SMD Aluminum Electrolytic Capacitor 105° C

• Type: Aluminum Electrolytic Capacitor
• Application: General Purpose
• Packaging Type: Surface Mount
• Capacitance: 1-50uf
• Structure: Fixed Capacitor
• Manufacturing Material: Electrolytic
• Model NO.: TMCE24
• Electrolyte: Electrolytic
• Usage: Low Frequency Coupling
• Rated Voltage: 35VDC
• Transport Package: Tape
• Specification: CE RoHS Reach Report
• Trademark: TOPMAY
• Origin: China
• HS Code: 8532221000
• Production Capacity: 100000PCS/Month

Product Description

2000hrs SMD Aluminum Electrolytic Capacitor 105C

Features:
Case diameter: 4mm- 10mm
Reflow soldering is available.
Available for high density surface mounting.
Operating over wide temperature range(-40-+105 )° C

Specifications:

Item	Characteristics
Operating temperature range	-40 +105° C
Rated voltage range	4V~ 50V
NominalCapacitance Range	0.1-1000uF
Nominal Capacitance Tolerance	±20% (20° C ,120Hz)
Leakage Cument	1≤ 0.01CR VR or 3(uA)Whichever is greater(After 2 minutes' application of rated voltage) CR:Nominal Capacitance(uF) UR:Rated voltages (V):Rated voltages (V)
Dissipation Factor(Max)	UR(V)	4			6.3			10		16		25		35		50
	tg	0.35			0.28			0.24		0.20		0.16		0.14		0.12
Load Life	After 1000 hours' application of rated voltage at 105 ,the capacitor shall meet the following requirement.
	Capacitance Change					Wi thin ±20% of the initial value ( 16V:within 25 of the initinal value)
	Dissipation Factor					Not m ore than 300% of the initial specified value
	Leakage Cument					Not more than the initial specified value
Shelf Life	After storage for 1000 hours +105 , the capacitors shall meet the requirement of load life above
Low Temperature Stability Impedance Ratio(120Hz)	UR(V)		4				6.3		10		16		25		35		50
	Z(-25°C)/ Z(+20° C )		7				4		3		2		2		2		2
	Z(-240°C)/ Z(+20° C )		15				8		6		4		4		3		3
Resistance to Soldering Heat	After reflow soldering according to Reflow Soldering Temperature ,Profile(see page8)and restored at room remperature, they meet the folowing requirement.
	Capacitance Change			Wi thin ±10% of the initial value
	Dissipation Factor			Not m ore than the initial specified value
	Leakage Cument			Not more t