KEMET 1mF Surface Mount Polymer Capacitor, 2.5V dc
Technical documents
Specifications
Brand
KEMETTechnology
Polymer
Capacitance
1mF
Dielectric Material Family
Tantalum
Voltage
2.5V dc
Mounting Type
Surface Mount
Package/Case
7343-40
Equivalent Series Resistance
5mΩ
Lead Pitch
3.8mm
Tolerance
±20%
Length
7.3mm
Depth
4.3mm
Height
4mm
Maximum Operating Temperature
+125°C
Dimensions
7.3 x 4.3 x 4mm
Series
T530
Electrolyte Type
Solid
Dissipation Factor
8%
Minimum Operating Temperature
-55°C
Leakage Current
250 μA
Country of Origin
China
Product details
T530 Series
KEMET T530 series is a surface mount tantalum capacitor that offers very low ESR and improved capacitance retention at high frequency. The T530 series exhibits a benign failure mode which eliminates the ignition failures that can occur in standard manganese dioxide tantalum capacitors.
Polymer cathode technology
High frequency capacitance retention
Non-ignition failure mode
Accelerated steady state aging
Surge current tested
Utilizes multiple tantalum anode technology
Volumetric efficiency
Self-healing mechanism
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P.O.A.
500
P.O.A.
500
Technical documents
Specifications
Brand
KEMETTechnology
Polymer
Capacitance
1mF
Dielectric Material Family
Tantalum
Voltage
2.5V dc
Mounting Type
Surface Mount
Package/Case
7343-40
Equivalent Series Resistance
5mΩ
Lead Pitch
3.8mm
Tolerance
±20%
Length
7.3mm
Depth
4.3mm
Height
4mm
Maximum Operating Temperature
+125°C
Dimensions
7.3 x 4.3 x 4mm
Series
T530
Electrolyte Type
Solid
Dissipation Factor
8%
Minimum Operating Temperature
-55°C
Leakage Current
250 μA
Country of Origin
China
Product details
T530 Series
KEMET T530 series is a surface mount tantalum capacitor that offers very low ESR and improved capacitance retention at high frequency. The T530 series exhibits a benign failure mode which eliminates the ignition failures that can occur in standard manganese dioxide tantalum capacitors.
Polymer cathode technology
High frequency capacitance retention
Non-ignition failure mode
Accelerated steady state aging
Surge current tested
Utilizes multiple tantalum anode technology
Volumetric efficiency
Self-healing mechanism