KEMET 100 μF Surface Polymer Capacitor, 6.3V dc

RS Stock No.:: 187-7042
Mfr. Part No.:: T520V107M006ATE009
Brand:: KEMET

KEMET 100 μF Surface Polymer Capacitor, 6.3V dc

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RS Stock No.:: 187-7042
Mfr. Part No.:: T520V107M006ATE009
Brand:: KEMET

Specifications

Technical data sheets

Legislation and Compliance

Product Details

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Select all	Attribute	Value
	Brand	KEMET
	Technology	Polymer
	Product Type	Polymer Capacitor
	Capacitance	100μF
	Voltage	6.3V dc
	Mount Type	Surface
	Package/Case	7343-19
	Polarity	Polar
	Tolerance	±20 %
	Maximum Operating Temperature	105°C
	Dimensions	7.3 x 4.3 x 1.8 mm
	Series	T520
	Height	1.8mm
	Depth	4.3mm
	Length	7.3mm
	Electrolyte Type	Solid
	Dissipation Factor	10%
	Automotive Standard	No
	Lifetime	2000 h
	Leakage Current	63μA
	Ripple Current	4.6A
	Minimum Operating Temperature	-55°C

	Select all
	Brand KEMET
	Technology Polymer
	Product Type Polymer Capacitor
	Capacitance 100μF
	Voltage 6.3V dc
	Mount Type Surface
	Package/Case 7343-19
	Polarity Polar
	Tolerance ±20 %
	Maximum Operating Temperature 105°C
	Dimensions 7.3 x 4.3 x 1.8 mm
	Series T520
	Height 1.8mm
	Depth 4.3mm
	Length 7.3mm
	Electrolyte Type Solid
	Dissipation Factor 10%
	Automotive Standard No
	Lifetime 2000 h
	Leakage Current 63μA
	Ripple Current 4.6A
	Minimum Operating Temperature -55°C

Datasheet T520V107M006ATE009

COO (Country of Origin):: CN

ESR values down to 5 mOhms

Stable capacitance across temperature and voltage

No aging effects

High ripple handling

Volumetrically efficient

High frequency capacitance retention

100% accelerated steady state aging

100% surge current tested

Halogen-free epoxy

Applications

Applications include DC/DC converters, audio/sound circuits (mobile phone and base stations, smart phones, MP3 players), power supply inputs, portable electronics (notebook PCs, displays, SSDs, HDDs and USBs, digital cameras, GPS navigation systems, WiFi modules), telecommunications, consumer electronics (analytical and test equipment, high speed servers), high voltage applications such as 12 V to 48 V power input rails, densely populated circuits with space restrictions, microprocessor decoupling and high ripple current applications.