, no deformation
Lead Strength	Pull force applied parallel to leads for 10S	No lead breakage or looseness
Low Temperature Characteristics	Stage 1: 20 , 120Hz impedance Z1; Stage 2: -40 , 120Hz impedance Z2	Z2/Z1 ratio as per table in 3.9
High Temperature Characteristics	+105 for 10 minutes, rated voltage applied for 1 minute	I5 times the value in 2.3.6
High Temperature Endurance	Rated voltage applied, 2000HRS at +105 , 16HRS recovery at room temp	C/C20%, TAN200% of 2.3.5 value, I2.3.6 value (rated voltage test), Appearance: no electrolyte leakage, no deformation
High Temperature Storage	+105 for 1000HRS, 16HRS recovery at room temp	C/C20%, TAN200% of 2.3.5 value, I2 times the value in 2.3.6 (rated voltage test), Appearance: no electrolyte leakage, no deformation
Surge Voltage Test	1000 cycles, temp +15~35 , charge voltage as per 2.3.9 SV value for 30S, discharge for 330S	C/C20%, TAN2.3.5 value, I2.3.6 value (rated voltage test), Appearance: no electrolyte leakage, no deformation
Solvent Resistance	Dichlorodifluoromethane, alcohol, trichlorodifluoroethane, immersion time	Clear marking, sleeve no poor shrinkage